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Bioscience

Breakthroughs in Respiratory Research: A Breath of Fresh Air

Breathing is the melody of life. If a pulsing heart is the drum beat that regulates life, then breathing is the symphony that plays in time with it, establishing a person’s individualized rhythm. Symbolism aside, the allure of respiration lies in its biology, which is the key focus of Dr. Neubauer’s interest. She studies how hypoxia, or low levels of oxygen in the body, can affect respiration.

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Every SIDS Death a Tragedy: New Research Offers Hope

SIDS is the unexplained death, usually during sleep, of a seemingly healthy baby less than a year old. Diagnosed by a process of elimination, often after an autopsy, SIDS shows no apparent pattern between victims. Dr. Neubauer has dedicated the better part of her professional life to researching the neurobiology of respiratory control, particularly as it relates to SIDS. Her team has focused on the ability of the rat nervous system to regulate hypoxia, or the lack of oxygen in body tissues, which is one possible cause of SIDS.

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Can You Focus on the Future of Vision Therapy?

Convergence insufficiency is an eye condition that causes headaches and/or double vision when the patient focuses on a nearby object. Dr. Tara Alvarez and her students designed a video game based on the game “Galactica” that functions as vision therapy while still creating an engaging environment. Dr. Alvarez believes that this is truly the future of vision therapy for convergence insufficiency and possibly other ocular disorders.

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RNA: Catching Cancer Red-Handed

RNA is an intermediate molecule found between double-stranded DNA and the production of protein. It is essential in the genetic instructions for life and development in living organisms. Taking its flexibility and reactivity into account, Dr. Jonathan Ouellet is focusing on RNA in his preliminary research to develop a potential cure for cancer.

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Rest Easy: NJ Professor Makes Sleep Apnea Breakthroughs

In order to gain more information about sleep apnea, Dr. Neubauer uses mice as animal models, controlling the amount of oxygen they intake to induce localized hypoxia, or areas of low oxygen. Through this process, she found that the enzyme heme oxygenase, which can sense and alert the body of low oxygen areas, is induced by hypoxia only in the pacemaker areas. This enzyme will help scientists understand the effects of sleep apnea, because it can be specifically targeted to identify how key signals change during hypoxic conditions.

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A Way to the Heart with Polymers

Inspire, innovate, and invent. Dr. Kathryn Uhrich, a researcher from Rutgers University does just that through her groundbreaking work with polymers, including a novel polymer-based cardiac stent. Coronary stents offer an essential treatment for deadly coronary artery disease (CAD), the leading cause of death in America. This new stent may help the millions of people living with CAD.

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