611 W. Union Street
Benson, AZ 85602
(520) 586-0800

Health Choice Integrated Care crisis Line
1-877-756-4090

NurseWise 24-Hour Crisis Line
1-866-495-6735

NAZCARE Warm Line
1-888-404-5530



SEABHS
611 W. Union Street
Benson, AZ 85602
(520) 586-0800

NurseWise 24-Hr Crisis Line
1-866-495-6735

NAZCARE Warm Line
1-888-404-5530


powered by centersite dot net

Getting Started
Here are some forms to get started. These can be printed and brought with you so that you can pre-fill out some known info ahead of time. More...


Health Sciences
Resources
Basic InformationLatest News
Just One Concussion Could Raise Parkinson's RiskLove Your Hair Color? You Have Over 100 Genes to Thank.Too Much Sitting Could Raise Brain RisksBusting Myths Surrounding Cancer and Genetic TestingTough Times Can Leave Their Mark on the Older BrainSugar-Craving Gene Helps Lower Body Fat, But Has DownsideMajor Project Completes Genetic 'Map' of 33 CancersOlder Brains Replenish Cells Just Like Young Brains: StudyScientists Say They Discovered a 'New Organ' in the BodyNew Technology Gives 'Feeling' to Prosthetic ArmsBlood Pressure Check? There May Soon Be an App for ThatHealth Tip: What You Can Learn From Genetic TestingAs Stroke 'Liquefies' Brain Tissue, Lasting Harm May SpreadClues to Parkinson's May Be Shed in TearsFDA Approves First Blood Test to Evaluate Potential ConcussionsLimited Evidence for Effect of Cranial Electrical StimulationAutism, Bipolar and Schizophrenia Share Genetic SimilaritiesDo Over-the-Counter Painkillers Alter Emotions, Reasoning?Specific White Matter Patterns Linked to Youth PsychopathologyA New Way to Thwart Disease-Spreading MosquitoesFirst Monkeys Cloned From Process That Created 'Dolly' the SheepNeil Diamond Reveals Parkinson's DiagnosisBrain Is Susceptible to Acute MI, Chronic Heart FailureBrain Zaps May Help Curb Tics of Tourette SyndromeScientists Turn Skin Cells Into Muscle Cells, a Potential Boon for ResearchRobot Training Improves Gait Stability in Parkinson'sCould an Electric Pulse to the Brain Recharge Your Memory?Genes Start Mutating Soon After Life Begins, Study FindsMore Men Than Women With Parkinson's Have Caregivers'Fountain of Youth' Gene Discovered in Secluded Amish CommunityLRRK2 Variants Linked to Lower Age at Onset of Parkinson'sKnowing Too Much About Your Genes Might Be RiskyOverlapping Surgery Appears Safe in Neurosurgical ProceduresDo I Know Ewe?Daytime Wounds May Heal Faster Than Nighttime OnesHuman vs. Animal Brainpower: More Alike Than You Might ThinkResilient Brain Connections May Help Against Alzheimer'sConcerns Surround Use of Direct-to-Consumer Genetic TestingWhen It Comes to Obesity, Genes Just Partly to BlameDoes Time of Neurosurgery Matter?Smoking Alters Genetic Relationship with Parkinson'sHealth Tip: Considering Genetic TestingDiabetes Ups Risk of MACE in Acute Coronary SyndromesScientists Spot Genes Behind Skin ColorScientists Support Genome Editing to Prevent DiseaseBrain Disconnects Spotted in Parkinson's Patients With Visual HallucinationsCoffee Doesn't Help Parkinson's Motor DisordersCan Babies Help Heart Patients?Scientists Spot Marker for CTE in Living Football PlayersNerve Stimulation Pulls Patient From 15-Year Vegetative State
Questions and AnswersLinksBook Reviews
Related Topics

Medical Disorders
Mental Disorders
Mental Health Professions

Brain Scans Offer Clues to Why Some Teens Pile on Pounds

HealthDay News
by -- Mary Elizabeth Dallas
Updated: Aug 31st 2017

new article illustration

THURSDAY, Aug. 31, 2017 (HealthDay News) -- How come some people can just walk on by a plate of freshly baked chocolate chip cookies, while others grab a handful as they pass?

Brain scans done on teenagers may provide a clue. Researchers found that the brains of overweight teens were less active in areas that help with impulse control when teens were shown pictures of food.

Even thin kids who has risk factors for becoming overweight -- such as a family history of obesity -- showed less activity in the area of the brain linked to impulse control.

"Our findings suggest that we may be able to predict which teens will ultimately become obese adults by effectively looking at how their brains respond when they read a food menu," said study first author Susan Carnell. She's an assistant professor of psychiatry and behavioral sciences at Johns Hopkins University School of Medicine in Baltimore.

For the study, the researchers used a type of imaging scan known as functional MRI (fMRI). It shows what areas of the brain are being used during the scan.

The brains of 36 teens, ages 14-19, were scanned as they looked at words describing high-fat foods such as french fries and chicken wings, low-fat foods such as Brussels sprouts, as well as random nonfoods. The teens were asked to rate their appetite in response to each word.

Ten of these teens were overweight or obese. Sixteen weren't overweight but were considered high-risk for obesity because their mother was overweight. Ten were thin and considered low-risk for obesity because their mother was also at a healthy weight.

Once the scans were finished, the teens were offered a buffet containing low- and high-calorie foods.

During the buffet, the overweight teens ate the most while the lean teens at low risk for obesity ate the least, the researchers reported.

All of the teens had increased activity in the brain regions associated with reward and emotion.

Brain areas that help with impulse control were most active among the thin teens at low risk for obesity. Teens who were a healthy weight had less activity in the brain's impulse control regions if they had an obese mother. Overweight teens showed the least activity in these regions, the study found.

While the study didn't prove that brain activity would predict obesity outcomes, the authors said their findings could lead to more effective strategies to help young people with a high risk of obesity maintain a healthy weight.

"Clearly, we are not suggesting that we should scan the brains of every teenager, which would not be practical or cost-effective," Carnell said in a school news release.

Instead, the findings suggest that figuring out how to strengthen impulse control might be more helpful than current strategies, she said. Right now, prevention programs focus on diet and exercise, but those programs haven't been very successful at reducing or preventing obesity, Carnell noted.

The study was published recently in NeuroImage.

More information

The U.S. Centers for Disease Control and Prevention provides more information on obesity.