Congenital Central Hypoventilation Syndrome News and Research

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UVA research sheds light on how baby’s first breath triggers lifelong changes in breathing systems

There are few moments in life as precious, as critical and as celebrated as baby’s first breath. New research from the University of Virginia School of Medicine sheds light on the lifelong changes in breathing systems that occur precisely with that first breath – and may offer important insights into Sudden Infant Death Syndrome.

4 Dec 2020

Drexel study provides new insight into future treatment of breathing disorders

Bringing a steady supply of fresh air to the lungs can seem like a simple task, but breathing is a careful orchestration of brain and body.

20 Apr 2016

Researchers examine brain's role in breathing

Much of our knowledge of the brain's role in regulating breathing comes from research with mice and rats. A chemical receptor within the brain stem communicates with the central nervous system to generate the basic pattern of breathing. The next step is applying that information to human tissue to identify these critical components in the human brain and their medical implications.

21 Jan 2011

ATS releases new clinical policy statement on CCHS

The American Thoracic Society has released a new official clinical policy statement on congenital central hypoventilation syndrome (CCHS), a disorder of respiratory and autonomic nervous system (ANS) regulation. The ANS regulates reflexive acts, including heart rate and blood pressure, digestion, body temperature and pain perception.

15 Mar 2010

Congenital central hypoventilation syndrome (CCHS) offers clues to SIDS, sleep apnea

Imagine raising a child who stops breathing when falling asleep - and has to be reminded to visit the bathroom after drinking a Big Gulp. That's the dilemma faced by parents of children born with congenital central hypoventilation syndrome (CCHS).

11 Jul 2005

Genetic mutation link to sudden infant death syndrome

Researchers at Rush University Medical Center, and colleagues at the University of Pittsburgh have identified mutations in genes pertinent to the autonomic nervous system among babies who died of sudden infant death syndrome (SIDS) that might explain why they died.

21 Aug 2004