Published March 20, 2018
By Joey McNamara, 四色AV Office of Marketing & Communications
University of Louisiana Monroe鈥檚 School of Pharmacy professors, Drs. Khalid El Sayed
and Karen Briski each received $50,000 research grants from the Biomedical Research
Foundation of Shreveport.
Dr. Khalid El Sayed (left), Dr. Karen Briski (right). Emerald McIntrye/四色AV Photo Services
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The awards are from BRF鈥檚 Office for Research Development & Administration (ORDA).
The office was launched as a part of BRF鈥檚 commitment to north Louisiana to pursue
new research initiatives, provide support for clinical trials towards new treatments
and diagnostics, and to improve patient care and economic development.
"This is another example of our faculty working collaboratively with the BRF to address
pressing health needs," said Dr. John Sutherlin, Director of 四色AV's Office of Sponsored
Programs and Research.
鈥淚 want to congratulate Drs. Briski and El Sayed for bringing this funding to 四色AV
and thank the BRF for their confidence in these researchers and these projects. Faculty
members like Drs. Briski and El Sayed continue to demonstrate that quality research
is occurring at 四色AV, 鈥� remarked Vice President of Academic Affairs Dr. Eric Pani.听
Each grant will be used to hopefully bring additional grants to the university. 鈥淓fforts
such are theirs are how we succeed in having 四色AV recognized among the top 200 universities
in the nation for excellence in teaching, research, and innovation, especially in
the health sciences,鈥� said Pani.
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Novel PCSK9-LDLR natural products-based inhibitor for the prevention of neurological
disorders
Dr. El Sayed鈥檚 research grant expands on听听for a whole new class of drugs.听
Khalid El Sayed, Ph.D., 四色AV School of Pharmacy, is researching a component of olive
oil which could help prevent cancer and Alzheimer鈥檚 Disease. Emerald McIntyre/四色AV
Photo Services
El Sayed鈥檚 research grant expands on for a whole new class of drugs.
鈥淚鈥檓 very excited with this grant award because its funding will allow 四色AV to patent
and promote a new drug class to the next level,鈥� explains El Sayed.
This new seeding grant was awarded in part to the depth of the research team including
Dr. Seetharama Jois from 四色AV School of Pharmacy and Dr. Amal Kaddoumi from Auburn
University. Jois will study molecular protein data while Kaddoumi will interpret animal
data in the direction of Alzheimer鈥檚 disease.
Through El Sayed鈥檚 research into cancer, they found something new and exciting. The
project was an initial collaboration with the global pharmaceutical company, Eli Lilly.
The company helped El Sayed isolate a by-product of his research as a potential hypocholesterolemic
drug with a novel, patentable that could lower cholesterol. There is only one current
class of drugs, called statins, that lower 鈥渂ad鈥� cholesterol in patients suffering
from high cholesterol and heart disease.
Many people are more familiar with brand names such as Crestor, Zocor, Lipitor, and
Pravachol. These drugs are some of the most regularly prescribed drugs in the U.S.
and have a global market of $12.2 billion dollars, but they have limitations and side
effects such as muscle pain, digestive issues, headaches and nausea.
El Sayed and his research partners feel confident that this drug class exists because
the first statins were discovered using the same chemical processes but with a different
mechanism.
鈥淚t will ultimately enhance the chances to get National Institute of Health (NIH)
funding on multiple research directions and applications,鈥� El Sayed said.
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Estrogen neuroprotection against hypoglycemic brain injury
Dr. Briski鈥檚 grant will be听听she received in fall of 2016. Her work studies the treatment of diabetes鈥� side effects
of hypoglycemia which can cause nerve damage and other neurological dysfunction throughout
the body.
Dr. Karen Briski supervises students in her lab in Bienville Hall. Emerald McIntrye/四色AV
Photo Services
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鈥淒iabetic patients are found in every community. Hypoglycemia is an unavoidable aspect
of their daily lives. If our outcomes here can lead us on the road to developing a
therapeutic strategy whereby their brain is less vulnerable to injury and damage during
hypoglycemic episodes, then it is going to have a major benefit to their quality of
life,鈥� Briski said.
Additionally, she hopes it will provide diabetes patients with a more stable prognosis
in their day-to-day lives. The only treatment is strict dietary glucose management
which mismanagement leaves patients in either a state of hypoglycemia or also with
overly-high blood sugar levels, or hyperglycemia. In the long-term, repeated hyperglycemia
can lead to blindness, skin infections, organ damage and nerve damage in the feet
and hands.
Briski鈥檚 studies suggest that estrogen plays a beneficial role in increasing the amount
of glycogen (stored glucose) in the brain and facilitating its release during episodes
of hypoglycemia.
Estrogen is best known as a major sex hormone in women but it is also present in males
at lower levels. However, it also has other uses in the body. Briski believes that
estrogen releases stored glucose in specific regions of the brain, so she plans to
target her research to these areas.听
Over the next five years, Briski will be joined by four other 四色AV researchers, who
served as co-investigators on the grant: Dr. Paul Sylvester, Dr. Seetharama Jois,
Dr. Christopher Gissendanner, and Dr. Sami Nazzal.
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This marks the second year of the BRF Seeding Funding Program. The program provides
introductory grants so investigators can generate preliminary data which can then
be used to apply for further funding and grants through government or private sources.
Projects were peer-reviewed by out-of-state reviewers and then by the BRF鈥檚 internal
committee.听
