New research shows that exposure to pesticides used on foods kids like fresh strawberries, celery may increase the risk of Attention Deficit Hyperactivity Disorder (ADHD) in children.

As quoted from page Modernmom.com scientists in the U.S. and Canada, children with high pesticide residues in urine, which are susceptible to ADHD.

ADHD is the development of improving the physical activity of kids. This omission has led to psychological problems such as how to think, act and feel. Children who have experienced will have problems with concentration and centralization of the mind. As cause hyperactive child.

Children with a higher average level, a marker for pesticide twice the risk of undiagnosed ADHD. “I think it’s extremely important is a powerful double effect,” said Maryse Bouchard F, a researcher at the University of Montreal in Quebec and the main author of the study published in the journal Pediatrics.

So what should parents do to prevent ADHD in children? “I suggest that parents give children organic food,” said Bouchard. “I will wash fruit and vegetables as possible.”

According to a survey by the National Academy of Sciences in 2008, 28 percent of the sample frozen blueberries, 25 percent of the samples of fresh strawberries, and celery 19 percent of the samples contained pesticide residues. Exposure to pesticides, especially fresh fruit and vegetables.

Children living in poverty before the first anniversary at increased risk of asthma and other chronic diseases later in life, according to a comparative study of children in the United Kingdom (England, Wales, Scotland and Northern Ireland) and Quebec Canada. Published in the journal Pediatrics, the study was conducted by researchers at the University of Montreal in Canada and the University of Warwick in the UK.

“We found that chronic poverty, compared with transient poverty is more harmful to the health of children. In fact, chronically poor children are more prone to asthma attacks,” said lead author Beatrice Nikiema, a researcher at the Department of the University of Montreal Preventive and Social Medicine.

The survey also found a link between poverty and the risk of experiencing one of the following chronic diseases: allergies, heart disease, bronchitis, kidney disease, mental retardation, epilepsy, cerebral palsy or any other health problem that has lasted six months or more. Data were collected through interviews with parents of 14,556 children who participated in the British Cohort Study Millennium (at least nine months and 36 months) and 1950 children who participated in the Longitudinal Study of Child Development (five months and 41 months).

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The sense of taste and smell can be lost or impaired after head trauma, according to a new study by scientists at the University of Montreal, Lucie Bruneau Rehabilitation Centre and the Centre for Interdisciplinary Research in Rehabilitation of Greater Montreal. Published in the journal Brain Injury, the survey found that mild to severe traumatic brain injury could cause loss of smell.

“The study clearly shows that olfactory deficits may occur in mild traumatic brain injury, and moderate and severe head trauma patients,” said study co-author and neuropsychologist Maurice Ptito, a professor in the School of University of Montreal optometry. “We also found that patients with frontal lesions were more likely to olfactory dysfunction.

The research team recruited 49 people with traumatic brain injury (73 percent of men with a mean age of 43) who completed a questionnaire and underwent two tests to measure the loss of smell the smell. The result: 55 percent of subjects had an impaired sense of smell, while 41 percent of the participants were aware of their olfactory deficit.

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Canadian researchers have discovered a previously hidden channel to attack leukemia and other cancer cells, according to a new study published in the Journal of Biological Chemistry. The results of the University of Montreal, Maisonneuve-Rosemont Hospital and Laval University may change doctors treat cancer patients.

“We found a door, which is present in all human beings, which enables anti-cancer agents such as bleomycin to enter the body so they can reach and attack the leukemia cells,” says lead author Dindial Ramotar , a professor at the Faculty of Medicine of the University of Montreal and a research affiliate at the Maisonneuve-Rosemont.

Dr. Ramotar has begun to test his theory ten years ago with the help of yeast, which is remarkably similar to human cells. “Our discovery has increased in this model system for human cells and will soon come to bed due to the therapy of translation, he said.” We are about to test patients. ”

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