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Your Child

Concussion Symptoms Continue Long After Injury

2.00 to read

Symptoms such as headache, dizziness and blurry vision typically show up right after a child suffers a concussion. In a study from the emergency medicine division at Boston Children’s Hospital, researchers have found that emotional and mental symptoms, such as irritability and frustration may show up much later and hang around longer.

 "Patients and their families should expect the physical symptoms that they experience after a head injury to get better over the next few weeks, but that emotional symptoms may come on later, even as the physical symptoms subside," said lead researcher Dr. Matthew Eisenberg.

"Only by knowing what symptoms can be expected after a concussion can we help reassure patients and families that what they experience is normal, know when to seek additional help, and make sure that children are taking appropriate precautions in regard to school and sports to achieve a full recovery," Eisenberg added.

For the study, 235 children and young adults, ages 11 to 22, who were treated for concussion at a pediatric ER, answered questionnaires about their injury and were followed for three months after their visit. Patients were monitored until all their symptoms were gone. During that time they were asked about symptoms, sports activity and school and athletic performance.

The most common physical symptoms were headache, dizziness and fatigue, which tended to start right after the injury and got better over time. Researchers found that most of the children also had mental symptoms, such as difficulty concentrating and taking longer to think.

Eisenberg’s team noted that a majority of the children recovered within two weeks, however, 25 percent still had headaches a month after their injury. More than 20 percent said they were fatigued and 20 percent reported taking longer to think.

For many, emotional symptoms -- such as frustration and irritability -- were not as common right after the injury, but developed later, the study authors noted.

Dr. John Kuluz, director of traumatic brain injury and neurorehabilitation at Miami Children's Hospital, said, "It takes longer than people think to fully recover from a concussion. My experience is that kids who still have symptoms two weeks after a concussion are going to have a very hard time, and it's going to be a struggle to get them to the point where they have no symptoms."

Kuluz recommends that parents make sure concussion symptoms are not ignored and their kids receive prompt and continued treatment. He suggests physical therapy to work on balance and helping with any vision problems.

He also recommends keeping children out of school for a couple of days after the injury and then gradually letting them get back to normal activities.

Kuluz tries to get kids back to school for half a day or as much as they can tolerate until they get better. Children should not start sports again until all symptoms have disappeared and then only gradually, he added.

This study was published online and in print in the journal Pediatrics.

Another recent study looked at the effects of concussion and years of repeated hits to the brains of college football players.

Researchers found that players who had been diagnosed with concussions and those who had been playing football for years had smaller hippocampuses – a part of the brain that is critical to memory. A smaller hippocampus has been linked to depression, schizophrenia and chronic traumatic encephalopathy (CTE).

The symptoms of CTE, which tend to set in years after the last traumas, often include memory loss, aggression and dementia.

“Boys hear about the long-term effect on guys when they’re retired from football, but this shows that 20-year-olds might be having some kind of effect,” said Patrick Bellgowan, the study’s senior author from the Laureate Institute for Brain Research in Tulsa, Oklahoma.

Concussion studies seem to be popping up everywhere, and for good reason. For too many years, a concussion injury wasn’t given much attention. The common train of thought was that if you play rough sports and you get hit - you shake it off and get back in the game. That philosophy applied whether you were 10 or 30 years old.

Then professional players began to exhibit early onset dementia and depression. Teens began to complain of constant headaches and feeling out of sorts. College players had difficulty concentrating and vision problems.

Parents demanded answers and researchers began looking at concussion and its long-term impact on the brain. The new studies shed a bright light on why these symptoms were troubling.

Most young athletes will not become professional players in their chosen sport or even play on college teams. Eventually, the helmets and pads will be passed on to the next group of excited young athletes and children will choose other activities or graduate into   the “real world”.

What these types of studies tell us is that long after the games are over, children who suffer concussions may experience serious long-term effects.

The symptoms can be so similar to typical teen behavior that they get overlooked. Kids get headaches, they get tired, they forget things and they have emotional outbursts. But if your child has suffered a concussion or even a very hard hit and you notice these symptoms don’t go away, take him or her to see a concussion specialist. They may or not be related to a more serious brain injury, but a missed opportunity for treatment may change your child’s future in ways that no one ever expected.

Sources: Steven Reinberg, http://consumer.healthday.com/general-health-information-16/injury-health-news-413/kids-concussion-symptoms-can-linger-long-after-injury-687715.html

Andrew M. Seaman, http://www.reuters.com/article/2014/05/13/us-brain-health-football-idUSKBN0DT24720140513

 

 

 

Your Teen

Kid's Poor Sleep Habits and Depression

1.50 to read

A 2010 study of 392 boys and girls published online in the Journal of Psychiatric Research found that those who had trouble sleeping at 12 to 14 years old were more than two times as likely to have suicidal thoughts at ages 15 to 17 as those who didn't have sleep problems at the younger age.Scientists are discovering that children with chronic sleep problems are at increased risk for developing a mental illness later in life.

Recent studies show that children who have persistent sleep problems, such as difficulty falling asleep or staying asleep, or not getting enough night-time shut-eye, are more likely later to suffer from depression and anxiety disorders and to abuse alcohol and drugs than kids without sleep problems. The findings add to previous research that has linked children's sleep problems to a host of issues, including aggressive behavior, learning and memory problems and obesity. A 2010 study of 392 boys and girls published online in the Journal of Psychiatric Research found that those who had trouble sleeping at 12 to 14 years old were more than two times as likely to have suicidal thoughts at ages 15 to 17 as those who didn't have sleep problems at the younger age. In a study published last year in Alcoholism: Clinical and Experimental Research, involving 386 participants, children whose mothers reported that they were overtired when 3 to 8 years old were 2.8 times as likely to binge drink when they were 18 to 20 years old. And a study of 1,037 children revealed that 46% of those who were considered to have a persistent sleep difficulty at age 9 had an anxiety disorder at age 21 or 26. By comparison, of the children who didn't have sleep problems at age 9, 33% had an anxiety disorder as young adults, according to the research, which was published in 2005 in the Journal of Abnormal Child Psychology. Scientists caution that some study-sample sizes are small and research is still in its early stages. Psychiatrists and psychologists say they hope that by addressing sleep problems in childhood, some of the instances of later mental illness can be prevented. Clinicians also have developed effective treatments for poor sleep and are experimenting with some new approaches that teach kids how to reduce the frequency and strength of anxious thoughts that can crop up at night. In general, doctors do not recommend using medication to help kids sleep. "We think that healthy, optimal sleep may be a buffer against developing anxiety and depression in kids," says Ronald E. Dahl, a professor at the University of California, Berkeley and a leading researcher on pediatric sleep. Anxiety disorders and depression are the most common mental illnesses: 28.8% of the general population will have an anxiety disorder in their lifetime and 20.8% will have a mood disorder, according to a 2005 study published in the Archives of General Psychiatry. Anxiety disorders emerge early in life: The median age of onset is 11, according to the study. Rates of depression spike in adolescence, too. And those who develop depression young tend to have a more serious disease, with a higher risk of relapse. Scientists aren't certain as to why poor sleep in childhood increases the risk of anxiety disorders and depression. It could be that sleep problems lead to changes in the brain, which, in turn, contribute to the psychiatric illnesses, they say. Or some underlying issue, partly explained by genetics and early childhood experiences, could be a precursor to both poor sleep and the mental disorders. Researchers say that before puberty—between the ages of about 9 and 13—is a key time to tackle poor sleep. That's before the spike in rates of depression and the upheavals of adolescence and while the brain is still very responsive. "The brains of children are far more plastic and amenable to change," says Candice Alfano, assistant professor of psychology and pediatrics at Children's National Medical Center in Washington, D.C. Sleep changes dramatically after puberty: Circadian rhythms shift so kids naturally stay up later. With schools starting early, kids often don't get enough sleep. Academic and social pressures surge, too. A small study suggested healthy sleep may be able to help protect kids from depression—even those at high-risk because of genetics. (Both anxiety disorders and depression are believed to be partly inherited.) The study, published in 2007 in the journal Development and Psychopathology, found that children who fell asleep quicker and spent more time in the deepest stage of sleep were less likely to develop depression as young adults. A larger body of research shows that improving sleep in kids and adults who already have mental-health problems also leads to a stronger recovery. A Good Night Most parents underestimate the amount of sleep children should get a day. They need: Infants: 14 to 15 hours Toddlers: 12 to 14 hours Preschoolers: 11 to 13 hours School-age kids: 10 to 11 hours Teenagers: 9 to 10 hours Strategies to encourage healthy sleep in kids Set a regular bedtime and wake time, even on weekends. Make the bedroom a dark and quiet oasis for sleep. No homework in bed. Create a calming bedtime routine. For younger kids: a bath and story. For older kids: Reading or listening to mellow music. Limit caffeine consumption, especially after 4 p.m. Ban technology (TV, Web surfing, texting) in the half hour before bed. The activities are stimulating. The light from a computer can interfere with the production of the sleep-promoting hormone, melatonin. Don't send kids to bed as punishment or allow them to stay up late as a reward for good behavior. This delivers a negative message about sleep. Help kids review happy moments from the day. Have them imagine a TV with a 'savoring channel.' Relegate anxious thoughts to 'a worry channel.'

Your Child

Bullied Kids at Risk for Health problems as Adults

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Being teased or humiliated by fellow classmates in school was once just a part of growing up for many kids. No one took it very seriously and children were basically told to either deal with it or physically fight back.

That began to change when bullying tactics changed from one-on-one painful snubs or pushing in the hallways to shaming and hateful social media taunts. All of a sudden everyone was in on the game and there was no where to hide or seek refuge from the never-ending onslaught of mean spirited and sometimes violent threats to a child’s very existence.

Bullying had reached a new stage of hurtfulness and too often the coping mechanism from children who were bullied was and still is suicide. Schools, parents and peers began to take notice and implement strategies to stop the bullying – at least in public environments.

Some of these strategies have been very effective and kids, as well as parents, are much more aware of the dangers that can come from bullying. However, there is always someone who thinks that they have a right to humiliate someone else. While it is more a reflection of the insecurity and abnormal personality of the person doing the bullying, the recipient still feels the pain and harbors the emotional damage to their self-value.

A new study looks at the possible future health hazards for children who have been bullied. Their findings reveal that adults who were bullied in childhood may be at an increased risk for obesity, heart disease and diabetes.

"Our research has already shown a link between childhood bullying and risk of mental health disorders in children, adolescents and adults, but this study is the first to widen the spectrum of adverse outcomes to include risks for cardiovascular disease at mid-life," said senior study author Louise Arseneault. She is a professor from the Institute of Psychiatry, Psychology and Neuroscience at King's College London.

"Evidently, being bullied in childhood does get under your skin," she said in a college news release.

The long-term study involved analyzed data from more than 7,100 people.  Participants in the study included all the children from England, Scotland and Wales that were born during one week in 1958. Their parents provided information on whether the participants were bullied at ages 7 and 11.

By age 45, more than one-quarter of women who were occasionally or frequently bullied during childhood were obese, compared to 19 percent of those who never experienced bullying, the study found. Both men and women who were bullied during childhood were more likely to be overweight.

Compared to those who weren't bullied, men and women who were bullied had higher levels of blood inflammation, putting them at increased risk for heart attack and age-related diseases such as type 2 diabetes, according to the researchers.

Like most studies, results didn’t show an actual cause and effect relationship, only an association or link between being bullied and future health risks.

"Bullying is a part of growing up for many children from all social groups," Arseneault said. "While many important school programs focus on preventing bullying behaviors, we tend to neglect the victims and their suffering. Our study implies that early interventions in support of the bullied children could not only limit psychological distress but also reduce physical health problems in adulthood."

Andrea Danese, a study co-author, pointed out that obesity and high blood inflammation can lead to potentially life-threatening conditions such as type 2 diabetes and cardiovascular disease. Taking steps to prevent these conditions is important, Danese said in the news release.

"The effects of being bullied in childhood on the risk for developing poor health later in life are relatively small compared to other factors," Danese added. "However, because obesity and bullying are quite common these days, tackling these effects may have a real impact."

Counseling coupled with family support for children who have been or are being bullied can offer tremendous value to helping a child disconnect with the hurtful words and actions of others. No one likes to be made fun of or taunted for some slight “imperfection”, but those kinds of things can linger in the mind and wear on one’s self-value. The sooner they are dealt with and put in their true perspective, the quicker one can let them go.

The study was published May 20 in the journal Psychological Medicine.

Source: Robert Preidt, http://consumer.healthday.com/kids-health-information-23/bullying-health-news-718/bullying-heart-disease-psych-med-kcl-release-batch-1756-699576.html

Your Baby

Eating Chocolate While Pregnant May Improve Mom and Baby’s Health!

1:45

 Put another check in the win column for a reason to eat chocolate - as though anyone really needs one!

 A new study suggests that moms-to-be that eat a small piece of chocolate every day may improve their baby’s cardiovascular health and reduce the risk for preeclampsia.

 Researchers found that their findings held up regardless of whether the chocolate consumed contained high or low amounts of flavonoids, a group of phytochemicals that have antioxidant abilities. Various studies have also suggested that flavonoids may offer heart health benefits.

 As with most studies, the research did not prove that eating chocolate during pregnancy caused better circulatory health in pregnant women and their babies, only that there was an association.

 "Our observations suggest that a regular small consumption of dark chocolate -- whether or not the level of flavanol is high -- from the first trimester of pregnancy, could lead to an improvement of placental function," said study author Dr. Emmanuel Bujold. He is a professor of obstetrics and gynecology at Universite Laval in Quebec City, Canada.

 Bujold's team decided to see whether differences in flavanol content had any effect on the pregnancies of nearly 130 women.

 All of the women in the study were at the 11- to 14-week mark of their pregnancy, and carrying one child.

 All were instructed to consume 30 grams of chocolate (a little more than one ounce) each day over a 12-week period. That's equivalent to about one small square of chocolate per day, Bujold said.

 Half of the women consumed high-flavanol chocolate, while the other half was given low-flavanol chocolate. All were then tracked until their delivery date.

 Regardless of which type of chocolate was consumed, the women faced the same risk for both preeclampsia and routine high blood pressure. Placental weight and birth weight was also the same in both groups, the investigators found.

 Similarly, fetal and placental blood circulation levels, as well as in-utero blood velocity, did not appear to be affected by shifting flavanol levels.

 However, simply consuming a small amount of chocolate -- no matter what the flavanol content -- was associated with notable improvements in all blood circulation and velocity measures compared to the general population, the researchers said.

 Bujold said this suggests that there's something about chocolate, apart from flavanol levels, that may exert a positive influence on the course of pregnancy. Finding out exactly what that is "could lead to improvement of women's and children's health, along with a significant reduction of treatment cost," he said.

 While that’s good news for chocolate lovers, Bujold cautions that pregnant women keep the portion small and calorie intake low.

 So, a bit of chocolate daily while pregnant is not going to hurt you, in fact it just may give you and your baby’s health a little boost.

 The findings were scheduled for presentation at the Society for Maternal-Fetal Medicine's annual meeting, in Atlanta. The data and conclusions should be viewed as preliminary until published in a peer-reviewed journal.

 Source:  Alan Mozes, http://consumer.healthday.com/vitamins-and-nutrition-information-27/food-and-nutrition-news-316/small-square-of-chocolate-each-day-during-pregnancy-may-help-mom-and-baby-707736.html

Your Child

Antibiotics Often Prescribed When Not Needed

2.00 to read

By now, most parents understand that antibiotics are not effective for viral infections, only for illnesses caused by bacteria.

However, that hasn’t deterred many physicians from over-prescribing antibiotics for children with ear and throat infections.

More than 11 million antibiotic prescriptions written each year for children and teens may be unnecessary, according to researchers from University of Washington and Seattle Children's Hospital. This excess antibiotic use not only fails to eradicate children's viral illnesses, researchers said, but also supports the dangerous evolution of bacteria toward antibiotic resistance.

"I think it's well-known that we prescribers overprescribe antibiotics, and our intent was to put a number on how often we're doing that," said study author Dr. Matthew Kronman, an assistant professor of infectious diseases at Seattle Children's Hospital.

"But as we found out, there's really been no change in this [situation] over the last decade," added Kronman. "And we don't have easily available tools in the real-world setting to discriminate between infections caused by bacteria or viruses."

 Doctors have limited resources when it comes to differentiating between bacterial or viral infections. Physicians can use the rapid step test to determine if the streptococcus bacteria is the cause of a child’s sore throat, but that is about it for immediate diagnostic tools.

Most colds are virus related and one of the first symptoms will be a sore or scratchy throat. It will typically go away after the first day or so and other cold symptoms will continue. Strep throat is often more severe and persistent.

A virus often causes ear infection as well. Many doctors treat ear infections as though they are bacterial to be on the safe side and avoid serious middle ear infections.

To determine antibiotic prescribing rates, Kronman and his colleagues analyzed a group of English-language studies published between 2000 and 2011 and data on children 18 and younger who were examined in outpatient clinics.

Based on the prevalence of bacteria in ear and throat infections and the introduction of a pneumococcal vaccine that prevents many bacterial infections, the researchers estimated that about 27 percent of U.S. children with infections of the ear, sinus area, throat or upper respiratory tract had illnesses caused by bacteria.

But antibiotics were prescribed for nearly 57 percent of doctors' visits for these infections, the study found.

Kronan hopes that the study’s results will encourage the development of more diagnostic tools and will spur doctors to think more critically about prescribing antibiotics unless clearly needed.

Previous research has shown that parents often pressure their doctor to prescribe an antibiotic to treat their child’s ear or sore throat symptoms. However, when parents are given other suggestions on how to alleviate the symptoms they have been much more receptive than when their doctor just flat out says he won’t prescribe antibiotics.

Many physicians and researchers are concerned that the amount of antibiotics being prescribed these days is setting us all up for future problems when dealing with bacterial infections. Bacteria are adaptable and mutate over time becoming less responsive to antibiotics. When possible, it’s much healthier in the long run to treat your child’s symptoms with simpler therapies. Ask your physican ways you can make your little one more comfortable until the symptoms pass. 

The study was published online in the journal Pediatrics.

Source: Maureen Salamon, http://consumer.healthday.com/infectious-disease-information-21/antibiotics-news-30/antibiotics-prescribed-twice-as-often-as-needed-in-children-study-says-691686.html

Daily Dose

No Screen Time for a Week!

Kids are spending over 7 hours a day in front a screen: TV, watching video, playing games event texting. How much is too much?So, how much screen time does your child have?  You know what I mean, TV time, computer time, playing video games, using a cell phone (including texting). The list goes on and on!

The average American child spends 7 hours a day involved with some type of media, which is more than any other activity besides SLEEP! With that being said, this is National Turn Off Week!  My colleagues at the American Academy of Pediatrics are supporting an effort to encourage parents to implement a “screen free week” in their home. If the average child spends over 1000 hours a year involved in some type of media but only 900 hours a year in school it seems obvious that we are doing something wrong. The solution is to start limiting screen time beginning at the earliest ages. With so many parents believing that Baby Einstein videos will make their infant smarter (there is no proof), and parents who are teaching their children to use a computer or I-phone or I-pad by the age of two, early guidelines regarding time spend “on screen” are exceedingly important. The AAP endorses a “no TV for children under the age of two” rule and limiting TV/media time to 2 hours per day for children and teens.  Unfortunately, many parents may know that their children are home, but are not clear about what they are doing while at home, which often involves screen time in the “privacy” of their own rooms. I ask every patient and or parent about media time and if there is a TV or computer in the child’s room. I am continually amazed at how often the answer is yes, even for the elementary school set. Parents often view putting a TV in their child’s room as a “right of passage” despite the fact that there are really good studies to show that having a TV in a child’s room contributes to poor sleep habits which may impact children in many negative ways. I must say, there isn’t a teenager that I take care of that is “happy” that we are discussing media time, but just like other subjects that need to be addressed during a pediatric visit, this one may be more important than previously thought. For all of this interactive screen time may actually be becoming new “peer group” for a child, rather than having face to face time with their peers. So by turning off the “screens” and spending some time enjoying one another, a new normal could be started.  Families cooking together after the homework is finished, or going outside for a family walk or quick game, or reading together, or even playing board games, the list seems endless.  What a treat to get back 2, 3 or even 4 hours a day with your child.  Think about the  benefits that come from decreasing screen time, which include better academics, better sleep, less depression and anxiety and even an impact on obesity. I know it is challenging for all of us, but this is a “do-able” task for a week. While all of the screen are in the “OFF” mode, talk about new guidelines for when the screens go back on.  In this case the adage “less is more” seems appropriate. That's your daily dsoe for today.  We'll chat again tomorrow. Send your question or comment to  Dr. Sue!

Your Child

Kid’s Head Injury Linked to Long Term Attention Problems

1:45

Even mild brain injuries may cause children to have momentary gaps in attention long after an accident occurs, according to a new study.

The study of 6- to 13-year-olds found these attention lapses led to lower behavior and intelligence ratings by their parents and teachers.

"Parents, teachers and doctors should be aware that attention impairment after traumatic brain injury can manifest as very short lapses in focus, causing children to be slower," said study researcher Marsh Konigs, a doctoral candidate at VU University Amsterdam in the Netherlands.

This loss of focus was apparent even when brain scans showed no obvious damage, the researchers said.

The study’s results are being released as schools gear up for a new academic year combined with some sports programs that can put children at risk for head injuries.

Traumatic brain injury can occur from a blow to the head caused by a fall, traffic accident, and assault or sports injury.

Concussion is one type of traumatic brain injury. In 2009, more than 248,000 teens and children were treated in U.S. emergency rooms for sports- and recreation-related traumatic brain injuries or concussions, according to the U.S. Centers for Disease Control and Prevention.

Here’s how the study was conducted.  Researchers compared 113 children who had been hospitalized with a traumatic brain injury with 53 children who had a trauma injury not involving the head. The injuries, which ranged from mild to severe, occurred more than 18 months earlier on average.

The researchers tested mental functioning and evaluated questionnaires completed by parents and teachers at least two months after the injuries.

The head-injured group had slower processing speed, the researchers found. And their attention lapses were longer than those noted in the other children. But unlike other research, no differences were reported in other types of attention, such as executive attention -- the ability to resolve conflict between competing responses.

As is typical with most studies, the results do not prove a cause and effect relationship, but an association.

The take-home message from this study is that even mild head injury can lead to problems, said Dr. Andrew Adesman, chief of developmental and behavioral pediatrics at Cohen Children's Medical Center of New York in New Hyde Park, N.Y. He was not involved with the research.

"This study provides further evidence of the importance of trying to minimize brain trauma, since even when there is no visible damage on CAT scans or MRIs, there can still be a significant adverse effect on attention span and behavior," Adesman said.

This research underscores the need to protect children from head injuries through proper supervision, consistent use of child car seats and seat belts, as well as headgear when bike riding and playing contact sports, he added.

The study was published in the journal Pediatrics.

More information on brain injury in children can be found at the Brain Injury Association of America’s website, http://www.biausa.org/brain-injury-children.htm.

Source: Kathleen Doheny,  http://consumer.healthday.com/cognitive-health-information-26/brain-health-news-80/head-injury-may-trigger-attention-issues-in-kids-701821.html

Your Child

Antibiotic Resistance Rising in Kids with Urinary Tract Infections

2:00

Urinary Tract Infections (UTI) affect about 3 percent of children in the United States each year and account for more than 1 million visits to a pediatrician.

The most common cause of a UTI is the bacterium E.coli, which normally lives in the large intestine and are present in a child’s stool. The bacterium enters the urethra and travels up the urinary tract causing an infection. Typical ways for an infection to occur is when a child’s bottom isn’t properly wiped or the bladder doesn’t completely empty.

Problems with the structure or function of the urinary tract commonly contribute to UTIs in infants and young children.

UTIs are usually treated with antibiotics but a new scientific review warns that many kids are failing to respond to antibiotic treatment.

The reason, according to the researchers, is drug resistance following years of over-prescribing and misusing antibiotics.

"Antimicrobial resistance is an internationally recognized threat to health," noted study author Ashley Bryce, a doctoral fellow at the Center for Academic Primary Care at the University of Bristol in the U.K.

The threat is of particular concern among the younger patients, the authors said, especially because UTIs are the most common form of pediatric bacterial infections.

Young children are more vulnerable to complications including kidney scarring and kidney failure, so they require prompt, appropriate treatment, added Bryce and co-author Ceire Costelloe. Costelloe is a fellow in Healthcare Associated Infections and Antimicrobial Resistance at Imperial College London, also in the U.K.

"Bacterial infections resistant to antibiotics can limit the availability of effective treatment options," ultimately doubling a patient's risk of death, they noted.

The study team reviewed 58 prior investigations conducted in 26 countries that collectively looked at more than 77,000 E. coli samples.

Researchers found that in wealthier countries, such as the U.S., 53 percent of pediatric UTI cases were found to be resistant to amoxicillin, one of the most commonly prescribed primary care antibiotics. Other antibiotics such as trimethoprim and co-amoxiclav (Augmentin) were also found to be non-effective with a quarter of young patients resistant and 8 percent resistant respectively.

In poorer developing countries, resistance was even higher at 80 percent, 60 percent respectively and more than a quarter of the patients were resistant to ciprofloxacin (Cipro), and 17 percent to nitrofurantoin (Macrobid)).

The study team said they couldn’t give a definitive reason about cause and effect but said the problem in wealthier countries probably relates to primary care doctors' routine and excessive prescription of antibiotics to children.

In poorer nations, "one possible explanation is the availability of antibiotics over the counter," they said, making the medications too easy to access and abuse.

"If left unaddressed, antibiotic resistance could re-create a world in which invasive surgeries are impossible and people routinely die from simple bacterial infections," they added.

In an accompanying editorial, Grant Russell, head of the School of Primary Health Care at Monash University in Melbourne, Australia, said the only surprise was the extent of the resistance and how many first-line antibiotics were likely to be ineffective.

If current trends persist, he warned, it could lead to a serious situation in which relatively cheap and easy-to-administer oral antibiotics will no longer be of practical benefit to young UTI patients. The result would be a greater reliance on much more costly intravenous medications.

The problem of antibiotic resistance for bacterial infections has been on the minds of scientist for some time now.  Cases are increasing at an unprecedented rate causing alarm and a call for more public education and due diligence on the part of physicians that prescribes antibiotics.

Story source: Alan Mozes, http://www.webmd.com/children/news/20160316/antibiotic-resistance-common-in-kids-urinary-tract-infections

 

 

Your Child

Exercise Boosts Kids’ Grades!

2:00 to read

We all know that exercise is good for the heart, lungs, weight-control and now a new study suggests that it’s good for increasing academic performance as well.

The Dutch researchers reviewed several prior studies conducted in the United States, one from Canada and another out of South Africa. What they discovered was that all the studies showed that the more physically active students are, the better they do in the classroom.

"We found strong evidence of a significant positive relationship between physical activity and academic performance," the researchers, led by Amika Singh of the Vrije Universiteit University Medical Center at the EMGO Institute for Health and Care Research in Amsterdam, the Netherlands, said in a journal news release.

"The findings of one high-quality intervention study and one high-quality observational study suggest that being more physically active is positively related to improved academic performance in children," the authors noted.

A total of 14 studies were reviewed. They involved students between the ages of 6 and 18. Some studies were smaller, working with 50 students, while another study had as many as 12,000 students. 

Researchers noted that students who exercised had increased blood flow and oxygen to the brain. These school-age children did better in the schoolroom. The analysis suggests that exercise also increases the levels of hormones responsible for curtailing stress and boosting mood, while at the same time establishing new nerve cells and synapse flexibility.

In recent years, there has been increasing evidence that has shown that many functions of the brain are highly dynamic, or “plastic”, meaning that the brain is able to continually change in response to stimulus and experience. This flexibility is thought to be a key property in allowing the nervous system to support short-term and sustained changes in output, associated with learning and memory.

Other studies have shown that people with early dementia benefit from exercise. Again, the increased blood flow and oxygen to the brain helps improve memory and learning function.

So, getting the kids off the couch and onto the playground (no matter whether it’s a public playground or the backyard) can help children stay physically fit and mentally alert.

The Dutch researchers would like to see more high quality studies conducted in this area of investigation.

"Relatively few studies of high methodological quality have explored the relationship between physical activity and academic performance," they acknowledged. "More high-quality studies are needed on the dose-response relationship between physical activity and academic performance and on the explanatory mechanisms, using reliable and valid measurement instruments to assess this relationship accurately."

It’s a pretty safe bet though, that the more a family exercises together, the healthier everyone will be.

The findings are published in the January issue of the Archives of Pediatrics & Adolescent Medicine.

Sources: http://consumer.healthday.com/Article.asp?AID=660288 / http://www.sussex.ac.uk/aboutus/annualreview/2011/mindandbrain

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DR SUE'S DAILY DOSE

Why naps are so important for growing children.

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