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Home CPAP product reviews and other helpful tips for CPAP users! medistrom lite

CPAP product reviews and other helpful tips for CPAP users!

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Recent Articles

  • Initial Thoughts on the ResMed's new AirTouch N30i CPAP Mask May 08, 2025
  • The Science Behind Improved Sleep with a New Generation CPAP Mask April 16, 2025
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You’re sleeping all wrong

February 01, 2017

Sleep is the one part of life we might hope could remain blissfully free from trends. So when Gwyneth Paltrow wrote recently that she practises “clean sleeping”, and credits it as an even more powerful determinant of her appetite and energy levels than her diet, you may have been tempted to roll over and pull the pillows over your head.

Paltrow wasn’t advocating anything new, from a doctor’s perspective. “What she’s referring to is what the medical community would call sleep hygiene,” explains Dr Laura Lefkowitz, who contributed to the sleep chapters in Paltrow’s new book, Goop Clean Beauty. This simply means adopting good habits that help the body sleep and avoiding bad ones, like using your phone before bed or eating too late. “It’s how you take care of sleep, how you ensure a good night’s sleep day after day, which is so important for every vital function,” Lefkowitz explains.

This is unlikely to come as news to many of us. But while good sleep hygiene might seem like common sense, a whopping 39 per cent of people in England are suffering from disrupted sleep or insomnia symptoms at any one time, according to the most recent data from the British National Psychiatric Morbidity Survey — a figure that has been steadily increasing over the past 15 years. Now that research has connected lack of sleep to everything from heart disease to anxiety and burnout, say the experts, we need to stop taking it for granted and start treating it as a serious mental and physical recovery period.

“Our brains effectively wash away their waste toxins during sleep,” explains sports sleep coach Nick Littlehales, the author of a new book, Sleep. “Failure to get enough sleep and clear out these toxins is linked to a host of neurological disorders, including Alzheimer’s.”

At any given point in time, a person who gets an average of less than six hours a night has a 13 percent higher mortality risk than someone who sleeps between seven and nine hours, says a study by the not-for-profit research organization RAND Europe.

Why are we sleeping so badly?

Modern life is full of factors that aren’t conducive to a good night’s rest. RAND Europe interviewed 62,000 people over the past two years and found that current smokers, for example, sleep, on average, five minutes less per day than non-smokers; while those without dependent children under 18 living in the same house sleep 4.2 minutes more per day than those with children. Even your commute can affect your kip: if your journey to work is between 30 and 60 minutes (one-way), you will likely sleep 9.2 minutes less per day than someone commuting for up to 15 minutes.

On a night-by-night level, meanwhile, a study by Loughborough University’s Clinical Sleep Research Unit found that 42 per cent of people said their partner snoring was the main thing keeping them from sleeping (in America, a quarter of couples now say they sleep better alone than with their partner). But if this is your main source of nightly frustration, fear not: a new bed might be about to change your life. The Sleep Number 360 Smart Bed, due to go on sale this year, can detect snores and will raise the sleeper’s head a few degrees in response, clearing the airways.

Besides snoring, 55 per cent said that getting up to go to the bathroom was what kept them awake at night. An old, uncomfortable bed was the next most common problem and 23 per cent said that a partner using an electronic device in the bedroom was what stopped them drifting off. All the above are common examples of poor sleep hygiene habits, according to Dr Lefkowitz – and we need to clean them up in order to train our bodies to sleep better.

How do I start getting better sleep?

According to Littlehales, working out what type of sleeper you are is a fundamental piece of the puzzle. “We’ve talked about owls and larks and so on, and we’ve always been aware that some people are better in the mornings, but now we know there’s a little genetic twist that determines our sleep characteristic.” This is your “chronotype”, he explains, and it governs what time your body naturally wants to do things such as waking up, having breakfast, exercising and going to bed. In Littlehales’s book, we’re all naturally “AM-ers” or “PM-ers”, no matter how much we try to disguise it with our job or lifestyle choices.

Take an online test to determine your type, such as the University of Munich Chronotype Questionnaire, but you probably already have an idea: PM-ers rarely prioritise breakfast, for instance. Don’t try using your chronotype as an excuse, however – the variation between types is usually only a couple of hours; very few people naturally want to wake up at noon.

Armed with this knowledge, says Littlehales, you can (in theory) organise your life around your inner hourglass, making sure that, if you are a PM-er, you go to bed later and wake up later if that’s what makes you feel best, and vice versa if you are in the AM camp. Your manager, of course, may take a dim view of this behaviour – but workplaces should take this more seriously, Littlehales thinks, at the very least acknowledging different chronotypes. “Instead of having desk hierarchies where the more senior people get the window seats, allocate them to the PM-ers struggling through their morning and the AM-ers for their afternoon, because daylight helps PM-ers’ slow body clocks catch-up more quickly.”

But how many hours do I actually need?

Perceived wisdom says eight a night; Lefkowitz claims that nine is the magic number and Paltrow says she aims for a quite unlikely-sounding 10. The average person in Britain, however, manages to get just over six-and-a-half hours per night, with over a third getting between five and six hours.

It’s an individual thing, the experts say. But recent research suggests that we should forget counting down the hours and start thinking about sleep according to the cycles it works in.

“The brain has a pattern of sleep. It’s not like you just fall asleep and hour one is the same as hours two and three and five and nine,” says Lefkowitz. “It goes through cycles. Within each there is what we call non-REM [Rapid Eye Movement] sleep, and then REM sleep.”

Non-REM sleep has three parts, which Littlehales calls dozing-off, light sleep and deep sleep. The latter is the most important phase, when the brain produces delta waves and the body cleans and resets itself. REM sleep follows, during which time the brain is firing up its neurons, making new connections and processing what happened during the day.

The time it takes for a person to go through one sleep cycle under clinical conditions, says Littlehales, is 90 minutes.

In the first part of the night the non-REM periods in each cycle are long. They get shorter towards the early morning hours as the REM periods get longer, and just before you wake up, you get almost no deep sleep. This means that if you can sleep for longer, you will complete more cycles and every part of the brain and the body has its time to recuperate. Lefkowitz’s nine hours is the equivalent of a healthy six 90-minute cycles.

This being said, it is possible to have too much sleep. “Probably more than 10 hours of sleep starts to have a detrimental effect,” says Lefkowitz.

“Over 10 hours of sleep starts affecting hormone function and makes the body too slow-functioning. But usually the body at older

ages won’t let you go that long, unless you are under the influence of drugs or alcohol, or you are sick.”

Can’t I train myself to need less sleep?

Yes, although it’s not so much about getting less overall but getting less all at once. Until Thomas Edison invented the light bulb, people used to sleep for a couple of shorter periods, Littlehales points out. Evidence suggests that up until Victorian times people tended to have a “first and second” sleep, dozing initially after dusk, then waking up for a couple of hours in which they were fairly active, perhaps reading or performing special “between-sleep” prayers, before falling asleep for a second stint.

As part of his work with sports stars, Littlehales assesses their timetables and integrates sleep in chunks of 90-minute cycles. “I’ll say OK, we can grab three cycles there, two cycles here, one in the afternoon, five at night, six over there; how many is that over seven days? Combined with a good pre- and post-sleep routine, we’re fine with that, off we go.”

This kind of extreme sleep scheduling doesn’t work overnight, he says: you need to train your body to do it. But once you’re in a good sleeping routine, most people can theoretically add or take out a 90-minute cycle or two and see how they cope.

THE CRUCIAL SLEEP HYGIENE RULES:

1 Fix your wake-up time

“The number one most important predictor of sleep hygiene and improving sleep is when you wake up,” says Lefkowitz. “If you get into a habit of having trouble falling asleep and going to sleep at different times at night, it’s really hard to reset the body’s circadian rhythm. The first thing to do is set your wake-up time. Every day of the week you should be getting up within 20 minutes of the same time.” Once you’ve worked out what time you can realistically wake up each day, count backwards from that in 90-minute cycles to work out your bedtime. If you miss it one night, you’re better off waiting until the start of the next cycle and just getting one less overall than falling asleep straight away.

2 Eat for sleep

“If you eat a high-sugar diet and your body’s blood sugars are going up and down throughout the day, or you eat sugar or drink alcohol before you go to bed, a few hours into sleep your blood sugar drops and your body wakes you up to rescue itself,” explains Lefkowitz.

As well as limiting sugar and alcohol, you should finish eating and stop drinking any liquids at least two hours before sleep to avoid night-time trips to the bathroom.

After a meal, body and brain are busy working on digestion which means that they aren’t as calm as they should be for sleep.

3 Set up a sleep-promoting bedroom

Body temperature naturally drops in the evening so make sure your duvet isn’t too warm or too cold to wake you up. Keep your bedroom cool: just over 18C/65F is recommended. Avoid blue light, which triggers production of melatonin and serotonin, the hormones that control our wakefulness and sleepiness. Sources include digital screens and fluorescent and LED lighting. You don’t have to be in a blackout before bed however; warm-colour lights, like red or orange bulbs or candlelight, are fine.

Silence is also key. “Men and women are sensitive to different kinds of sounds when they sleep, with some research showing that women are listening out for crying babies, dripping taps, and rowdiness, while men are more attuned to car alarms, howling wind, and buzzing flies,” says Professor Richard Wiseman in his guide to sleep, Night School.

4 Don’t fall for the marketing

Forget spending a fortune on mattresses or pillows that claim to offer the best night’s sleep you’ve ever had, says Littlehales. For a start, these products are part of an industry that is not heavily regulated. “The reality is we are designed to sleep anywhere, on anything and we do it on trains and sofas, when we go camping, or even hanging off the side of a mountain in a sack,” he says. “All the statements that people make about what these products are going to do is the biggest misconception you’ve ever come across.”

5 Embrace the nap

Even the shortest snooze causes significant improvements in people’s mood, reaction time, and alertness, concluded a 2009 review of the huge amount of psychological work on napping. But how long should you nap for? Scientists still can’t agree. A team of researchers at the University of Pennsylvania recently ran a study involving 3,000 elderly Chinese people, who were each given a range of mental ability tests. Those who took an hour-long nap after lunch performed better, but if the nap was longer or shorter they performed significantly worse.

Littlehales suggests a daily 20-30 minute “zone-out” period in a quiet corner. Nasa agrees: research on its pilots has also shown that a 26-minute nap during a flight (while a co-pilot is on duty) can enhance performance by 34 per cent and alertness by 54 per cent. It should take place after lunch – between 1pm and 3pm is a natural sleep window for most – and it doesn’t even matter if you don’t fall asleep: the disconnection from daily life is enough to boost your brain’s productivity.

So nap away: and if you need to feel wide awake directly afterwards, advises Wiseman, knock back a coffee before you doze off. “The caffeine will start to work its magic about 25 minutes later, just as you are waking up.”

———

WHO ARE THE WORST SLEEPERS, MEN OR WOMEN

Officially, women. In November, a joint survey by Loughborough University’s Clinical Sleep Research Unit and Sealy, the world’s biggest bed maker, showed that men in the UK get an average of 28 minutes less sleep per night than they feel they need to function effectively the next day, amounting to five days lost per year. For women, the figures double: women are down 56 minutes’ sleep each night, totalling 10 days a year. This is particularly bad news given that women need 20 minutes more sleep per night than men, according to sleep neuroscientist Professor Jim Horne, because they tend to use more of their brains than men do.

———

DO SLEEP TRACKERS ACTUALLY WORK?

The wearable tracker industry is predicted to be worth $5?billion by 2019. But can they accurately assess your sleep? “The problem with many of the wearables and apps available for use at home is that they provide their information through an accelerometer, which basically captures motion,” says Littlehales.

“Moving a lot indicates light sleep; no movement, deep sleep.” They can’t, of course, distinguish between interruptions caused by a cat jumping on the bed, say, or a partner moving, although wearables are better than apps at this. Littlehales is of the opinion that their main value is in getting people talking about sleep, and providing some education about sleep cycles. “Only a polysomnogram – in which things like brainwave activity, eye movement and muscle movement are monitored – can accurately record the stages within sleeping cycles,” he says.

  Olivia Parker, The Telegraph | January 31, 2017 

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What is Sleep Apnea?

March 19, 2015

The most common sleep breathing disorder is Obstructive Sleep Apnea (OSA), which is caused when the upper throat muscles relax too much during sleep, cutting off or restricting the airway. (1-4) These episodes, which also cause the oxygen level in the blood to drop, last from 10 seconds to a minute or longer. (2,3) The brain registers lack of oxygen and the individual wakes up just enough to open the throat and begin breathing again, starting the cycle over. Most of the time, individuals don’t remember these episodes in the morning, but they severely disrupt the restorative effects of sleep. (3) People with moderate or severe sleep apnea may be waking up hundreds of times every night without knowing it. (2) Officially, about 4 percent of men and 2 percent of women in the United States have sleep apnea, but research shows that many more people are living with it. (1,3) One estimate put numbers at 24 percent in men and 9 percent in women; another said nearly 14 percent of adults have the disorder. (6)

“Sleep apnea is a major health concern worldwide,” says Edward Grandi, executive director of the American Sleep Apnea Association. “It’s common but under-diagnosed, and the effects of untreated sleep apnea can be quite serious.” Signs and symptoms of obstructive sleep apnea include loud and frequent snoring, including choking or gasping during sleep, sleepiness or fatigue during the day, and difficulty concentrating. (1,4,6) OSA doesn’t just cause annoying tiredness; it’s also the cause of several serious health problems. Untreated sleep apnea can cause or contribute to heart conditions such as heart attack, heart rhythm disorders and high blood pressure; it’s also associated with stroke, epilepsy and diabetes. (1,3,4) Poor alertness due to lack of quality sleep can cause reduced concentration, decreased productivity at work or school, and even motor vehicle accidents. (4,6)

TESTING AND TREATMENT

Sleep apnea is diagnosed using an overnight polysomnogram (PSG), or sleep study. (1,2,3) A PSG is conducted overnight at a sleep laboratory. Several monitoring devices continuously measure breathing, blood oxygen levels, heart rate, limb movements and more. For adults, if breathing stops or is reduced more than five times per hour, OSA is diagnosed.  Even a mild case of OSA can cause health problems, but people with severe obstructive sleep apnea wake up more than 30 times every hour. (1,3) Other tests can support an OSA diagnosis, such as unattended polygraphy, which is conducted at home, or pulse oximetry, which monitors blood oxygen levels. (1,2,3) However, an overnight PSG in an accredited sleep center is considered the definitive test.

(1,2) The most effective treatment for OSA is the application of continuous positive airway pressure, or CPAP. A CPAP machine forces pressurized air through a nose or facial mask, preventing the limp muscles at the back of the throat from closing off the airway. (3,4) (See more information on CPAP in the Q &A below.) Sometimes, treatment can be a device for the mouth that helps keep the airway open (oral appliance). (1,3) Surgery may be an option in some cases. The doctor may also recommend lifestyle changes, such as weight loss, decreasing alcohol and caffeine, and quitting smoking. (3) “The ‘Breathe easy, sleep well’ theme of World Sleep Day 2012 is timely,” says Grandi. “Obstructive sleep apnea and other breathing-related sleep problems are fairly simple to diagnose and treat, but recognition of the problem needs to come first.”

Q & A: CPAP

Continuous positive airway pressure application is the gold standard treatment for obstructive sleep apnea, but there are many variations and customizations available. Here, two world leaders in sleep medicine, Antonio Culebras, M.D., and Liborio Parrino, M.D., answer the most common questions about the therapy. Dr. Culebras is professor of neurology at SUNY, Upstate Medical University, Syracuse, New York; Dr. Parrino is assistant professor of neurology at Parma University, Italy.

Q. What is CPAP?

Dr. Culebras: Continuous positive airway pressure applies a constant stream of air pressure to the throat, working as an air splint that helps keep the airway open during sleep. (3,4) It also improves lung function, decreases the work of breathing during sleep, and improves heart function in people with obstructive sleep apnea. (4)

Q. What are the benefits of using CPAP for obstructive sleep apnea?

Dr. Parrino: Not only does CPAP reverse or correct many of the signs and symptoms of sleep apnea, such as sleepiness and snoring, but it also decreases the risks of associated conditions. Studies have shown that CPAP can lower blood pressure, decrease insulin resistance, and lower the risk of heart attack, stroke and epilepsy in people with obstructive sleep apnea. (1)

Q. Are there different kinds of CPAP?

Dr. Culebras: Yes, there is standard CPAP, auto-CPAP and bi-level PAP. The standard CPAP delivers a constant level of air pressure. The auto-CPAP takes into account that the need for air pressure can vary throughout the night depending on sleep position, stage of sleep and other factors. The auto-CPAP measures how much air pressure is needed to keep the throat open and adjusts accordingly. The bi-level positive airway pressure, or bi-PAP, has two levels of adjustable pressure: higher pressure while inhaling, and lower pressure while exhaling. The auto-PAP and bi-PAP options can be tried if adjusting the pressure settings on a standard CPAP do not  alleviate discomfort. (1,3,4)

Q. What other modifications are available?

Dr. Parrino: CPAP has become highly customizable, with more options available than ever before. There are literally hundreds of CPAP masks available, including many different variations of straps, tubes and apparatuses that fit to the face differently. Some masks can be worn like a hat; some don’t have straps at all, while others cover the entire face. Some only have what are called nasal pillows instead of a mask; even cloth masks are available for people whose skin is sensitive to plastics. (1) Dr. Culebras: CPAP is the best therapy for obstructive sleep apnea, but the most significant challenge is to ensure that patients are actually using it. If people find it uncomfortable or otherwise difficult to use, CPAP use can become inconsistent. In addition to the many mask options, there have also been advances in technology to make CPAP machines smaller, quieter and overall more friendly. Certain medications can be prescribed for some patients to help with comfort. Sometimes using an auto-PAP or bi-PAP can help, as can adding humidification to the machine to replicate the nose’s job of warming and humidifying the air. (1,3)

Q. How can I find the right CPAP for me?

Dr. Parrino: An accredited sleep laboratory is the first place to start. The sleep medicine specialist who interprets the sleep study results and discusses treatment options will also follow up later, making adjustments to masks, equipment and medication as appropriate. Many sleep laboratories allow patients to try out several masks before purchasing to find the best, most comfortable option for them. (1,3)


ADVANCES IN CPAP HUMIDIFICATION TECHNOLOGY

Why is heated humidification such an effective tool in CPAP treatment? Up to 75 percent of those using non-humidified CPAP report a dry, congested and sore nose and throat. (7,8) The use of a heated humidifier with CPAP has been shown to: -Increase compliance  (9-1) -Decrease abandonment of CPAP therapy (10,11) -Decrease nasal symptoms (12-14) -Decrease mouth leak  (15) For many people, heated humidification makes CPAP a more natural and comfortable experience; for others, it is about more than just a comfort. The following criteria make patients more likely to require heated humidification: -Patients over 60 years are five times more likely to require heated humidification. (9) -CPAP users taking two or more medications are six times more likely to require heated humidification. (9) -Patients with chronic mucosal disease (defined as subjective chronic nasal obstruction, chronic sneezing, nasal discharge and postnasal drip, abnormal appearance of the turbinate mucosa, and polypsis) are four times more likely to require heated humidification. (9) -Patients who have undergone uvulopalatopharyngoplasty surgery are four times more likely to require heated humidification. (9) Even if a patient doesn’t fit into any of the categories listed above, he or she may still benefit from heated  humidification.  Mouth leak on CPAP treatment has been shown to occur for up to 31% of total sleep time. (15) Even relatively minor or infrequent dryness may become a significant comfort issue.

 Why did humidity for CPAP treatment need revisiting? Conventional heated humidifiers (CHH), defined as any heated humidifier that does not employ a heated breathing tube, are a well-proven tool. However, like many new product introductions, there was considerable room for improvement. The amount of humidity that a CHH can provide to the patient is limited by ambient room temperature. As a result, a humidity setting that may have been perfectly tuned to the room temperature at the beginning of the night may cause water to accumulate in the CPAP tube as room temperature drops. The benefits of the humidifier may be outweighed by the issues that result from condensation. The advent of the heated breathing tube resolved many of these problems. 

REFERENCES
  1. Park JG, Ramar K, Olson EJ. Updates on Definition, Consequences, and Management of Obstructive Sleep Apnea. Mayo Clin Proc. 2001;86(6):549-555.
  2. Sunitha C, Aravindkumar S. Obstructive sleep apnea: Clinical and diagnostic features. Indian J Dent Res 2009; 20:487-491
  3. Foster E. Uncovering Sleep Apnea Misconceptions. The Nurse Practitioner 2008;33(6): 23-28.
  4. Theerakittikul T, Ricaurte B, Aboussouan LS. Noninvasive positive pressure ventilation for stable outpatients: CPAP and beyond. 2010;77(10): 705-714.
  5. WASM, World Sleep Day 2012 Toolkit.
  6. Chan J et al. Am Fam Physician 2004; 69(5): 1147-54.
  7. Constantinidis J et al. Acta Oto-laryngologica 2000; 120(3): 432-7.
  8. Pépin JL et al. Chest 1995; 107(2): 375-81.
  9. Rakotonanahary D et al. Chest 2001; 119(2): 460-5.
  10. Kline L & Carlson P. Sleep 1995; 22(suppl): S230.
  11. Massie CA et al. Chest 1999; 116(2): 403-8.
  12. Koutsourelakis I et al. Eur Respir J 2010.
  13. Ruhle KH et al. Sleep Breath 2010: [ahead of print].
  14. Mador MJ et al. Chest 2005; 128(4): 2151-8.
  15. Martins de Araújo MT et al. Chest 2000; 117(1): 142-7.
  16. Nilius G et al. Eur Respir J 2008; 31(4): 830-6.
  17. Massengill JS & Lewis KL. Sleep 2009; 32(suppl): A217.
  18. VIP. Valley Inspired Products 2010: [testing].
  19. Almasri E & Kline LR. Sleep 2007; 30(suppl): A190.
  20. Powell. Sleep 2010; 33(suppl): A159.
  21. Powell. Sleep 2010; 33(suppl): A164.

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Disrupted sleep just as bad for mental health as getting four hours’ rest a night

October 17, 2014

 Sarah Knapton, The Daily Telegraph, National Post Wire Services Jul 10 3:26 PM ET

The quality of rest matters just as much as the quantity, a new study posits, and having disrupted sleep can have as much effect on mental health as only getting four hours a night.  It will come as no surprise to new parents struggling after a night of feeds, or to doctors on call, but being woken up briefly during an otherwise normal night of sleep is as detrimental as sleeping for just four hours.

 

‘Sleep is not an indulgence’: It’s arrogant to think you don’t need adequate rest, scientists say

“It’s not rocket science,” says Russell Foster, explaining how most of us are deprived of sleep and in need of an early night. No, but it is neuroscience — and as Professor of Circadian Neuroscience at Oxford University, he should know.

Foster is one of the U.K.’s leading experts on sleep, and an evangelical advocate of us all getting eight undisturbed hours each night, not just to improve our physical well being but our mental health, too.

Along with a group of other experts at Cambridge, Harvard and Surrey universities, he has put together a report on sleep and our body clocks, and one of his main conclusions is striking.

“We are the supremely arrogant species; we feel we can abandon four billion years of evolution and ignore the fact that we have evolved under a light-dark cycle,” he told the BBC.

Read more…

Researchers discovered that being woken from a deep slumber by a crying baby or an emergency call causes the same confusion, depression and fatigue as being severely sleep-deprived.

It means that even when people get a total of seven hours sleep a night, having that sleep regularly interrupted will leave them feeling as if they have slept for barely half that time.

Researchers at Tel Aviv University warned that such interruptions were likely to leave parents feeling bewildered, dejected and exhausted and could have a detrimental effect on on-call professionals, including doctors or firemen, impacting upon their attention span and ability to make decisions.

“The sleep of many parents is often disrupted by external sources such as a crying baby demanding care during the night,” said Professor Avi Sadeh.

“Doctors on call, who may receive several phone calls a night, also experience disruptions. These night wakings could be relatively short — only five to 10 minutes — but they disrupt the natural sleep rhythm. The impact of such night wakings on an individual’s daytime alertness, mood, and cognitive abilities had never been studied. Our study is the first to demonstrate seriously deleterious cognitive and emotional effects.”

The team studied 61 adults who were monitored at home using wristwatch-like devices that detected when they were asleep and awake.

The volunteers slept a normal eight-hour night, then experienced a night in which they were woken four times by phone calls every 90 minutes and not allowed to go back to sleep for 15 minutes. The students were asked each following morning to complete computer tasks to assess alertness and attention, as well as to fill out questionnaires to determine their mood.

Disrupted sleepers were found, on average, to be 24% more confused, 29% more depressed and 43% more fatigued

The experiment showed a direct link between disrupted sleep and poor attention spans and negative mood after only one night of frequent interruptions.

The volunteers were found, on average, to be 24% more confused, 29% more depressed and 43% more fatigued after broken sleep.

A second experiment in which volunteers were allowed to sleep for only four hours, showed similar results, suggesting regular night disruption has the same impact as getting only half the recommend eight hours of sleep.

“Our study shows the impact of only one disrupted night,” Sadeh said.

“But we know that these effects accumulate and therefore the functional price new parents — who awaken three to 10 times a night for months on end — pay for common infant sleep disturbance is enormous.

‘Besides the physical effects of interrupted sleep, parents often develop feelings of anger’

“Besides the physical effects of interrupted sleep, parents often develop feelings of anger toward their infants and then feel guilty about these negative feelings.”

Sadeh is currently researching interventions for infant sleep disturbances to reduce the detrimental effects of disrupted sleep on parents.

The team also hopes the findings will encourage employers to reassess shift work and staff being placed on call.

Michal Kahn, a co-author of the report, added: “Our findings bear relevance to substantial portions of the population whose sleep is regularly fragmented, including medical students, shift workers, military personnel and parents.

“Professionals as well as the general public should be aware of the detrimental effects of the various kinds of disruption in sleep on daily functioning and mood and consider countermeasures to minimize their consequences.

The study was published in the journal Sleep Medicine.

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