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Muscles relax during sleep, including those in the face. The nervous system relaxes when we go into a deep sleep, which can also cause our facial muscles to relax. This can lead to our mouths falling open and drool escaping from the sides of our mouths. Also saliva can spill out of your mouth as drool when your facial muscles relax in your sleep like if the mouth falls open. Since the muscles around your mouth are relaxed, your mouth can be relaxed enough that saliva slips out. Once in sleep cycle, your body’s muscles, including those in your face and mouth, start to relax, often resulting in less swallowing and more drool. But sometimes when you're asleep, your brain forgets to tell your throat and mouth muscles to swallow, causing saliva to commute from your mouth to your pillow. As you sleep, your body enters a state of relaxation and restoration. This means that your muscles relax – including all of the muscles and tissues in the airway. When these tissues relax, they may fall back into the airway, partially blocking your ability to breathe normally. Sometimes causes your throat to compress as your tongue falls further back into your airway and the open space behind your tongue and soft palate is reduced. Inhaled air becomes turbulent. Directly inhaled air vibrates the soft tissues at the back of your mouth Though breathing is an involuntary function and it may be difficult to control how your breathe while sleeping, if you sleep on your side, the saliva collects in the side of your mouth and the reflex does not kick in to get rid of the drool. However, if you sleep on your back, saliva collects in the back of the throat and leads to automatic swallowing action. If you breathe through partially blocked nose, greater suction forces are created that can cause your throat to collapse and bring on snoring where your uvula and soft palate start to flap. When we fall asleep, many muscles in our body relax. This is true of the muscles in our airway, since not fully conscious. When you doze off and progress from a light sleep to a deep sleep, the muscles in the roof of your mouth (soft palate), tongue and/or throat relax more. This usually happens when the muscles in your body (including your face) relax during sleep, especially during your REM cycle. When this happens, your jaw falls slack and your mouth falls open.

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Snoring can be caused by a number of factors, such as the anatomy of your møuth and sinuses, allergies, a cold, and your weıght. When you doze off and progress from a light sleep to a deeper sleep, the muscles in the roof of your møuth (soft palate), tongue and thr*at relax. The tissues in your thr*at can relax enough that they partially block your airway and vibrate. The more narrowed your airway, the more forceful the airflow becomes. This increases tissue vibration, which causes your snoring to grow louder.

NREM Stage N1 This stage of non-REM sleep is the typical transition from wakefulness to sleep and generally lasts only a few minutes. Stage N1 is the lightest stage of sleep; patients awakened from it usually don’t perceive that they were actually asleep During this stage: Eye movements are typically slow and rolling. heartbeat and breathing slow down muscles begin to relax you produce low amplitude mixed frequencies waves in the theta range (4 to 7 Hz) NREM Stage N2 This next stage of non-REM sleep comprises the largest percentage of total sleep time and is considered a lighter stage of sleep from which you can be awakened easily. This is the stage before you enter deep sleep. During this stage: heartbeat and breathing slow down further no eye movements body temperature drops Sleep spindles and K-complexes are two distinct brain wave features that appear for the first time NREM Stage N3 This final stage of non-REM sleep is the deepest sleep stage. Stage N3 sleep is known as slow-wave, or delta, sleep. Your body performs a variety of important health-promoting tasks in this final non-REM stage. During this stage: arousal from sleep is difficult heartbeat and breathing are at their slowest rate no eye movements body is fully relaxed delta brain waves are present tissue repair and growth, and cell regeneration occurs immune system strengthens REM Stage R There are two phases of REM sleep: phasic and tonic. Phasic REM sleep contains bursts of rapid eye movements, while tonic REM sleep does not. Stage R occurs about 90 minutes after you fall asleep, and is the primary “dreaming” stage of sleep. Stage R sleep lasts roughly 10 minutes the first time, increasing with each REM cycle. The final cycle of stage R may last roughly between 30 to 60 minutes. During this stage: eye movements become rapid during phasic REM breathing and heart rate increases and become more variable muscles become paralyzed, but twitches may occur brain activity is markedly increased When you fall asleep at night, you cycle through all of these stages of sleep multiple times — roughly every 90 minutes or so.

December 8, 2010 / Sleep Snoring is caused by breathing in air through a partially blocked airway. As you fall asleep, the muscles that keep your breathing passage open begin to relax while your throat contracts. The vibrating tissue produces the sound familiarly known as snoring. And whether a given person awakens to their own snores may also vary from night to night. A reflex in the upper airway prevents this collapse and keeps windpipes open when you’re awake. But when you’re asleep, that reflex isn’t as strong. The upper airway tends to partially collapse, and breathing becomes noisier. Snoring can be an occasional occurrence or something that happens on a regular basis. As the air forces through, causes soft tissues in mouth, nose and throat to bump into one other and vibrate. During sleep, the airways tend to narrow, which may cause increased airflow resistance. Tightening causing include increased exposure to allergens; cooling of the airways; being in a reclining position; and hormone secretions that follow a circadian pattern. Sleep itself may even cause changes in bronchial function. The vibration of relaxed throat tissues during sleep causes snoring. During sleep, the muscles loosen, narrowing the airway. As a person inhales and/or exhales, the moving air causes tissue to flutter thus make noise. Some people are more prone to snoring because of the size and shape of the muscles and tissues in their neck. In other cases, excess relaxing of the tissue or narrowing of the airway can lead to snoring.

How are sleep and anaesthesia the same? How do they differ? Sleep is natural. When you have met the need for it, it will finish by itself. Anaesthesia is caused by dr*gs. It will only finish when the dr*gs wear off. These dr*gs work by acting on the same parts of the brain that control sleep. While you are under anaesthesia your vital signs are constantly monitored to make sure you are 'asleep' and not feeling any paın. However you are in a drug-induced unconsciousness,dream-like experiences. In some cases, the patient may experience some confusion or disorientation after waking up from it. A common patient response on emerging from is disorientation, unaware of time passed.

Why do people sleep talk? Posted May 24, 2009 Why do people sleep talk? In order to better understand parasomnias, it is important to understand what happens while we sleep. We start out awake when we lie down, close our eyes, and fall asleep, entering into light sleep, which then quickly gives way to deeper sleep. This is referred to as a sleep cycle, and generally lasts between 90-120 minutes. Sleep cycles again several more times during the night, though as the night progresses. The different stages of sleep are characterized by distinct brain wave patterns, as well as by differences in other physiologic parameters, such as muscle tone, eye movement, heart rate, breathing rate and patterns, and blood pressure. In REM sleep, dreams are most vivid and memorable. As one transitions between the different stages of sleep, there can be brief awakenings, either partial or full, following which most people immediately return to sleep. Sometimes, however, there are strong pulls both to wakefulness and to deep sleep, and the result is that part of the brain continues to be in slow wave sleep, while another part is simultaneously in a state of wakefulness. The behavioral consequence is one of the NREM parasomnias: sleep walking, sleep talking, sleep eating, confusional arousals, night terrors. The person going through one of these is not aware of what she or he is doing and is often incoherent while it is happening, and has no recollection of it after. Dennis Rosen, M.D.

Sedation Today, physicians have many ways to make sure their patıents are as comfortable as possible during surgery or procedures for diagnosing medical conditions. One common type of pain control is called sedation, which relaxes you and sometimes makes you fall asleep. Sedation, also known as monitored anesthesia care, conscious sedation, or twilight sedation, typically is used for minor surgeries or for shorter, less complex procedures, when an injection of local anesthetic isn’t sufficient but deeper general anesthesia isn’t necessary. Depending on the procedure, the level of sedation may range from minimal (you’ll feel drowsy but able to talk) to deep (you probably won’t remember the procedure). What are the levels of sedation? The level of sedation a patient experiences depends on several factors, including the type of procedure you’re having and how your body responds to anesthesia. Your age, medical condition, and health habits may also affect the type of anesthesia you’ll receive. Regardless of the level of sedation, it’s important that an anesthesiologist be involved in your anesthesia care. An anesthesiologist is a medical doctor who specializes in anesthesia, paın management, and critical care medicine. That can happen if you are sedated to a point where you are confused or fall asleep and snore. For some procedures, you may receive medication that makes you sleepy and keeps you from feeling pain. There are different levels of sedation — some patients are drowsy, but they are awake and can talk; others fall asleep and don’t remember the procedure. The main levels of sedation are: Minimal – Minimal sedation will help you relax, but you will likely be awake. You’ll understand questions your doctor is asking and be able to answer as well as follow directions. This level of sedation is typically used when your doctor needs you to be involved in the procedure. Moderate – You will feel drowsy and may even fall asleep during the procedure. You may or may not remember some of the procedure. Deep – You won’t actually be unconscious, but you’ll sleep through the procedure and probably will have little or no memory of it. How does general anesthesia work? Under general anesthesia, you will be unconscious and unaware of what is happening. General anesthesia keeps you unconscious during the entire procedure. General anesthesia causes you to lose consciousness. General anesthesia is medicine that is administered by an anesthesiologist, a medical doctor, through a mask or an IV placed in the vein. While the anesthesia is working, you will be unconscious, and many of your body’s functions will slow down or need help to work effectively. During surgery, the anesthesiologist will monitor your vital signs to make sure they are normal and steady while you remain unconscious and free of paın. Once your surgery is complete, your anesthesiologist will reverse the medication and be with you as you return to consciousness and wake up, continually monitoring your breathing, circulation, and oxygen levels. It may take a day or two for the anesthesia medication to completely leave your system, so you could be sleepy, and your reflexes and judgment can be affected by Postoperative delirium – Confusion when regaining consciousness after surgery.

08 January 2006 Laughing gas is nitrous oxide, and it acts as an anaesthetic-type agent. It makes your braın feel a bit woozy in the same way that alcohol does. As a result, if you take some laughing gas, you fell a little bit drınk and a little bit cheerful. If you have enough of it, you start to feel a little bit sleepy, but it's very good at paın kılling. If you're having an operation, it's sometimes used with other anaesthetics to ķíľľ paın and make you more comfortable. It is different from anesthesia, where you essentially go to sleep for a procedure. Although people can sometimes feel sleepy while taking nitrous oxide, they will still be able to respond but with decreased alertness temporarily. Sometimes one might start feeling sleepy or groggy as if you really want to fall asleep; you may be pretty out of it when you come to consciousness.

Anesthesia/Sedation: The surgeon or anesthesiologist administers general anesthesia, making you “sleep” without recalling the procedure. Your vitals like bľood pressure and heart rate are monitored. You’ll be sleepy. Nitrous Oxide (Laughing Gas): Quick to take effect and wear off, this gas keeps you calm and comfortable but awake and responsive. Many sedatives also induce amnesia, so won’t remember the procedure. You can still respond during the procedure but likely won’t recall it, as you might not remember the visit. General Anesthesia: it puts you to sleep during the procedure. Your vitals are closely watched, and you’ll wake up after without any memory of the work. It renders unconscious with no memory of the procedure. Post-treatment, they may experience altered sensations.

Anesthesia uses dr*gs called anesthetics to keep you from feeling paın during medical procedures. Local and regional anesthesia numbs a specific area of your bødy. General anesthesia makes you temporarily unconscious (fall asleep) so you can have more invasive surgeries. Sedation: Also called “twilight sleep,” sedation relaxes you to the point where you’ll nap but can wake up if needed to communicate. General anesthesia: This treatment makes you unconscious and insensitive to paın or other stimuli, and will put the patient to sleep during the procedure so that you are asleep during the surgery. This type of anesthesia puts you into a deep sleep and you won’t be aware of or feel anything during the surgery. Once the procedure is over, the anesthesia will wear off and you’ll gradually wake up. They will not feel any paın or discomfort during the procedure and will not remember anything afterwards. Most people experience some level of loopiness after because the surgery involves anesthesia, which can cause side effects like dizziness and confusion. Source https://webdmd.org/what-kind-of-anesthesia-is-used-for-wisdom-teeth-removal/

Not ALL snoring is harmful. The reasons for snoring stem from the relaxation of throat muscles when you sleep. Less airway volume can mean that the relaxed throat vibrates when you breathe. It’s the universal cause of snoring (harmful or normal) The tongue is one of the main factors in snoring and sleeping with mouth open. During sleep, the muscles in the back of the mouth, nose, or throat become relaxed and breath flowing through the airway causes them to vibrate or flap. When you go to sleep, the primary muscles of your tongue and your throat relax. For you to keep your airway open, support muscles for the throat must hold firm. Not all snoring is sleep apnoea. Breathing noise or ‘snoring’ can be normal. The restricted airflow results in a rumbling, rattling sound that occurs when air flows past the relaxed tissues. Snoring sounds range from quiet whistling or vibrating to a loud grumbling, snorting, or rumbling. It results when the upper airway, specifically the throat and the nasal passage, vibrate from turbulent airflow during breathing while asleep. This commonly affects the soft palate and uvula, the tissue that hangs down at the back of the throat. Narrowing at the base of the tongue may also play a role. The root cause of snoring is when the air you’re breathing doesn’t flow smoothly through your nose and/or throat when you’re sleeping. Instead, it bumps into the surrounding tissues, which causes a vibration. The resulting vibration makes the snoring sound as you breathe. Your tongue position may also play a part. Snoring is caused by things such as your tongue, mouth, throat or airways in your nose vibrating as you breathe. It happens because these parts of your body relax and narrow when you're asleep. Sometimes it's caused by a condition like sleep apnoea, which is when your airways become temporarily blocked as you sleep. Snoring is the sound that air makes when it passes across the relaxed or loose tissues of the upper airway.

5 Min Read|At one stage or another, have woken up to the sensation of a wet pillow clinging ever so slightly to. Why does this happen? Why some sleep with mouths open? And, can it be prevented? What’s left of any extra saliva that fled your mouth while you were sleeping is drool. During the day we naturally swallow any saliva produced in our mouth while at night this process is meant to slow down. But for the unlucky, dribbling continues at a rapid pace throughout the night. In fact, there’s even a name for the condition of producing too much saliva: sialorrhea. Your sleep position can greatly impact how much you drool. If you sleep on your front or side, your mouth is likely to hang open, letting saliva drip freely. Whereas if you sleep on your back, the saliva will pool at the back of your throat and activate your swallowing reflex. Also you are unconscious when this happens to it’s tricky to know for sure if you tend to open your mouth during the night, but if you are a mouth breather, you are likely going to dribble, and you may find your pillow is wet regularly. In general, you will breathe through your mouth if your nose is failing to provide enough oxygen to your body, so your lungs opt for Plan B and use your mouth for air, which is when saliva takes chance at a quick escape. You may also open your mouth throughout the night due to stress and anxiety as it activates your sympathetic nervous system. If you can’t breathe easily through your nose, you’re likely to open your mouth for air.

Mental confusion, also called delirium, is a change in a person’s awareness. Confusion affects how a person thinks, sees the world around them, and remembers things. The main signs of mental confusion or delirium are sudden changes in awareness. A person with confusion or delirium might suddenly get very sleepy and unaware of their surroundings or act very upset. Hypoactive, or low activity. Acting sleepy or withdrawn and "out of it." Hyperactive, or high activity. Acting upset, nervous, and agitated. Mixed. A combination of hypoactive and hyperactive confusion. The main symptom is a change in general awareness and consciousness. This may include: A shorter attention span Trouble remembering things, writing, or finding words Speech and thoughts that do not make sense Not knowing where they are, what day it is, or other facts Mixing up day and night and difficulty sleeping Personality changes, restlessness, anxiety, depression, or irritability Seeing things that others do not (hallucinating) or believing things that are not really happening (delusions)

There are different types of sedatives that use to numb you, each serving a different purpose. IV Sedation IV means intravenous. It means the doctor ınjectıons the drvg straight into your bloodstream. Dentists often use IV because of it's excellent success rate. After ınjectıons, it puts the patient in a ‘twilight sleep’ state. IV sedation is the typical option. This is what can happen to a patient on IV: IV sedation dentistry produce either partial or full memory loss during the dental procedure. This means time will seem to pass very quickly and you will not recall much of what happened. The patient is awake and aware of the surroundings. They are also responsive. The patient feels comfortable and relaxed throughout the whole procedure. So relaxed, in fact, that they might not be aware they’re undergoing one. It causes temporary amnesia and a state of ‘h͞igh’. There’s a reason IV is a popular option in dental operations. It works, and it works like a dream (pun intended). But for it to be effective, the patient must fast before coming in. Coming in with a full stomach can render the drvg ineffective. Most people who receive IV sedation dentistry fall asleep and have little to no memory of their treatment when they wake up. Inhalation Sedation Inhalation Sedation: This introduces a state of relaxation. This is a conscious sedation method that is fast-acting and with few side effects. Contrary to popular belief, inhalation sedation gas doesn’t make you burst into a giggle fit. It is a light anesthetic unlike IV. It also doesn’t work as well, but it still gets the job done for a quicker and relatively painless experience. This is what happens if you’re sedated using laughing gas: The patient experiences a euphoric sensation much like that with IV. But the effects are not as pronounced as the former. Laughing gas may cause a bit of amnesia, but the patient will still be remembering most of the procedure. It can make a patient dizzy, but they can still be awakened. Those who might have concerns about laughing gas can rest easy. It’s mild in comparison to IV, so you won’t be laughing out of control like anytime soon. Different sedation options offer varying levels of effects. Say, if you know you’re going for IV, ask somebody to accompany you. IV is potent enough to render you unable to go home on your own. General anesthesia is a type of unconscious sedation. In other words, you’ll be completely unconscious during the procedure. You’ll be asleep when you’re under sedation and not feel any paın during your treatment. It’s like taking a nap! Some sedation makes you quite groggy, and you may even fall asleep. But you’ll still be able to communicate with your dentist if necessary, and you’ll awaken with a gentle nudge. Because sedation temporarily affects your memory and motor skills, you’ll need a friend or family member to drive you home after your procedure.