Patent Issued
 
   

  • Marie H. Hanigan, Ph.D., Professor of Cell Biology
  • James F. McGinnis, Ph.D., Professor of Cell Biology and Ophthalmology
  • Anne Pereira, Ph.D., Associate Professor of Pathology, Adjunct Associate Professor of Cell Biology
     
     

Awards
 

  • Mohiuddin Ahmad, MBBS, Ph.D., Assistant Professor of Cell Biology was named one of "Neuron's Best of 2012" during the 2013 Society for Neuroscience meeting. 
  • Danny Dhanasekaran, Ph.D., Professor of Cell Biology, received the Award of Distinction from the Princess of Thailand, April 2016.
  • Hongwei Ma, Ph.D., Research Faculty of Cell Biology received the Knights Templar Award, April 2016.

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 The Knights Templar Eye Foundation presents a grant award to Hongwei Ma, Ph.D. of the University of Oklahoma Health Sciences Center to further research into one of the leading causes of childhood blindness. On hand for the presentation in Norman, Okla. were: Paul T. Currell, Grand Commander, Knights Templar; XI-Quin Ding, Ph.D. and Hongwei Ma, Ph.D., OU researchers; Frank du Treil, Grand Commander, Knights Templar; and Robert Rolseth, Grant Sentinel, Knights Templar.



Vision Quest

New Grant Funds OU Research Targeting Common
Cause of Childhood Blindness

 

May 19, 2016 (Oklahoma City) With the help of a new grant from the Knights Templar Eye Foundation, researchers at the University of Oklahoma Health Sciences Center hopes to zero in on a way to potentially prevent a common cause of childhood blindness.

 

Leber’s Congenital Amaurosis is a devastating disease that causes blindness in children. In fact, it accounts for blindness in more than one in every five children attending schools for the blind. The disease affects two to three of every 100,000 infants born.

 

“While there are multiple factors involved in the pathology of this disease, it is the death of the light-sensing cone photoreceptors in the eye that eventually leads to loss of vision and blindness,” said Hongwei, Ma, Ph.D., a researcher in the Department of Cell Biology, OU College of Medicine.

 

Because thyroid hormone signaling plays an important role in cell growth, division and death, Ma theorized that it might prove an effective target in work aimed at preventing Leber’s Congenital Amaurosis.

 

Recently, Ma and his team showed that suppressing thyroid hormone production preserves cone photoreceptors in a laboratory model.  With the new funding, they will take a closer look at the signaling at the cellular level triggered by thyroid hormone and look for ways to protect cone photoreceptors.

 

They hope their work may lead to new treatments or ways to prevent this blinding childhood disease.

 

The Knights Templar Eye Foundation grant totals $65,000.