What are the different types of insomnia and how do they manifest themselves?

If you have insomnia, sometimes things can seem really bad. You may feel tired during the day and when bedtime comes around, your mind won’t stop racing. If that’s the case for you then here are 10 ways to deal with insomnia that will help you sleep come night time:

1. Set a schedule

When going through bouts of insomnia, going to bed at any hour of the day is going to make it harder for you to fall asleep properly. It’s recommended that instead of sleeping whenever you want, aim for a specific sleep schedule by going to bed and waking up at consistent times every day. This allows your body clock (AKA circadian rhythm) keep track of when it should be tired and when it needs to wake up, making insomnia easier to deal with.

2. Exercise regularly

Yes, regular exercise is one of the best insomnia cures because it helps tire your body and mind after a good workout at the gym. This allows you to fall asleep faster throughout the night since you’re already tired from exercising beforehand, plus it keeps insomnia away for future nights if you stick with your exercise regime every other day or so. Just remember – too much intense work out isn’t recommended (your muscles need rest to heal) so make sure you don’t overdo it!

3. Avoid technology before bedtime

If insomnia has been keeping you up these past few weeks or months, chances are high that smartphones and computers may be the culprits. The bright lights from your smartphone and computer screen can actually keep you up at night, so it’s recommended that you shut these off around an hour before bedtime to allow yourself the chance of falling asleep on time.

4. Take a hot shower or bath

When insomnia is hard to deal with, sometimes all you need is a nice long shower or bath before going into bed. It helps relax your muscles and loosens up any tension in your body that may be causing insomnia, plus the heat from the water feels good when all you want to do is sleep through the night – just remember not to stay in for too long!

5. Meditation

Meditation has been scientifically proven as one way insomnia sufferers can get better sleep at night. It’s because meditating relaxes your body and mind, which allows you to fall asleep faster throughout the night without insomnia stopping you from getting just a few hours of good quality sleep.

6. Take Sleep Medication such as Zopiclone

If you’re having issues with insomnia, then you may benefit from insomnia medication such as Zopiclone to help make dealing with insomnia easier and allow you to fall asleep at night. This insomnia medication does work well, but it’s recommended you take sleeping pills such as Zopiclone exactly according to the prescription and dosage written on the label.

7. Stop drinking caffeine

Just like how sleeping pills work, insomnia medications rely on certain ingredients (in this case, it’s caffeine) to make them effective when dealing with insomnia . That means if you want your insomnia treatment to be more effective then it’s recommended that you stop drinking caffeinated beverages since these increase your chances of staying awake at night due to how caffeine affects your central nervous system.

8. Make sure your bedroom is dark

Even a tiny bit of light from streetlights or electrical lights shining into your bedroom can disrupt insomnia sufferers from getting a good night’s sleep. It’s recommended that you use blackout curtains to stop any external light from entering your bedroom, making it easier for you to fall asleep at night.

9. Use an eye mask

It’s recommended that you cover your eyes with an eye mask after it becomes dark outside because this allows you to rest well without the worry of insomnia stopping you. The eye mask covers your eyes completely to block out any external light, making insomnia at night much easier to deal with.

10. Try aromatherapy

Aromatherapy has been scientifically proven over the years to help insomnia sufferers get better sleep at night by relaxing their body and mind. If you’re looking for insomnia treatments without medication, then aromatherapy is worth a try – just remember oils such as lavender work best!

So there you have it – 10 ways insomnia sufferers can fall asleep faster, stay asleep throughout the night, and wake up feeling refreshed without insomnia plaguing their behind. Just remember not to stress yourself too much if insomnia has been keeping you up at nights – just follow these insomnia remedies that have helped plenty of people all over the world sleep better at night plus feel more relaxed during the day!

What is insomnia?

Insomnia is a type of sleep deprivation. Insomniacs have trouble staying asleep, falling asleep, or doing both. When people with insomnia wake up from their sleep, they sometimes do not feel refreshed. Fatigue and other symptoms can result as a result of this. The disorder may be acute (short-term) or chronic (long-term). It can also appear and disappear. Acute insomnia can last anywhere from a single night to several weeks. Insomnia is considered chronic when it occurs at least three times a week for three months or longer. According to (APA) the American Psychiatric Association, insomnia is the most common of all sleep disorders.

According to the American Psychological Association, about one-third of all adults experience insomnia symptoms. About 6 to 10% of all adults have symptoms significant enough to be diagnosed with insomnia disorder. Insomnia is described by the American Psychological Association (APA) as a sleep disorder in which people have difficulty falling or staying asleep.

Types of Insomnia

Insomnia can be graded based on how long it lasts:

• Acute, intermittent insomnia is a problem that only lasts a few days.
• Insomnia can last for days, weeks, months, or even years.

There are two forms of insomnia, according to doctors: primary and secondary.

• The term “primary insomnia” refers to sleep disorders that are unrelated to some other health disorder or issue.
• Secondary insomnia refers to sleeping problems caused by a medical condition (such as asthma, depression, arthritis, cancer, or heartburn), pain; medication; or drug abuse (like alcohol).

They also categorize it according to its severity:

• Mild insomnia is characterized by a lack of sleep that causes exhaustion.
• Moderate insomnia may have a negative impact on everyday life.
• Insomnia that is severe has a serious effect on everyday life.

Other considerations that doctors consider when determining the form of insomnia include whether the person regularly wakes up too early or has difficulty:

• falling asleep
• staying asleep
• getting restorative sleep

What are the symptoms of insomnia?

In addition to disturbed sleep, insomnia can cause other problems, such as:

• fatigue or drowsiness throughout the day
• Irritability, depression, or anxiety are all symptoms of anxiety.
• symptoms of gastrointestinal distress
• low energy or enthusiasm
• bad attention and concentration
• a lack of coordination that results in mistakes or accidents
• Anxiety or stress about sleeping
• falling asleep with the aid of drugs or alcohol
• headaches caused by tension
• difficulty interacting with others, working, or learning

What Causes insomnia?

Insomnia may be the only symptom, or it may be accompanied by other symptoms. Chronic insomnia is commonly caused by stress, life events, or sleep-disrupting behaviors. Insomnia can be set up by treating the underlying cause, but it can often last for years. Long term insomnia may be caused by a variety of reasons, including:

• Stress. Work, education, health, finances, or family concerns will keep your mind busy at night, making sleeping difficult. Insomnia may also be caused by stressful life events or trauma, such as the death or disease of a loved one, divorce, or the loss of a career.
• Travel or work schedule Circadian rhythms serve as an internal clock that regulates the sleep-wake cycle, metabolism, and body temperature. Insomnia can be caused by disrupting the body’s circadian patterns. Jet lag from moving through different time zones, working a late or early shift, or changing shifts regularly are all causes.
• Poor sleep habits. An inconsistent bedtime routine, naps, stimulating activities before bed, an unpleasant sleep atmosphere, and using your bed for work, sleeping, or watching TV are all examples of poor sleep habits. Just before going to bed, avoid using computers, televisions, video games, tablets, or other screens.
• You are eating too much late in the evening. It’s great to have a small snack before bedtime, but eating too much will make you physically uncomfortable when you’re lying down. Heartburn, or backflow of acid and food from the stomach into the esophagus after feeding, is common and can keep you awake.

Chronic insomnia may also be linked to medical issues or the use of certain medications. Although treating the medical condition may aid in sleep improvement, insomnia may continue even after the medical condition has been resolved. The common substitutional rationale of insomnia includes:

• Mental health disorders. Anxiety disorders, like post-traumatic stress disorder, may make sleeping difficult. It’s possible that waking up too early is a sign of depression. Insomnia is also associated with other mental health issues.
• Medications. Many prescription drugs, such as antidepressants and asthma or blood pressure medications, can disrupt sleep. Caffeine and other stimulants are used in many over-the-counter drugs, including pain relievers, allergy and cold medications, and weight-loss products.
• Medical problems. Chronic pain, cancer, diabetes, heart disease, asthma, gastroesophageal reflux disease (GERD), overactive thyroid, Parkinson’s disease, and Alzheimer’s disease are all disorders related to insomnia.
• Disorders involving sleep. Sleep apnea is a condition in which we avoid repeatedly breathing during the night, disrupting our sleep. Restless legs syndrome induced painful leg sensations and an almost overwhelming urge to lift them, making it difficult to fall asleep.
• Caffeine, nicotine, and alcohol are also stimulants. Stimulants include coffee, tea, cola, and other caffeinated beverages. They will help you stay awake at night if you drink them late in the afternoon or evening. Nicotine, which is used in tobacco products, is another stimulant that can disrupt sleep. Although alcohol can help you fall asleep, it prevents you from sleeping deeper and frequently wakes you up in between nights.

What are Common Risk factors?

Nearly everybody has a sleepless night now and then. However, you’re more likely to experience insomnia if you:

• You’re a woman. Hormonal changes during the menstrual cycle and during menopause may be a factor. Night sweats and hot flashes are common during menopause, and they can make it difficult to sleep. Insomnia is a common after-effect of pregnancy.
• You’ve reached the age of 60. Insomnia becomes more common as people get older due to changes in sleep habits and health.
• You suffer from a mental condition or a physical ailment. Sleep disturbances can be caused by a variety of factors that affect your mental or physical health.
• You’re under a great deal of pressure. Temporary insomnia may be caused by stressful times and events. Chronic insomnia may also be caused by major or long-term stress.
• You don’t have a set routine. Changing shifts at work or traveling, for example, can throw off your sleep-wake cycle.

How complicated can insomnia get?

Sleep is just as critical for your health as a balanced diet and daily exercise. Insomnia, regardless of the cause, may have both mental and physical consequences. People who suffer from insomnia have a poorer quality of life than those who sleep well.

Insomnia can lead to a variety of complications, including:

• Reduced productivity at school or at work
• Driving with a slower reaction time and a higher chance of accidents
• Depression, anxiety, and drug abuse are examples of mental health conditions.
• Long-term illnesses or disorders, such as high blood pressure and heart disease, have an increased risk and severity.

How to diagnose insomnia?

The identification of insomnia and the search for its origin can include the following, depending on your situation:

• Examination of the body. If the source of your insomnia is unclear, your doctor can conduct a physical examination to check for signs of medical issues that may be linked to insomnia. A blood test can be performed on occasion to check for thyroid abnormalities or other symptoms that are linked to poor sleep.
• Examine your sleeping patterns. Your doctor can ask you to complete a questionnaire to determine your sleep-wake routine and level of daytime sleepiness, in addition to asking you sleep-related questions. You may be asked to keep a sleep journal for a few weeks as well.
• Sleep study. If the reason for your insomnia isn’t clear, or you’re showing symptoms of another sleep disorder like sleep apnea or restless legs syndrome, you may need to spend the night at a sleep center. A variety of body functions, such as brain waves, breathing, heartbeat, eye movements, and body movements, are monitored and recorded while you sleep.

Zopiclone in treating insomnia

Zopiclone is a form of sleeping pill that is prescribed to treat insomnia. It makes you fall asleep faster and prevents you from waking up in the middle of the night. Zopiclone is available in tablet form. It is also obtainable as a liquid for people who have difficulty swallowing pills, but this must be requested by your doctor.

What are the benefits of taking it?

Following a long day, all you want to do is collapse on your bed and pass out. This is something that some people experience as soon as their head hits the pillow. Others, on the other side, have trouble falling asleep. As a result, we seek help from drugs such as zopiclone. Zopiclone has a number of benefits, including the following: It seems to function well, and in most cases, in a very short period of time. Zopiclone has been shown in studies to help with sleep onset. Sleep problems usually improve within a few days of starting the medication. If you’re looking for a short-term medication to help you deal with a temporary case of insomnia, zopiclone might be a good option.

How does it work? 

Zopiclone is a non-benzodiazepine hypnotic, which means it is not a benzodiazepine. It works in the brain to help you fall asleep. Zopiclone functions in the brain by increasing the function of a neurotransmitter known as GABA. Natural body chemicals called neurotransmitters serve as messengers between nerve cells. GABA is a normal ‘nerve-calming’ neurotransmitter. It aids in the induction of sleep, the reduction of anxiety, and the relaxation of muscles. Zopiclone reduces the time it takes to fall asleep and the number of times you wake up during the night while still increasing overall sleep time.

Hypnotic, anxiolytic, anticonvulsant, and myorelaxant effects are among zopiclone’s therapeutic pharmacological properties. Since zopiclone and benzodiazepines bind to the same sites on GABAA-containing receptors, the therapeutic and adverse effects of zopiclone are caused by an enhancement of GABA’s behavior. Desmethylzopiclone, a metabolite of zopiclone, is also pharmacologically active, though it primarily has anxiolytic properties. While it is thought to be unselective in its binding to 1, 2, 3, and 5 GABA A benzodiazepine receptor complexes, one study found some mild selectivity for zopiclone on 1 and 5 subunits. Unlike its parent drug, zopiclone, which is a complete agonist, desmethylzopiclone has partial agonist properties. Zopiclone works in a similar way to benzodiazepines, with similar effects on locomotor function and dopamine and serotonin turnover. A meta-analysis of randomized controlled clinical trials comparing benzodiazepines to zopiclone or other Z drugs like zolpidem and zaleplon found few strong and consistent variations in sleep onset latency, total sleep length, a number of awakenings, quality of sleep, adverse events, tolerance, rebound insomnia, and daytime alertness between zopiclone and the benzodiazepines. The cyclopyrrolone family of drugs includes zopiclone. Suriclone is another cyclopyrrolone drug. Despite its molecular differences from benzodiazepines, zopiclone has a pharmacological profile that is almost similar to that of benzodiazepines, including anxiolytic properties. It produces zopiclone’s pharmacological properties by binding to the benzodiazepine site and acting as a complete agonist, which positively modulates benzodiazepine-sensitive GABAA receptors and improves GABA binding at GABAA receptors. In addition to its benzodiazepine-like properties, zopiclone also has barbiturate-like properties.

How to take the drug?

Look through the manufacturer’s printed information leaflet from inside the pack before starting the procedure. It will provide you with more detail about zopiclone as well as a complete list of how to take it. Zopiclone is obtainable in two strengths: 3.75mg and 7.5mg.Take a 7.5mg tablet just before bedtime as a standard dose. It takes about an hour to complete. If you’re over 65 or have kidney or liver problems, a lower dose of 3.75mg might be prescribed at first. Completely swallow the tablet. It should not be crushed or chewed. Zopiclone may be taken with or without food. It’s important that you follow your doctor’s instructions to the letter. Instead of taking a tablet every night, you can be asked to take it just two or three times per week. The dosage is determined by your health condition, age, other drugs you’re taking, and treatment response. Make a file of all the medications you use and give it to your doctor and pharmacist (including prescription drugs, nonprescription drugs, and herbal products).

Headaches are divided into two major categories by the International Headache Society: primary headache and secondary headache.
A primary headache consists of:
⦁ Migraines
⦁ tension-type headaches
⦁ cluster headaches

Typically, tension-type headaches, generally on both sides of the brain, cause mild to moderate pain. A squeezing or tightening pressure is present. It is not pulsating, and nausea does not accompany it. With regular physical exercise, the headache does not get worse.

Typical migraine headaches are throbbing or pulsating and are also associated with nausea and vision changes. While many migraine headaches are intense, migraines are not always severe headaches, and some migraine episodes may be relatively mild. Many people who have migraines endure frequent attacks over several years of headaches.
Very frequent headaches are cluster headaches. Typically, the pain begins around one eye, then spreads to nearby areas of the face. The length of each headache is about half an hour to three hours. Over 24 hours, episodes can happen many times (in clusters). This occurs regularly, lasting from weeks to months. Cluster headaches in men are much more likely to occur than in women.

For secondary headache, there are several possible causes, such as:

• injury or trauma to the neck or head
• Disorders of the blood vessels, such as an aneurysm of the brain, tearing of the carotid artery, or inflammation (temporal arteries)
• infection, such as meningitis or encephalitis
• medication-related.
• Drugs or medication may be the direct cause of headaches. For instance, headache can be the side effect of many blood pressure medicine, including nifedipine.
• Withdrawal headache: This type of headache occurs when a substance or medication is suddenly stopped. Examples include caffeine withdrawal headache or headache after abruptly stopping long-term use of pain relievers.

Why do we get headaches?

Owing to a complex combination of genetics, defects in the brain, defective or overactive pain receptors, environmental stimuli, and a neurological state called sensitization, people get headaches. It is suspected that the most common type of headache, called a tension-type headache, results from the activation of muscle pain receptors and connective tissue called fascia.
A combination of signals between your brain, blood vessels, and surrounding nerves produces the discomfort you experience during a headache. In your blood vessels and head muscles, involved nerves turn on and transmit pain signals to your brain. But how these signals get switched on in the first place isn’t clear.

Prevalent headache causes include:

• An illness. Infections, colds, and fevers can include this. With conditions such as sinusitis (inflammation of the sinuses), a throat infection, or an ear infection, headaches are also common. In certain situations, a blow to the head or, sometimes, a symptom of a more serious medical condition may result in headaches.
• Stress. Emotional stress and depression and the intake of alcohol, missing meals, sleep pattern changes, and taking too much medicine can cause a headache. Other factors due to poor posture include neck or back strain.
• Your surroundings, including secondhand cigarette smoke, allergens, and some foods, strong smells from household chemicals or perfumes may initiate headache. Other potential causes include tension, traffic, noise, lighting, and weather changes.
• In genetics. Headaches tend to run in families, especially migraine headaches. Most kids and teens (90%) who have migraines have other family members who get them. There is a 70 percent risk their child will also have them because both parents have a migraines history. The risk decreases to 25 percent -50 percent if only one parent has a history of these headaches.
  Doctors don’t know what’s causing migraines. One theory suggests that an issue with nerve cell electrical charges triggers a series of changes that cause migraines. In adults, too much physical activity can even cause migraines.

What are the signs of headache?

As the name sounds, headache is defined as pain in the head. The type, place, and severity of pain, however, are highly variable. Even without a headache, there may be profound signs of a migraine. An individual may have multiple causes for headaches simultaneously. Both migraine and tension-type headaches are typical for a person to experience. And the symptoms of migraine headaches and tension-type headaches may overlap.

For instance, bright lights or noisy noises can make all types of headaches worse. Migraine headaches tend to throb in general. Tension-type headaches are more likely to cause persistent pain. But the pain may be steady or throbbing or can alternate between the two, either from a migraine or a tension-type headache.
Headache effects go beyond the pain in the head. For certain persons, these other signs cause the most pain and anxiety, such as nausea, visual changes, or sensitivity to light. While specific symptoms vary from one type of headache to another type of headache, often making it difficult for a firm diagnosis, others may be more distinctive in that regard.
Secondary headaches are called headaches that result from an underlying medical condition. Since they may have a variety of associated symptoms, all of which depend on the primary diagnosis, it is better to investigate the symptoms of primary headaches, those that arise on their own.

How to analyse headaches?

Headache diagnosis takes into account various factors, including when episodes arise, what symptoms you encounter, how they react to medications you have tried, your overall health profile, and more. Your doctor will work to determine what kind of headache you are having or, if a headache is not at the root of your discomfort, what other condition might be causing your symptoms by doing a thorough history and physical evaluation, and maybe some testing.

Assessment
Your doctor will conduct a physical exam to look at your blood pressure and cardiorespiratory processes in detail. A neurological review will test your sensory responses, muscle and nerve activity, and coordination and balance.

Your personal and family medical history, any drugs you take, and any lifestyle patterns will be recorded by your healthcare provider (e.g., caffeine intake, alcohol use, smoking).
Your provider will probably first ask you some detailed questions about your headache while treating you.

These questions include as follows:

• Location of the pain
• Onset: was it a gradual start or sudden.
• Duration: How long does the pain last? Does the pain come and go?
• Character: Describing the type of pain ( sharp ? or aching? )
• Severity: How bad is it? One being the lowest and ten being the highest?
• Radiation: Does the pain go or move or radiate anywhere?
• Exacerbating or alleviating factors: What makes the pain worse or better?
• Associations: Are there other s/sx associated with your headache? (e.g., nausea, vomiting, visual changes)

Your healthcare professional will determine based on this data whether or not your headache is a form of primary headache condition or maybe because of something else.

Labs and tests
There are no laboratory tests to identify primary headache conditions that are specific. To determine your general health, you should have blood and urine tests and rule out the causes of secondary headaches, such as infection, dehydration, diabetes, and thyroid disorders.
If a brain or spinal cord infection is suspected, your doctor can use a spinal tap to check the fluid’s pressure and test it for infectious agents. If the signs of epilepsy follow the headaches, an electroencephalogram (EEG) may be carried out.

Imaging
Your doctor – order imaging tests, although they are not a regular part of a headache workup if you have symptoms that point to a systemic cause of your headaches. If you have headaches nearly every day or your doctor suspects you may have sinus issues, this may be prescribed.
X-rays, computed tomography (CT) scans, or magnetic resonance imaging (MRI) may involve imaging procedures.

Determining Headache Type
Some distinct features of the three major types of headache, kind of tension, cluster, and migraine help doctors decide precisely what sort of primary headache problem is at play, one of which is suspected.

Differential diagnosis
Your doctor will decide whether the headache may be an infectious cause. You may have a headache for several forms of infection like bacterial, fungal, or parasitic infections. Condition of the brain or spinal cord is of particular concern.
A brain stroke, hemorrhage, or blood clot is a severe disorder that can present with a headache, and if present, the doctor may want to ensure that one is not overlooked. These complications can occur in high blood pressure or recent trauma.
A structural cause of a headache, such as a tumor, abscess, or fluid build-up in the brain, may be present. The effect of taking pain medication too much may also be a reason for the headache.

How can I get rid of my headache?

Over-the-counter pain relievers are easy, affordable, and relatively safe for infrequent headaches. Aspirin, acetaminophen (Tylenol), ibuprofen ), and naproxen (Aleve) are instances. With mixed pain relievers that include caffeine, some individuals get more pain relief. To be more effective, when the headache begins, a pain relief medication should be taken immediately.

It is best to restrict the use of any over-the-counter pain reliever to no more than two or three days a week. If painkillers are used more often than that, there may be “rebound” headaches on days when drugs are not taken.

There are several prescription medications available for migraines:

• Isometheptene (Midrin and other brand names)
• Triptans, such as sumatriptan (Imitrex), zolmitriptan (Zomig), naratriptan (Amerge), and rizatriptan (Maxalt)
• Ergotamines, such as dihydroergotamine (Ergomar) and sublingual ergotamine (Migranal).

Besides, anti-nausea medication or suppository can also be taken by people who experience nausea with migraines (with or without vomiting).
It is more difficult to treat common episodic and chronic headaches. When pain relievers are stopped, rebound headaches are common. A safer way is to avoid the headache before it begins than take pain relievers after the headache is present. Some drugs, such as naproxen (Naprosyn, Aleve, generic versions) and amitriptyline (Elavil, generic versions). That can break the cycle of chronic headaches.

Some people without treatment can treat their headaches. An ice pack or heating pad may be applied to any close areas of your neck and shoulders. You should try massaging the region as well.

When to see a doctor?

People who have some warning signs should immediately see a doctor. The appearance of a warning sign may indicate that, as for the following, the headaches may be due to a severe disorder:

• High fever and stiff neck with headache: meningitis, a life-threatening fluid-filled space infection between the tissues surrounding the brain and spinal cord (meninges)
• Thunderclap headache: subarachnoid hemorrhage, often due to a ruptured aneurysm (bleeding inside the meninges)
• Tenderness in the temple, particularly in older people who have lost weight and have muscle aches: giant cell arteritis
• Headaches in people with cancer or a compromised immune system (due to a condition or medication)
• Red eyes and halos around lights: This can be due to glaucoma, which leads to irreversible loss of vision if left untreated.

They should call their doctor if individuals with none of the above symptoms or characteristics begin to have headaches that are different from any they have had before or if their usual headaches become unusually severe. The doctor might ask them to come for an evaluation, depending on their other symptoms.

Healthy Lifestyle Habits to avoid a headache

For headache management, lifestyle habits that enhance your overall health and well-being can be helpful.

• Eat a balanced diet. Consume a diet that is rich in fruits, vegetables, whole grains, and lean proteins. Speak to your doctor before taking a particular diet if you think specific foods, drinks, or ingredients cause your headaches.
• Keep your meals daily. A headache may be caused by going too long without eating (fasting) and getting low blood sugar (hypoglycemia). It helps you control your blood sugar levels by eating meals and snacks at about the same time of day.
• Remain hydrated. If they are dehydrated, even individuals that don’t usually get headaches can get one. The standard aim is to drink eight glasses of water a day, but a refillable water bottle works too.
• Moderate the consumption of caffeine and alcohol. Headaches may be caused by beverages containing caffeine and alcohol. Overdoing may also contribute to dehydration, which can lead to headaches.
• Get active in daily exercise. Choose a physical activity that you enjoy. Try outdoor dance, golf, or cycling if you don’t like going to the gym. Improving circulation and pumping out endorphins may help relieve the pain by combating stress and tension.
• Stick to a timetable for sleep. Headaches may result from sleep disturbances or low-quality sleep. Both sleep deprivation and oversleeping may be headache causes, according to the American Migraine Foundation.
• Regularly visit the primary care physician. Your overall well-being is encouraged by keeping updated on vaccines and other preventive care initiatives. Daily check-ups also allow you to chat about your headaches and discuss the options for treating them with your doctor.

Abortion is the elimination of conception materials, pregnancy tissue, or the fetus and placenta (afterbirth). In general, after eight weeks of pregnancy, the words fetus and placenta are used. Pregnancy tissue and conception products apply to tissue produced before eight weeks by the union of an egg and sperm. An abortion that happens without intervention is referred to as a miscarriage or “spontaneous abortion” and occurs in around 30% to 40% of pregnancies. It is called an induced abortion or, less commonly, “induced miscarriage” when deliberate steps are taken to end a pregnancy. In general, the unmodified word abortion refers to induced abortion. When properly performed, abortion is one of the safest medical procedures, but unsafe abortion is a major cause of maternal death, particularly in the developing world.

Preparation

First, your doctor will enquire about your medical history and check it. And if you’ve used a home pregnancy test, you always need another pregnancy test to confirm that you’re pregnant. In certain cases, to decide how many weeks into the pregnancy you are and the size of the baby, you would require an ultrasound to ensure that the pregnancy is not ectopic.

One that develops outside of the uterus is an ectopic pregnancy. An ectopic pregnancy usually develops in the fallopian tube, which is the tube that brings the egg to the uterus from the ovary and is usually referred to as a tubal pregnancy.

Your blood group and whether you are Rh-positive or negative can be determined by a blood test. The Rh protein is formed by most females’ red blood cells. It is considered that these blood cells are Rh-positive. There are red blood cells in certain women that do not contain Rh protein. Rh-negative is known to be these blood cells.

Pregnant women who have Rh-negative blood type are at risk of responding to Rh-positive fetal blood. Since a reaction can harm subsequent pregnancies, Rh-negative women typically receive an injection of Rh immunoglobulin (RhIG) after miscarriage or abortion to prevent Rh-related problems.

Before the Procedure

Your health care provider will also give you some details over the phone when you schedule your appointment. Since in-clinic abortions are known as surgeries, you may have to undergo fasting around midnight, the night before your operation.

You’ll answer questions and fill out some paperwork about your medical background when you arrive at the clinic. If the condition warrants it, you can then get a pre-abortion workup, which includes a physical exam, pregnancy examination, blood test, screening for sexually transmitted diseases, and possibly extra testing. An ultrasound can also be used by certain providers to confirm how far you are in your pregnancy and to search for uterine, fetal, or placental defects.

Pain Management

During the operation, the doctor will also speak about various kinds of pain control available to you.

You would typically get local anesthesia for an in-clinic abortion, meaning that your cervix will be numb, but you will be awake.
Although ibuprofen typically offers adequate pain relief from 600 to 800 milligrams, your doctor can also give you oral medication to calm you down or sedate you slightly so you’re awake but comfortable. You may ask whether a sedative drug can be administered to you via an IV if you want deep sedation, meaning you’re in a light sleep during the operation.

How It’s Done

To end a pregnancy, doctors can use medicine, surgery, or a combination of both. The procedure depends on how far you are in your pregnancy, your medical background, and your choice.

Abortions can be carried out safely with drugs during early pregnancy, before 9 weeks.
Abortions are typically performed surgically for 9 to 14 weeks, while drugs can be used to help soften and open the cervix.

Abortions can be performed after 14 weeks by using labor-inducing drugs that induce uterine contractions or by using these drugs in conjunction with surgery.

Medical abortion

Within 70 days of gestation, abortions can be completed with medicine, and this is called medical abortions. Gestation days are the number of days starting on the first day of your last cycle of menstruation.

A mixture of mifepristone and misoprostol is used most commonly by physicians.

Mifepristone – As a pill, Mifepristone is administered orally. The influence of progesterone, a hormone required for pregnancy, is counteracted by this treatment. Side effects include vomiting, nausea, vaginal bleeding, and pelvic pain. Typically, these effects may be treated with drugs. There can be heavy bleeding in extreme cases. You can be taken to a hospital and given blood transfusions in that situation. Mifepristone is more effective when another drug is administered 24 to 48 hours later, such as misoprostol. This stimulates the uterus to contract. Within 2 weeks, between 92% and 97% of women who receive mifepristone in combination with or accompanied by misoprostol have a full abortion.

Misoprostol – To induce a medical abortion, misoprostol is almost always used in combination with mifepristone. Misoprostol is a drug similar to prostaglandin, which allows the uterus to contract. There are a couple of ways to take this drug. Placing the tablets between your gum and cheek is the best process (called the buccal route). Misoprostol, which is just as safe, can be injected vaginally. It is less effective to swallow the pills or place them under your tongue and also has more side effects, such as nausea, diarrhea, and vomiting.

Methotrexate – Used less commonly, Mifepristone has been approved by the Food and Drug Administration (FDA). However, in women who are allergic to mifepristone or when mifepristone is not available, methotrexate can be used. For a gestational age greater than 49 days, it should not be included. The muscle is normally treated with methotrexate. Within 2 weeks, between 68% and 81% of pregnancies abort; after 45 days, 89% to 91% abort. The drug most commonly used to treat ectopic pregnancies conceived outside the womb is methotrexate. The fast-growing tissue of ectopic pregnancies is destroyed. Pregnancy hormone levels must be controlled until levels are undetectable in the bloodstream of a woman when doctors give methotrexate for the treatment of ectopic pregnancy. When methotrexate is used for surgical abortions where pregnancy is believed to be implanted in the womb, this monitoring is not necessary.

Your doctor can also prescribe doxycycline as an antibiotic to prevent infection.

In rare cases, there is a chance of the baby being born deformed when a pregnancy continues after the use of these drugs. In the use of misoprostol, the risk is greater. If the pregnancy tissue does not leave the body entirely within two weeks of medical abortion, or if a woman bleeds excessively, then the abortion may need to be completed through surgery.
About 2% to 3% of women who have a medical abortion may need to have a surgical operation, often called vacuum aspiration, usually suction dilation and curettage.

There should not be a medical abortion for a woman if she:

• Is pregnant for more than 70 days (counted from the first day of the last menstrual period)
• Has trouble with bleeding or takes medicine for blood thinning
• Has or is taking some steroid drugs with chronic adrenal failure
• Cannot attend the medical visits needed to ensure the completion of the abortion
• Has no recourse to emergency services
• Has uncontrolled convulsion disorder (for misoprostol)
• Has acute intestinal inflammatory disorder (for misoprostol)

Surgical abortion

• Menstrual aspiration – This procedure is performed within one to three weeks after a missed menstrual period, also called menstrual extraction or manual vacuum aspiration. The remaining tissue of an incomplete miscarriage can also be removed by this method (also called a spontaneous abortion). The physician inserts a tiny, flexible tube through the cervix into the uterus and uses a handheld syringe to suck the material from the inside of the womb for pregnancy. To reduce the pain caused by dilating the cervix, local anesthesia is usually applied to the cervix. Only the region injected is numbed by local anesthesia, and you remain conscious. Medication administered intravenously (into a vein) can reduce anxiety and the general response of the body to pain. The duration of menstrual aspiration is around 15 minutes or less.
• Suction or aspiration abortion – This operation can be performed up to 14 weeks after the first day of the last menstrual cycle, also called a suction D&C (for dilation and curettage). The procedure most commonly used to abort a pregnancy is suction D & C. To avoid infection, a single dose of antibiotics, usually, doxycycline is prescribed before the operation. The cervix is dilated (widened), and the uterus is inserted into a rigid hollow tube. The uterine contents are sucked out by an electric pump. It takes about 15 minutes to process. To alleviate the discomfort caused by dilating the cervix, local anesthesia is typically administered to the cervix. Intravenous (into a vein) medication can help to reduce anxiety and relieve pain.

Dilation and curettage (D and C) – The cervix is dilated in dilation and curettage, and devices with sharp points, known as curettes, are used to clear the tissue from pregnancy. To ensure that all the contents of the uterus are eliminated, suction is also used. The earlier this procedure is performed in pregnancy, the less dilated the cervix has to be, which makes the procedure simpler and safer.
Dilation and evacuation (D and E). This is the most common treatment that takes between 14 and 21 weeks to end a pregnancy. It is similar to D and C suction but with larger tools. It is necessary to dilate or spread the cervix open to a size larger than required for a D and C. To ensure that all the pregnancy tissue is extracted, suction is used along with other special instruments or forceps. It takes more time for the operation than most abortion procedures.

Abdominal hysterotomy – It is a major surgery to extract the fetus through an incision in the abdomen from the uterus. This is uncommon, but it might be required if it is not possible to do a D and E. In this procedure, anesthesia will render you unconscious.

Follow-Up

An early pregnancy medical abortion typically requires three or four visits to get abortion medication and to assure that all the pregnancy tissue has passed through. Abortion-related bleeding can last up to two weeks.
Most everyday activities will typically be resumed within hours of a surgical abortion that uses local anesthesia for 9 to 14 weeks, as long as no sedatives have been used. Do not drive or use unsafe equipment for at least 24 hours if you have received sedatives or are unconscious, as in general anesthesia. In either case, to prevent infection and to allow the cervix and uterus to return to normal shape and size, avoid sexual activity for 2 weeks. Around 2 weeks after the operation, most women are recommended to follow up at the doctor’s office.

Depending on how far you have been in your pregnancy and if there have been complications, you will usually resume most everyday activities from a few days to a few weeks after a late second-trimester abortion. After the treatment, you can need to stop sexual intercourse for two to six weeks. In general, about two weeks after the operation, you can see your doctor. Based on the situation, your doctor will give you clear advice regarding resuming everyday activities and working.

Cramps may be treated with ibuprofen or acetaminophen. Following a late second trimester abortion, cramping can be worse. You may be told not to showers or use tampons, or have sex for at least two weeks after having a medical or surgical abortion. This will help to reduce the risk of the uterus becoming infected. Vaginal spotting or bleeding up to one to two weeks after a surgical abortion is common for a few days. This depends on how far the pregnancy has been at the time of the abortion.

Risks

Infection, bleeding, and incomplete abortion are the risks of medical abortion, meaning that some of the pregnancy tissue remains. These issues are uncommon and can be cured. An incomplete abortion is managed by repeating the dose of medication given to end the pregnancy or by taking a D and C suction. With antibiotics, an infection can be treated. Excessive bleeding and possibly dilation and curettage is treated with medication. Rarely, if the bleeding is unusually heavy, a blood transfusion may be necessary.

The risks are quite low for surgical abortion. Continued bleeding, incomplete removal of pregnancy tissue, infection of the uterus (endometritis), and perforation of the uterus (poking a hole in the womb) during the surgical procedure are the main risks of D and C, and D and E. To remove tissue that was not removed during the first procedure or to repair a perforated uterus, a second surgical procedure may be required.

After an uncomplicated abortion, women rarely become infertile. However, when surgical abortion leads to endometritis or is complicated by heavy bleeding, perforation, or incomplete removal of tissue from pregnancy, infertility may result.

We all feel sluggish at some point during the day. Imagine feeling tired all day and falling asleep even when you are with your loved ones playing an interesting card game. It is often depressing when the other person on the opposite end doesn’t seem to give you the attention or doesn’t seem to be awake and alert when you are having a conversation. Have you ever heard of the condition of hypersomnia? Around fifteen to thirty percent of the population suffer from hypersomnia.

What is Hypersomnia?

Hypersomnia is a disorder where, during the day, you experience constant sleepiness. Even after long periods of sleep, it can happen. Excessive daytime sleepiness is another term for hypersomnia (EDS). For example, at work or while driving, people who have hypersomnia may fall asleep at any time. They may have other concerns linked to sleep, as well. People with hypersomnia have problems working during the day because they are always exhausted, impairing concentration and energy levels. Having a rare sleep disorder and handling its care is a problem for both males and females. But it can be extremely difficult for women. They must also take into consideration how the effects of their sleep disorder and the drugs they take for it could influence these decisions when they make choices about abortion, pregnancy, breastfeeding, and other issues specific to women.

The types of Hypersomnia

Hypersomnia is of two types:

1) Primary hypersomnia and
2) Secondary hypersomnia

Primary hypersomnia occurs with no associated medical conditions. The only symptom is excessive fatigue. Problems in the brain structures that regulate sleep and waking functions
are assumed to be triggered by it.
On the other hand, secondary hypersomnia mainly occurs due to other medical complications. Parkinson’s disease, sleep apnea, kidney failure, and chronic fatigue syndrome are some of the associated medical conditions. These factors cause a weak nights sleep, causing you to feel exhausted in the daytime. It is the product of conditions that cause tiredness or inadequate sleep. For example, sleep apnea can induce hypersomnia and cause difficulty breathing at night, causing individuals to wake up many times during the night.

What causes of Hypersomnia?

Hypersomnia has many possible causes, including:

• Narcolepsy (daytime sleepiness) and sleep apnea sleep disorders (interruptions of breathing during sleep)
• Not having much sleep at night (sleep deprivation)
• Being Overweight
• Abuse of drugs and alcohol
• Head injury or neurological disorders, such as Parkinson’s disease or multiple sclerosis
• Prescription drugs, such as tranquilizers or antihistamines
• Genetics (having a relative with hypersomnia)
• Depression

What are the symptoms of Hypersomnia?

Constant tiredness is the primary symptom of hypersomnia. Without ever relieving drowsiness, individuals with hypersomnia can take naps during the day. They have trouble awakening from long periods of sleep as well.
Some hypersomnia signs include:

• Anxiety
• Loss of energy
• Restlessness
• Loss of appetite
• Irritability
• Slow speech or thinking
• Difficulty remembering
• Sleep-drunkenness or confusional arousal is also a symptom found in hypersomniac patients. The transition from wake to sleep is difficult. Sleep-drunk patients experience waking up with confusion, disorientation, slowness, and frequent returns to sleep.

How to diagnose Hypersomnia?

A doctor will study the symptoms and medical history to diagnose hypersomnia. A physical examination will check for alertness.
To diagnose hypersomnia, doctors use many tests, including:

• Sleep diary: To track sleeping patterns, you record sleep and waking times throughout the night.
• Epworth Sleepiness Scale: To assess the seriousness of the disorder, you rate your sleepiness.
• Multiple latency sleep tests: During the day, you take a controlled nap. The test tests the sleep forms that you undergo.
• Polysomnogram: You stay overnight at a sleeping center. A computer tracks the brain’s operation, eye movements, heart rate, levels of oxygen, and breathing.
• Another commonly used subjective indicator of patients with sleepiness is the Stanford sleepiness scale (SSS).
• Actigraphy is used by analyzing the patient’s limb movements to monitor the sleep and wake cycles. The patient must regularly wear a brace on his or her hand, which looks like a watch and contains no electrodes, in order to report them. The benefit of actigraphy over polysomnography is that 24 hours a day can be documented for weeks. In addition, it is less costly and non-invasive, unlike polysomnography. Actigraphy is also useful to rule out other sleep disorders, especially circadian disorders, which also contribute to an excess of daytime sleepiness.
• The maintenance of wakefulness test (MWT): It is a test that measures the ability to stay awake. It is used to diagnose excessive drowsiness conditions, such as hypersomnia, narcolepsy, or obstructive sleep apnea. Patients sit comfortably during the examination and are advised to try to remain awake.

Who is at risk for Hypersomnia?

People with medical conditions that make them tired during the day are most at risk for hypersomnia. Sleep apnea, kidney disorders, cardiac conditions, brain conditions, atypical depression, and poor thyroid function are among these conditions. Often, people who regularly smoke or drink are at risk of developing hypersomnia. Similar to hypersomnia, drugs that cause drowsiness may have side effects.

How to manage Hypersomnia?

Depending on the etiology of your hypersomnia, treatments for this disorder can vary.
A crucial aspect of the recovery process is lifestyle changes. A doctor may suggest getting on a daily schedule for sleeping. Avoiding such behaviors, especially at bedtime, may also improve symptoms. Many hypersomnia patients do not drink alcohol or use drugs. To maintain energy levels naturally, a physician can also prescribe a high-nutrition diet.
By making some lifestyle changes, you will initially attempt to cure your hypersomnia. Such as the following:

• Try to maintain a daily routine for sleeping.
• Sleep in a space that is quiet.
• Be in bed early, don’t stay up late.
• Controlled consumption of alcohol (less than 2 drinks per day for men and less than 1 drink per day for women)
• Do not drink caffeine for 4-5 hours before going to bed at night.
• Ask your doctor if you are taking any medications that may make you drowsy. Ask if you should turn to a prescription that is non-drowsy.

Many drugs intended for narcolepsy can treat hypersomnia. These include amphetamine, modafinil, and methylphenidate. These drugs are stimulants that help you feel more awake.
There are three key groups of medicines licensed for the treatment of narcolepsy-associated sleepiness: stimulant medicines (i.e., amphetamine derivatives), wake-promoting non-stimulant medicines (i.e., modafinil, solriamfetol, armodafinil, and pitolisant), and sodium oxybate.

In narcolepsy, stimulants approved for the treatment of sleepiness include dextroamphetamine and methylphenidate. Although stimulants can be effective, dependency, aggressive behavior, dental problems, and heart problems
are possible side effects.

Wake-promoting non-stimulant drugs include modafinil (e.g., Provigil) and armodafinil (e.g., Nuvigil). Although it is not completely evident how these drugs function, they tend to affect the brain chemistry that increases wakefulness, particularly dopamine, the neurotransmitter. In two placebo-controlled trials involving people with IH, Modafinil has been tested and has been shown to help with drowsiness in individuals with this condition.

A new non-stimulant wake-promoting drug, solriamfetol (Sunosi), was approved to treat sleepiness caused by narcolepsy and obstructive sleep apnea by the United States FDA in March 2019 and by the European Commission in January 2020. It is pharmacologically distinct from either stimulants or modafinil/armodafinil (it is the first dual-acting norepinephrine and dopamine reuptake inhibitor recognized to treat increased daytime sleepiness).

Another new wake-promoting non-stimulant drug, pitolisant (Wakix), was approved by the U.S. FDA in August 2019 and approved in Europe in 2016. This new drug is a selective histamine 3 (H3) receptor antagonist/inverse agonist that acts to increase the synthesis and release of a wake-promoting neurotransmitter in the brain called histamine through a novel mechanism of action. Pitolisant improved sleepiness in approximately one-third of people with intracranial hypertension(IH) whose symptoms did not respond well to other drugs.

Sodium oxybate (Xyrem) is a drug taken at bedtime that induces deep sleep and enhances daytime sleepiness in individuals with narcolepsy. However, its effects are not as well characterized in those with idiopathic hypersomnia. A 2016 study showed that sodium oxybate increased daytime sleepiness to the same degree in individuals with IH as in individuals with type 1. narcolepsy. The drug also improved extreme sleep inertia in 71 percent of people with IH.

How to prevent Hypersomnia?

Get enough sleep throughout the night.
This might sound obvious, but in the morning or at night, many of us negotiate to trim an hour or two off our sleep to do other things. The majority of adults require seven to nine hours of sleep a night, where adolescents generally need a full nine hours of sleep. Block out eight to nine hours of regular sleep.

Keep distractions away from your room.
Avelino Verceles, MD, assistant professor (University of Maryland School of Medicine) and director of the school’s sleep medicine fellowship, says, “Reserve your bed for sleep and sex,” You should not read, watch television, play video games, or use laptop computers in bed. Do not pay your bills or hold tense talks in bed. You could be left sleepless by them.

Set a wake-up time that is consistent.
It is also recommended that people who have issues with sleeping are advised to sleep and wake-up every day at the same time, even on weekends.

Switch progressively to an earlier bedtime.
Try to go to bed 10 to 15 minutes earlier every night for four nights is another solution to settling on a consistent routine. Then stick to bedtime. Adjusting the routine gradually like this typically works better than deciding to go to sleep an hour earlier unexpectedly.

Set safe, regular meal times.
Regular mealtimes help control our circadian rhythms, not just regular sleep times. Instead of grabbing a doughnut and coffee in the morning or a late sandwich on the run, having a good breakfast and lunch on time often avoids energy shortages during the day that will intensify the sleepiness. Plan two to three hours before bedtime to finish eating meals.

Exercise
Daily exercise (on most days, 30 minutes a day) has numerous sleep benefits. Generally, exercise, especially aerobic exercise, makes it easier to fall asleep and helps to give a deep sleep.
Exercise also provides you with more energy for the day and keeps your mind clear. And you even get more advantages if you exercise outdoors in the daytime. Since daylight helps to control our sleep habits, sleep experts suggest 30 minutes of exposure to sunlight a day.

Change your schedule
If you don’t think you cannot p for seven or eight hours, you need to look at your routine and make some improvements. Move certain tasks from late evening to early evening or from early morning to late morning. Try to avoid assignments that are not really important. During your remaining tasks, having enough sleep at night will help you work better.

Until you’re sleepy, don’t go to bed.
You’ll still not be able to fall asleep if you go to bed because you’re just tired. Distinguish between the sensation of being exhausted and asleep. Get into bed when you’re sleepy, drowsy, or feel like you’re nodding off. It’s a very different kind of feeling.

Don’t sleep late in the day.
Late afternoon sleep can make daytime sleepiness worse if because it can interfere with nighttime sleep.

Build a calming routine for bedtime.
You can be separated from the day by a relaxing routine before bedtime, particularly from stressful or over-stimulating activities, making it difficult to sleep. Try to meditate, soak in a hot bath, listen to comforting music, or read a book. It can also be relaxing to have a cup of herbal tea or warm milk, but avoid it if it causes you to wake up at night to go to the bathroom.

Stop those “nightcaps.”
People always believe that alcohol helps sleep. You will definitely be wide awake again when the effects of alcohol wear off during the night.

See a sleep specialist.
If you are chronically tired regularly during the day, even though you sleep well, or if you fall asleep without warning, daytime sleepiness may be induced by sleep disorders. So, for a better opinion, it is better to see a sleep specialist.

It came suddenly, and I ignored it for a while, then it became unbearable. It then became a frequent visitor that affected my day to day activities.
First, it was my leg; then it was my hands. I was only 30 years old at that time. I asked myself, ” Is this part of aging?” Is 30 that old? I have so many questions that puzzled my brain. The pain was numb and, at times, unbearable. I had no swelling, no trauma at the site, no bruising, no deformity, and nothing at all. Then why did I have this dreadful pain? After going to many providers and going inside many machines, finally, one provider found out what was wrong with me. I didn’t even realize it until my doctor told me, ” your symptoms started after the car accident that was almost two years ago” My doctor told me I have complex regional pain syndrome. I might have the pain for the rest of my life because there is no cure for it. Meaning it can be a chronic condition that only has symptomatic therapy. The four-letter word that will stay with me for the rest of my life.

Complex regional pain syndrome

The CRPS (complex regional pain syndrome, a neurological condition) is a type of chronic pain that typically affects the arm or leg. After an injury, an operation, a stroke, or a heart attack, CRPS usually develops. The discomfort is out of proportion to the seriousness of the initial injury. CRPS is rare, and there is no clear explanation of its origin. When begun early, therapy is most successful. Improvement and even remission are probable in such situations.

Types of CRPS

CRPS occurs in two forms, with signs and symptoms identical to each other but with different causes:

Type 1 CRPS: Type 1 Complex Regional Pain Syndrome or Reflex Sympathetic Dystrophy (RSD) is a clinical condition of the variable course and an unexplained cause characterized by pain, swelling,

and extremity vasomotor dysfunction. It occurs after an illness or accident that has not specifically harmed the nerves in the affected limb. Around 90 percent of CRPS individuals have type 1 CRPS.

Type 2 CRPS: Type 2 Complex Regional Pain Syndrome or Causalgia arises after a trauma or injury to a peripheral nerve. Peripheral nerves pass from your spine and brain to your extremities.

“Brachial plexus” is the most prominent site of CRPS II pain. This is the group of nerves that run from your neck to your arm. CRPS II is rare, affecting slightly less than 1 out of 100,000 Trusted Source individuals.

Causes of CRPS

The peripheral C-fiber nerve fibers that bring pain signals to the brain are triggered by most CRPS diseases by the nerve fiber’s inappropriate function. They are over firing and often induces inflammation aimed at encouraging healing after an injury and rest. The nerve damage is apparent in some individuals, but in others, a specialist may be required to find the injury and treat it.

Complex regional pain syndrome (CRPS) is rare, and there is no clear explanation of its cause. After an accident, heart attack, or stroke, CRPS usually develops. Researchers predict that CRPS can occur in 2-5 percent of those with peripheral nerve damage and 13-70 percent of those with hemiplegia, i.e., paralysis of one side of the body. Furthermore, several studies have shown that cigarette smoking is substantially present in patients and is statistically related to RSD. This may be seen in its pathology by other unknown neurotransmitter-related mechanisms or by boosting the sympathetic activity and vasoconstriction and. This hypothesis was based on a retrospective study of 53 RSD patients, which found that smokers accounted for 68% of patients and just 37% of controls. The findings are provisional and are constrained by their retrospective character. It is later formed in another limb by 7% of people who have CRPS in one limb. CRPS may also arise from other major and minor traumas, such as surgery, heart attacks, infections, and even sprained ankles.

What are the typical symptoms of CRPS?

Most people do not have all of these mentioned symptoms, and during recovery, the number of symptoms usually decreases.

• Unprovoked or spontaneous pain that can fluctuate with activity or be constant. Some say it feels like a sensation of “burning” or “pins and needles” or as if it were squeezing the affected limb. Over time, pain can spread to most or all of the arm or leg if the nerves remain chronically inflamed, even if the initially affected region was smaller. Pressure and other signs arise in a matching position on the opposite limb in rare cases. The secondary involvement of spinal cord neurons (nerve cells) is reflected as “mirror pain.” Mirror pain is less intense as the affected nerves heal; it resolves.
• Following the use or touch, excess or persistent pain in the affected region is known as allodynia. Increased sensitivity in light touch, regular physical contact, and use are found to be very painful by the person. Some note extreme or persistent discomfort after a mildly painful stimulus like a pinprick is known as hyperalgesia.
• Changes in the skin color, skin temperature changes, or swelling of the affected leg are seen. It may feel warmer or colder than the opposite limb in the injured arm or leg. The skin can change color, becoming blotchy, blue, purple, green, pale, or red on the affected limb. These skin symptoms usually fluctuate as they show abnormal blood flow in the area. The C-nerve fibers that are damaged in CRPS control the opening and closing of the small blood vessels under the skin.
• Modification of skin texture: Over time, inadequate oxygen and nutrient distribution may cause the skin to alter the texture of the affected limb. It becomes shiny and thin in some circumstances, thick and scaly in others. Washing painful skin or avoiding contact leads to this alteration.
• Abnormal sweating and hair and nail growth: On the affected limb, hair and nails may grow very quickly or not at all, and in some people, patches of profuse sweating or no sweating are seen. These are under neural regulation and are affected by the circulation of local blood.
• The rigidity of the affected joints: This is a common issue in which the decreased movement contributes to reduced tendon and ligament flexibility. Tight tendons or ligaments sometimes rub or pinch nerves to provide an internal cause of CRPS in individuals who do not have any external injuries.
• Wasting away or excess bone growth. Bones receiving signals from the damaged nerves barely become affected in CRPS-affected limbs. On X-rays or other imaging, these anomalies are often apparent, helping doctors assess the location of nerve damage and locate the best treatments. Rough or swollen areas of bone may irritate passing nerves and initiate or prolong CRPS, such as after a bone cyst or from a poorly healed fracture.
• Impaired muscle strength and movement. Most individuals with CRPS have no direct damage to the nerve fibers that govern the muscles that coordinate the muscular movement of the body. Most studies, however, have limited the capacity to move the affected part of the body. This is typically due to discomfort and sensory feedback abnormalities that aid in controlling movements. Even for muscles, excess inflammation and inadequate circulation are not good. Unusual movement in the affected limbs, fixed abnormal posture called dystonia, and tremors or jerking are rarely recorded by patients. This may represent the secondary propagation to the brain and spinal cord of disrupted neural activity. During CRPS recovery, most resolve themselves, but some individuals need orthopedic surgery to lengthen contracted tendons and regain normal flexibility and position.
  Signs and symptoms of CRPS go away on their own in certain individuals. In others, for months to years, signs and symptoms can persist. When begun early in the course of this disease, treatment is likely to be most successful.

How is CRPS diagnosed?

No particular test will confirm CRPS and identify the nerve that has been damaged. Diagnosis includes:

• A systematic assessment by a specialist who is familiar with typical sensory nerve pathology trends, such as a neurologist, orthopedist, or plastic surgeon. By having patients draw the outline of their most abnormal skin, the damaged nerve is also exposed.
• Nerve conduction tests diagnose some but not all CRPS-associated nerve injuries (some injuries involve tiny nerve branches that cannot be detected this way).
• The imaging of nerves by ultrasound or magnetic resonance imaging (MRI), also known as magnetic resonance neurography (MRN), also reveals underlying nerve damage. The affected nerve can be detected by characteristic MRI defects of the bone and bone marrow.
• Triple-phase bone scans (using a dye) also reveal CRPS-associated excess bone resorption (natural breakdown and reintegration into the body of bone tissue), which can help with diagnosis and localization.
• As CRPS typically develops over time, it is easiest to diagnose and should not be delayed at an early stage of the disease.

How is CRPS treated?

Most early or mild cases recover by themselves. When begun early, therapy is most successful.
Extensively used key therapies include:

• Recovery and Physical Therapy. This is the single most significant treatment for CRPS. Holding the painful limb or movement of the body part increases blood flow and decreases circulatory symptoms while retaining flexibility, strength, and function. By rehabilitating the injured leg, it helps stop or reverse secondary spinal cord and brain changes associated with disuse and chronic pain. Occupational therapy can allow people to find new ways to get engaged and return to work and everyday activities.
• With psychotherapy. People with extreme CRPS also experience secondary psychological problems, including depression, situational anxiety, and recurrent post-traumatic stress disorder. This enhances pain tolerance, further decreases movement and brain function, and makes it more difficult for patients to receive medical care and engage in recovery and rehabilitation. Psychological care helps people with CRPS to feel better and better at recovering from CRPS.
• Graded motor imagery. Mental exercises are taught to people, including how to distinguish painful left and right body parts when looking in a mirror and imagine moving certain painful parts of the body without actually moving them. This is thought to provide the brain with non-painful sensory feedback that helps reverse brain changes that prolong CRPS.

Medication

Several groups of medication have been reported as effective for CRPS, especially when administered early in the illness. However, none of these are accepted by the U.S. It is to be marketed solely for CRPS by the Food and Drug Administration (FDA), and it is not guaranteed that any single drug or combination is effective for all. Drugs that are broadly used for the treatment of CRPS include:

• Acetaminophen reduces pain associated with inflammation and bone and joint involvement.
• With sufficient doses of over-the-counter aspirin, ibuprofen, and naproxen, non-steroidal anti-inflammatory drugs (NSAIDs)are used for the treatment of moderate pain and inflammation.
• For other neuropathic pain conditions, medications such as nortriptyline, gabapentin, pregabalin, and duloxetine have been shown to be helpful. Amitriptyline, an older drug, is successful but produces more side effects than nortriptyline, which is somewhat similar in terms of chemistry.
• Local topical anesthetic ointments, sprays, or creams such as lidocaine and fentanyl-like patches. This can decrease allodynia, and additional protection can be offered by skin coverage via patches.
• Bisphosphonates that minimize changes in the bone, such as high-dose alendronate or intravenous pamidronate.
• Corticosteroids, including prednisolone and methylprednisolone, treat inflammation/swelling and edema.
• In severe cases, botulinum toxin injections may help, particularly to relax contracted muscles and to restore normal hand or foot positions.
• Individuals with the most serious pain may need medications such as oxycodone, morphine, hydrocodone, and fentanyl. Opioids, however, may convey greater sensitivity to pain and run the risk of dependency.
• Controversial, unproven therapies include N-methyl-D-aspartate (NMDA) receptor antagonists like dextromethorphan and ketamine.
• Neridronic Acid: The cause of CRPS is unknown, but the outcome is generally thought to be that the body responds abnormally to an injury. Because some cases may be undiagnosed or misdiagnosed, it is difficult to determine just how widespread CRPS is currently; no licensed CRPS therapies exist. Neridronic acid injection is currently being used to treat CRPS, and early findings indicate that it has the ability to control the disease. When neridronic acid has been approved, a potential new treatment for CRPS would be considered.

What is loss of libido & how can you remedy

Sex simply means a state of being male or female. Sex also means a physical activity that involves physical contact between bodies to evoke a sense of joy and pleasure through intercourse. Having sex on a routine basis is beneficial for your overall health. Sex boosts your immunity, cardiovascular health, mental health, helps to maintain a healthy intimate relationship with your partner. Sex allows the partners to know each other’s likes and dislikes. Sex helps partners to show love and affection, more secure feeling in your relations. It helps to get a pleasurable and fun moment between partners. Allows getting pregnant. From a global point of view, it is a very basic process that prevents the homosapiens from extinction.

Despite all these advantages, there is a drastic decline in sex in day to day life, in all the age group. Studies report that a baseline of having sex twice a week is noted in the younger age group that is 20-30 years. In the older population 40 to 50 years and more, noted to have a lesser frequency of having sex even way below the baseline.

Newer studies report the least sexually active countries are the developed countries such as Japan, the USA, United Kingdom, Singapore, New Zealand, and Thailand. Japan remains on the top list where people show very little interest in sex. Japan is facing problems with declined population growth. Reports say about 40% of young Japanese men have no interest in having sex and have disgusting feelings towards it. Worldwide it’s noted due to various reasons people are losing interest in sex.

In a study done on 34000 men and women. It was noted that a significant decline in sex was noted in all age groups for women. For men, a decline in sex was noted in the 16-24 year age group. Decreased sex activity was noted in people who are married or who have living together relation in the age group 25 and above.

Having sex only once a week does not suggest one has decreased interest in sex. One will be having the sex drive but due to reasons sex would be restricted. Loss of libido therefore is the decreased sex drive or decreased interest in having sex. It happens in most people at some point in their life. Loss of libido won’t happen suddenly. It is a gradual process where one experiences less or no sex drive towards his/her partner for the past several months.
Hypoactive sexual desire disorder is seen in women where they have an absence of sexual thoughts, sexual fantasies, or any kind of sexual activity that is caused by personal distress or difficulties in their relationship.

To treat loss of libido first one should identify the reason behind it. There may be various causes for loss of libido that can be emotional, psychological, hormonal, or physical causes.

Amazing advantages of a regular sexual life

Regular sex can help to look younger. Researchers conducted in Royal Edinburgh Hospital found that people who have regular sex look five to seven years younger than their actual age. Sex helps you to boost your fertility. Semen health is at its best when sex lasts happened less than two days. Significant fall in semen health beyond 10 days. If you are trying for a baby it is always better to have sex at least twice a week so that the sperm will be fresh and are best in its activity. It fights cold and flu. Studies have noted people who have regular sex have 30% more IgA immunoglobin which protects you from cold and flu. Sex helps you to live longer.

A study conducted in Australian people noted that people who have sex at least three times a week have a 50% less chance to die due to any medical condition than those who have sex only once a month. Sex helps to reduce menstrual cramp pain. The contraction in muscles at peak of climax causes relief in the tension of uterus muscles that ease the pain during menstruation. Sex is a good exercise for the pelvic muscles in women. Women often have a problem in controlling the micturation.

Good sex strengthens the pelvic muscles and gives greater control over micturation. Prevents one from getting a heart attack. A study conducted in Israel found women who had two orgasms a week has 30% less likely to have heart disease than those who did not have sex or didn’t have an orgasm in their sex. The high sexual activity makes the body release pheromones which help you to enhance your sex appeal to the opposite sex. Prevents skin from wrinkling. Estrogen levels naturally drop after the following menopause. This causes the skin to get dry and becomes more wrinkled. One American study has noted women who are having sex after menopause every week tend to maintain a high estrogen level. This prevents the skin from drying up and getting wrinkled.

Sex is an aerobic form of exercise that helps to increase blood flow and pump higher levels of oxygen, nutrients to the skin. Sex helps one to remain confident in their appearance. Studies conducted on Scottish men and women found that those who had a good amount of sex has less mental stress and have lower blood pressure. Sex has a wonderful effect on reducing headaches. This is due to the release of a happy chemical called oxytocin and endorphins. This oxytocin release during sex is found to give relaxation and promote sleepiness. Thus sex help to get good sleep. Regular sex helps to maintain the estrogen levels after menopause that helps to prevent bone thinning (osteoporosis). Nottingham University researchers have found that men who have regular sex in their 50s lower the risk of prostate cancer. This is due to toxins released by the prostate gland are cleared while having sex. This prevents the accumulation of these toxins which would otherwise trigger cancerous change.

What are the causes of loss of libido?

There are various reasons for loss of libido. Several factors contribute to it. So while treating loss of libido, the underlying causes should be identified and must be rectified, to make the treatment more effective.

Reasons for loss of libido in men can be due to variation in hormonal level, emotional reasons, aging, and psychological, physical conditions. Hormonal reasons in men can be mainly attributed to testosterone. Testosterone is a male hormone that is a very important hormone for the production of sperms, sex drive, building muscles, and bone mass. 300 nanograms/decilitre is considered a low testosterone level. The lowering of testosterone happens in the process of aging. A drastic decrease in testosterone level can cause loss of libido. Medications used for treating blood pressure such as ACE inhibitors and beta-blockers cause erection and ejaculation problems. Medications used to treat cancer, hormones used for the treatment of prostate cancer, cimetidine used to treat gastroesophageal reflux disease (GERD), opioids such as morphine, some antidepressants, and antifungal medications such as ketoconazole also causes loss of libido. Restless leg syndrome (RLS) is an uncontrolled urge to move a leg. Studies have noted that men who are suffering from RLS have a greater risk of getting erectile dysfunction and can cause loss of libido. Mental illness such as depression can cause loss of libido. An antidepressant such as duloxetine, fluoxetine, and sertraline may cause less sex drive. Chronic illness such as cancer, type 2 diabetes, high cholesterol level, obesity, lung, and heart diseases causes loss of libido. Sleep disorders such as obstructive sleep apnea cause low testosterone levels leading to loss of libido. The aging process and stress, less exercise, or too much exercise can affect levels of testosterone which in turn causes loss of libido. Frequent use of alcohol, drug abuse can also be a reason for the loss of libido. The emotional and hampered relationship causes anxiety leading to erectile dysfunction.

In females loss of libido can be due to physical causes such as a change in sexual problems where she can not get orgasm due to painful sex. Medical conditions such as high blood pressure, cancer, diabetes, the neurological disease can reduce sex interest. Any surgery that has been done on the breast or in the genital tract that affects the body image can decrease sex drive. Lifestyle habits and excess drinking habits can reduce sex drive. Weakness due to caring for children, family responsibilities, pregnancy too reduce sex drive. Psychological causes such as anxiety and depression, past sexual abuse experience, stress either work stress or financial stress, poor body image, low self-esteem can reduce the sex drive. Hormonal changes that occur during pregnancy, breastfeeding, and menopause alters the sex drive. Levels of estrogen hormone decrease by the time of menopause. Decreased levels of estrogen cause dryness of vaginal tissues that results in painful sex. This can lead to loss of libido. Relationship issues where no mental connection with your partner, frequent arguments, fights with the partner, and trust issues cause her to show no interest in sex.

Treating lack of interest in sex

If you feel you have lost interest in sex or you have changed from what you used to be regarding sex, you need to visit a doctor. Your doctor would take a detailed history of your condition. Detailed history regarding your medical condition, emotional stress, psychological condition. Your doctor may advise you to do some lab tests. This would help your doctor to extract the underlying cause for loss of libido.

As a part of the treatment, you have to reprogram your life .change your lifestyle where you should find time to do exercise. Exercise will help man to boost their testosterone levels which help them to be active in sex. In women, exercise helps to maintain their body shape and fill them with self-confidence. You have to control your stress by finding a way such as yoga, meditation, or taking counseling to control your work or financial stress. You should have an open interaction with your partner, feel open to talk about what you are going through. You have to quit your habits of smoking, alcohol as it decreases your sexual drive. This also helps you to boost your health. Get enough sleep. Sleep deprivation has a strong link to reducing your sex drive. Find time to spend with your partner and on having sex try to include something new. Try new positions, or ask your partner to take more time in foreplay. Stick to a healthy diet that should contain fruit, green leafy vegetables especially spinach which is rich in folic acid that helps in sperm production and its development. In hypoactive sexual desire conditions in women, doctors may prescribe various medications to improve desire. Flibanserin, this drug is only prescribed for pre-menopausal women. Flibanserin has to be take in a single dose before bed help to increase sex drive. Bremelanotide is a subcuticular injection (injection taken below the skin) usually injected in your belly or thigh by yourself before you indulge in sexual activity. Bremelanotide is prescribed only for premenopausal women. Hormonal therapy such as estrogen therapy, Prasterone therapy, Ospemifene therapy in females, and testosterone therapy. Estrogen is available in various forms of cream, pill, spray, patches. Estrogen prevents the vagina from drying up during the time of sexual activity. Prasterone therapy, Ospemifene therapy helps to ease sex by preventing painful symptoms during sex. Testosterone therapy in women was found to improve lagging libido.

Nitric Oxide essential in vascular relaxation. NO-donor creams are available for topical application. Another L-arginine product has demonstrated positive results in the treatment of female sexual dysfunction. A study has noted that women who lacked sexual desire exhibited statistically significant increases in clitoral sensitivity, sexual satisfaction, increased frequency of sexual intercourse, and decreased vaginal dryness

In men who suffer from testosterone deficiency and hypogonadism can be treated with testosterone replacement therapy help to improve libido. Loss of libido that occurs due to erectile dysfunction can be treated with various medicines such as Sildenafil, Tadalafil, Eriacta, Super P-Force tablets.

Prostaglandins have been used effectively in male sexual dysfunction, especially erectile dysfunction (administered through penile injection), it showed positive results for women with genital sexual arousal disorder, most likely through increasing vaginal secretion and arterial smooth muscle relaxation.

An insight into Migraines, more than a headache

Pain is a general word to describe any unpleasant, uncomfortable sensation in the body. Pain can be experienced by one as dull aching, or sharp throbbing. Pain is always annoying but, in some cases, it can be a debilitating experience. Pain can be either continuous or intermittently appearing in nature which may be sudden or gradual in onset. Different people respond differently to pain due to a difference in threshold level in each individual. Some people have a high threshold level where they can tolerate pain while some have a very low threshold level. This is why pain is highly subjective.

Headache is a pain in the head region. The pain may be localized or radiating. Headache may be localized above the eyes, ears, behind the head, and back of the upper neck. Headache has various reasons like other medical conditions. There are about 90 types of headaches.

Headaches can be divided into primary headaches or secondary headaches. Primary headaches are migraine, tension headaches, and cluster headaches. Primary headaches have no other association with any other diseases. Whereas secondary headaches are caused by other diseases. Secondary headache may result from various conditions that range from a life-threatening disease like a brain tumor, strokes, meningitis, brain hemorrhages and from less serious conditions like withdrawal from caffeine effects, alcohol effects or dropping of analgesics effect of pain killer tablets. Mixed headache are suffered by some, where tension headache or secondary headache may trigger a migraine.

Half to three-quarters of adults aged 18–65 years in the world suffers/suffered from headache in each year and, among those people, about 30% have reported migraine. Statistics show 37 million people in the US have migraines or headaches at some point in a year. About 1.7–4% of the world’s adult population gets affected by headaches on 15 or more days every month. Headache is a worldwide problem despite regional variations, ages, races, income levels, and geographical areas.

Migraine headaches are the second most common type of primary headache. Migraine is a neurological condition. Migraine is characterized by intense, debilitating headaches that have severe throbbing pain or a pulsing sensation, usually on one side of the head, and exposure to bright to light and loud sound makes the patient hurt. Migraine causes many symptoms such as nausea, vomiting, difficulty speaking, numbness or tingling, and sensitivity to light and sound. Migraines affect people of all ages and they often run in families. In children, both boys and girls are affected equally by migraine headaches, but in adults, migraine affects more women than men. Most of the time migraines remain undiagnosed or misdiagnosed as tension or sinus headaches. Migraine attacks can last for hours to days. Migraine affects a person’s personality and mental health. Migraine can be so severe that it interferes with your daily activities and reduce your work efficiency.

Treatment of migraine does not give you 100% results. There is no actual cure for migraines. But some drugs can reduce these headaches. So one must be aware of the causes and reasons for migraines.

What are the causes of migraines?

The exact reason that causes migraine is still unknown but it is related to the changes that happen in the brain. Genetics plays an important role in migraine. Earlier scientists thought migraine happens due to change in blood flow in the brain. Most of them now think a change in blood flow can contribute to pain but not the primary cause of migraine.

Currently, scientists think migraine starts due to overactive nerve cells send out signals that trigger your trigeminal nerve. The trigeminal nerve gives sensation to your head and face. Your body releases chemicals such as serotonin and calcitonin gene-related peptide (CGRP). CGRP swells blood vessels in the lining of your brain. Neurotransmitters that are released cause inflammation and pain.

There are various risk factors for migraine. Women get affected by migraines about three times more than males. Most people who get affected by migraines are in the age range of 10 and 40 years. Many women report migraine withdraws after the age of 50 years. Migraine was noted to be genetically transferred to the descendants. Four out of five people with migraines give a history of family members who suffer from migraines. If one parent has a history of migraines, their child has a 50% risk of getting a migraine. If both parents have a migraine, the risk of getting a migraine is 75%. Other medical conditions such as depression, anxiety, sleep disorders, epilepsy, and bipolar disorder can be a factor for migraine.

Common triggering factors that initiate migraine are hormonal changes, stress, food, caffeine, change in weather, medications, and changes in sleep. Many women experience headaches during their periods, during pregnancy, or when they’re ovulating. A drop in estrogen level too can trigger migraine as estrogens do control chemicals in the brain that causes pain sensation. When you are stressed, your brain will release chemicals like cortisol that causes constriction of the blood vessel. This may lead to migraines. Some people report certain kind of foods that contains cheese, alcohol, food addictive such as nitrates (in hot dogs, pepperoni) and monosodium glutamate (Ajinomoto) can lead to migraine. Skipping meals can trigger a migraine. Too much use of caffeine or not getting as much you used to have can trigger a migraine. So caffeine is used as a treatment option to treat migraines. Weather changes to affect. Reports of migraine were noted in people who exposed themselves to a storm, strong wind, change in altitude, and changes in barometric pressure. Loud noise, strong smell, bright light, can trigger a migraine. Some vasodilator medicines, oral contraceptives, hormone replacement therapy, opioid drugs can trigger a migraine. Physical activity such as sex and exercise can trigger a migraine. Changes in your sleep routine that are too much sleep or too little sleep can trigger a migraine. Habits such as smoking and alcohol too trigger a migraine.

What does a migraine tell about your health?

Researches have shown migraine is linked to several medical conditions. Migraine can be a symptom/cause of many medical conditions such as stroke, heart disease, high blood pressure, seizures, hearing problems, posttraumatic stress disorder, depression and anxiety, and fibromyalgia.

There is little evidence that a migraine can trigger a stroke, or that both can happen at the same time. The risk of stroke is higher in some people who have migraines, as in the women population, people under the age of 45 years. Men with episodes of migraines are at greater risk of having a heart attack and heart disease. Women with migraines too have a higher chance of heart disease. The frequency of your migraines doesn’t change your chances of having these conditions.

There is evidence that hypertension may make symptoms of migraine.

If you get migraines, you are at risk of getting seizures twice as compared with people who don’t have a migraine. Reports are suggesting that there may be a genetic link between the two. Researchers believe seizures may have the same genetic cause as migraines.

Migraines increase the risk of sudden hearing loss. This is rare and unusual and remains unexplained, the rapid loss of hearing that happens over a few days. People who get those severe form of headaches get sudden hearing loss twice as often as people who don’t get migraines.

Fibromyalgia causes prolonged pain, fatigue, and other symptoms. Migraines are a common symptom in people with fibromyalgia. Still, no evidence proves the link between fibromyalgia and migraine
Migraines are common in people who have anxiety. If you have both migraines and anxiety, you’re also more likely to have depression.

If you have migraines, you may be likely to have posttraumatic stress disorder (PTSD). A study has found the link to having PTSD is 5 times more if you have migraines.

Few studies suggest that women who have a history of migraines when to get pregnant are slightly more likely to have problems like low birth weight, pre-term birth, and preeclampsia (a condition where high blood pressure and fluid retention). Symptoms of migraine can worsen with pregnancy. So it may require a different treatment approach. Doctors suggest women who have a history of migraines should take advice from a headache specialist before they get pregnant.

Insomnia is reported in people who are suffering from migraines. This in turn increases anxiety and depression which itself can switch on migraine. Poor sleep hygiene can be a major triggering factor for migraine.

Migraine is seen in people who have irritable bowel syndrome, like belly pain, diarrhea, and constipation

Can a migraine be treated?

If you have regular episodes of migraine or if migraine runs in your family you should take treatment suggestions from a doctor who is an expert in treating headaches. A neurologist will be able to diagnose migraine with a thorough medical history, physical examination, neurological examination, and can treat it properly.

If you have a complex, severe unusual pattern of migraine then you need to take an MRI scan Or CT scan to diagnose. MRI scans help the doctor to get a much clearer picture of your brain and blood vessel. MRI scans help doctors diagnose tumors, strokes, brain, infections, and other brain and nervous system (neurological) conditions. Whereas a CT scan uses a series of X-rays that give detailed images of the brain. CT scan helps doctors to diagnose tumors, infections, brain damage, hemorrhage, and other medical problems that may be causing headaches.

Migraine can be treated using two types of drugs. That is abortive and preventive drugs. Abortive drug treatment helps to stop a migraine once it starts or if you feel you are going to have an episode of migraine. Abortive medications can be taken by injection, orally, skin patch, or nasal spray. These forms of medication are mostly indicated for people who have nausea or vomiting related to their migraines. The abortive drug gives fast results. Abortive drugs include triptans and ditans which target serotonin.

Pain relievers such as over-the-counter include aspirin or ibuprofen. Migraine relief medications that combine caffeine, aspirin, and acetaminophen (Excedrin Migraine) may be helpful, but usually only against mild migraine pain.

Triptans are prescription drugs such as sumatriptan and rizatriptan are prescription drugs used for migraine. These work by blocking the pain pathways in the brain. Dihydroergotamines are nasal spray or injection. These drugs are most effective when taken shortly after the start of migraine symptoms for migraines. Dihydroergotamines are contraindicated high blood pressure, or kidney or liver disease should avoid dihydroergotamine.

Lasmiditan is an oral tablet used for the treatment of migraine. Lasmiditan helps to relieve pain, nausea, and sensitivity to light and sound. Ubrogepant is an oral tablet used to treat acute migraine in adults. Ubrogepant is effective in relieving pain and other migraine symptoms such as nausea and sensitivity to light and sound. Ubrogepant works within two hours after taking it. Opioid medications that contain codeine found to be effective in treating migraines. Anti-nausea drugs can help to control nausea and vomiting during the episodes of migraine. Anti-nausea drugs include chlorpromazine, metoclopramide, or prochlorperazine. This drug has to be taken with pain-relieving drugs.

Preventive medications are drugs given to prevent frequent migraines. Preventive medication indicated infrequent, long-lasting headaches. It works by reducing the frequency of attacks.

Medications that are used to lower the blood pressure such as propranolol, metoprolol tartrate, calcium channel blockers such as verapamil are used for preventing migraines. Antidepressants such as tricyclic antidepressants (amitriptyline) are effective in preventing migraines. Antidepressants other than amitriptyline are prescribed currently due to their side-effects of sleepiness and weight gain. Anti-seizure drugs such as valproate and topiramate might help you to reduce the frequency of migraines, but these drugs can cause side effects such as dizziness, weight changes, and nausea. Botox injections such as the onabotulinumtoxinA (Botox) when taken every 12 weeks help prevent migraines in some adults. Calcitonin gene-related peptide (CGRP) monoclonal antibodies Erenumab-Aooe (Aimovig), fremanezumab-vfrm (Ajovy) and galcanezumab-gnlm (Emgality) are newer drugs to treat migraines. They are given monthly injections. The most common side effect is a reaction at the injection site such as thrombophlebitis.

What is Depression & Anxiety?

Do you know what is common in Jim Carrey, Johnny Dep, Chris Evens, Angelina Jolie, Michel Phelps, Brad Pitt, J.K Rowling, and many more? Yes all of you know them, they are celebrities but that’s not the only common factor in them. They all are survivors and some still fight with the disorders of depression and anxiety. World Health Organization (WHO) defines depression as “a common mental disorder, characterized by sadness, loss of interest or pleasure, feelings of guilt or low self-worth, disturbed sleep or appetite, feelings of tiredness and poor concentration.” The depressive disorder involves feelings of depressed mood, loss of interest in enjoyment, decreased mental and physical energy.

Depression can be divided into mild, moderate, and severe based on the number and severity of the symptoms. Dysthymia is a continuous and chronic form of mild depression. Dysthymia has less intense effects but it lasts longer.

Whereas anxiety is an emotional state where one has feelings of tension, worrying with or without a reason, and physiological changes like increased blood pressure. Anxiety disorder is a group of mental disorders that involves the feeling of anxiety and fear that includes phobias, social anxiety disorder, obsessive-compulsive disorder (OCD) generalized anxiety disorder (GAD), panic disorder, and post-traumatic stress disorder (PTSD).

Worldwide it is estimated 4.4 % of the population gets affected by depression and anxiety disorder affects about 3.6% of the world’s population. WHO reports 322 million people get affected by depressive disorder and about 264 million people get affected by an anxiety disorder. Both depressive disorder and anxiety disorder affects females more than males. About 7.7% of the female population in America suffers from an anxiety disorder. Even though all age groups get affected by depression and anxiety, it is noted that a less prevalence of both in the older age group.

WHO reports about 1.5% of world death is due to suicide. Suicide remains the second leading reason for death in the age group of 15-29 years. The most common reason for suicide is mental illness mainly depression. There are different causes for depression, it can be the past experiences of physical, mental, and sexual torture or due to relationship break or due to sudden demise of an important person in life or serious illness that make one mentally weak or it can be due to substance abuse such as alcohol or drug abuse.

Depression caused an economic burden of more than $210 billion in the year 2010 alone as reported by the Centers for Disease Control and Prevention. This figure includes direct costs, workplace costs, and suicide-related expenses.

One-third of patients with depression have trouble with alcohol dependency. About 30% of the people who are on substance abuse reported having symptoms of major depression. These people depend on drugs or alcohol for temporary relief from the symptoms of depression. Symptoms of alcohol disorders that lead to depression are drinking too often, drinking in large quantities at a time, severe craving for alcohol, avoiding your routine life for the sake of drinking. For treating such people it is an advantage to treat the alcohol disorder that could resolve both problems of alcohol disorder and symptoms of anxiety and depression.

Drugs and alcohol can affect brain health

Alcohol is a depressant. Chronic alcohol user’s brain tends to get adapted by changing its chemistry. Drinking more often and in large amounts causes depression. Drinking alcohol increase the neurotransmitter called dopamine. Dopamine gives a pleasurable effect and relaxation to the brain. The brain will experience an impairment of memory and reasoning capacity. This gradually leads to memory loss, disorientation, and depression. Alcohol reduces the GABA neurotransmitters causing lethargic movements, slurred speech, and reduce reaction time.

Heavy alcohol consumption can have dangerous effects on the brain. It may not kill the brain cells as a whole but it can damage the neuronal end called the dendrites. Damage to dendrites causes it difficult for the neurons to relay messages to one another. Regions of the hippocampus in the brain can get damaged in chronic alcohol users leading to memory loss where the brain cannot restore the new memories. So why alcohol causes anxiety and depression? Alcohol itself won’t be a primary factor for developing anxiety. Alcohol affects the levels of serotonin in the brain. This can worsen anxiety. The anxiety reappears to one when the effect of alcohol wear off. This will lead one to use alcohol on a routine basis to cover up his/her anxiety disorder. Alcohol-induced anxiety lasts for several hours even a whole day.

Drugs like cocaine, crystal meth, heroin, MDMA, morphine, methadone are some of the common drugs that are used to get pleasure.

Cocaine used in any form such as snort, smoked, or injected will reach your bloodstream rapidly. This drug rapidly affects your brain by altering dopamine levels. This drug gives the kick feeling by the dopamine build up. Dopamine acts by dopamine receptors in the brain cells. This causes the cell to function according to the electric impulse it receives on stimulation of dopamine receptors. The cell’s activity changes according to the number of dopamine molecules it receives on its receptor.

Cocaine inhibits dopamine transport and causes it to build up. This, in turn, causes the cells to overreact once their receptors receive the accumulated dopamine and one gets the feeling of pleasure. During long-term uses, it changes the physical nature of the nerve cells and there will be a decrease in the dopamine level. This causes one from deprived of the positive effect he/she used to get while using cocaine. This leading to depression and causes addiction.

Effect of drug abuse in overall health.

Drug abuse and chronic alcoholism hampers your immunity and makes your body exposed to various illnesses. The euphoria associated with many intoxicating substances, especially alcohol, cocaine, and narcotics, can lower inhibitions, which increases the chance of taking sexual risks. Some drugs, like cocaine, directly impact the immune system’s ability to create white blood cells, which reduces the immune response to infection.

Drugs that are injected intravenously can cause an increased risk of infections such as HIV, Hepatitis B, and bacterial infections that spread from contagious needles. Drug abuse can alter your heart rate and make you prone to cardiovascular diseases. Those who are alcohol abusers increase the risk of pneumonia, tuberculosis, respiratory viral infections, acute respiratory distress syndrome. Alcohol can alter the effect of the medications you use to take. Alcohol can cause a serious effect on your digestive system. Chronic use of alcohol causes gastrointestinal reflux disease (GERD), can damage the esophagus causing pain during eating certain drugs. This in turn causes malnutrition due to reduced eating. Opioid abusers will have side effects of constipation, malabsorption of nutrients, nausea, and vomiting. Chronic drug users will develop memory loss leading to Alzheimer’s disease.

Alcohol and drug pave the way to kidney damage. Kidney filters the toxins of our bloodstream. Some drugs can cause a condition known as rhabdomyolysis that causes the breakdown of muscle. This causes large proteins like myoglobin to flood the bloodstream. This prevents the kidney from filtering the toxins effectively. Leading to kidney damage. Respiratory depression caused by drugs causes decreased oxygen content in kidney tissues, leading to kidney damage. Alcohol, heroin, and steroids can damage the liver and leads to liver cirrhosis or drug-induced hepatitis. Alcohol usage is the main reason for liver damage. It ranges from mild hepatitis known as fatty liver to severe alcoholic hepatitis condition that causes fibrosis and scarring of liver tissues. These progressive changes can lead to liver cancer.

How to treat depression drug abusers?

The key to treating the drug abusers lays in the decision making or decide to stop the habit. Treatment for depression and drug abuse goes hand in hand. If you get treated for drug abuse your depression too gets cured. The main concern in treating a drug abuser is the withdrawal symptoms such as anxiety, vomiting, nausea, insomnia, shaking hands, sweating, and hallucination.

People with severe drinking habit should seek treatment from rehabilitation centers. This is because you have to go through severe withdrawal symptoms and anxiety. This makes one turn back again to the usage of drugs. In rehabilitation centers, doctors would treat systematically. Doctors will give you proper medication that will help you to stop the habit and to control the withdrawal symptoms.

Make up your mind and see a therapist. Your therapist makes you learn skills to plan your day to day life. Your psychologist makes you ready to face the stress, will help you to change the behavior, set your goals which help you to deviate from thoughts of drugs. You will have multiple sessions of counseling to deal with your depression and anxiety. Your chronic drug/ alcohol habits would have hampered family relations. Family counseling helps to get rebound with the family members.

There are various medications used to recover from the disorder. Disulfiram, acamprosate, naltrexone, gabapentin, baclofen, and topiramate. Medications help not only to stop drinking but stops the craving for it. This helps to recover from the addiction.

Disulfiram is used in chronic alcohol users. One would experience headache, nausea, vomiting, chest pain, blurring of vision, mental dilemma, apnea episodes, and anxiety if he/she drinking alcohol even in small amounts while on disulfiram therapy.

Acamprosate is used to treat alcohol dependence. Due to chronic drinking habits, there are changes in the brain. Accaprostate works by stabilizing the chemical signals in the brain. Acamprosate alone cannot relieve one from alcohol dependence but along with psychosocial support, it helps to control alcohol dependence.

Naltrexone is an opiate antagonist. It works by preventing opiate effects such as pain relief, feeling well being. It is used to treat alcohol abusers. It works by decreasing the craving for alcohol when used along with counseling and other treatment programs.

Gabapentine is an anticonvulsant used to treat withdrawal symptoms in alcohol abusers. It works by reducing craving, anxiety, and insomnia. It works by giving a calming effect on the brain reducing the hyperactive state of the brain. This reduces anxiety, gives relaxation to the body, and sleep. This helps to reduce the craving and dependence on alcohol.
Baclofen is a GABA agonist. It reduces the craving for alcohol and prevents relapse.

Benzodiazepines are now used to treat alcohol withdrawal symptoms. Benzodiazepines are now used as a first-line drug. The benzodiazepines like diazepam and chlordiazepoxide, are commonly used in the treatment of alcohol withdrawal symptoms. Benzodiazepine has a similar action to alcohol on GABA –A receptors. When alcohol is withdrawn from the system, benzodiazepines substitute for it. Benzodiazepine reduces the severity of alcohol withdrawal symptoms and incidence of seizures that use to happen during alcohol withdrawal.

While on this medication, you should become a part of a group that is led by a therapist. This will be a group of people that has alcohol disorder. While involving in activities one will get the support to leave the habit and gets the assurance that he/she can come back to normal life.

You should develop self-confidence and reframe your life. You should find new activities such as going to the gym, cycling, meditation, yoga to which you can cling to. This helps you to prevent relapse and help you to improve your social norm.

You have to set long term goals. You should list out the reason for quitting your habit. By doing this you can focus on your life, career, help to become a better parent or family member. You can appreciate the changes that come in life.

Quitting drugs or alcohol is not an easy process. There will be setbacks, points where you feel to restart the habit. Don’t get discouraged by this. Take examples of people who have succeeded in quitting their habits. Get their valuable advice and strategies. Whenever you feel setbacks, interact with your therapist, and always feel free to have an open conversation with your therapist. Most important don’t give up because you are going to have a better life and a better start than you wished for.