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Research Focus
Developing new approaches to target brain tumors by breaking through the
normal blood-brain barrier (BBB) and blood-brain-tumor barrier (BTB).
By gaining a better understanding of the differences in the BBB and BTB,
scientists hope to better understand brain tumor survival, growth, and
anticancer drug delivery. Ningaraj is also studying the role of microRNA
and epigenetic events involved in brain tumor progression. Using established
brain tumor cell lines and brain tumor tissue, he hopes to identify the
genes and proteins that are silenced as a result of CpG island methylation.
Biography
Nagendra Ningaraj, Ph.D., CCRP, completed his undergraduate degree and
his master's degree in biochemistry at Mysore University in India. He
received his Doctor of Philosophy in neurochemistry at the National Institute
of Mental Health and Neurosciences in Bangalore, India. After moving to
the United States, he performed his postdoctoral research in pharmacology
and medicinal chemistry at the University of Kansas. Ningaraj then moved
to Cedars Sinai Medical Center in Los Angeles, where he was a group leader
and principal sub-investigator in neurosciences research. As a co-investigator,
he obtained approximately $4 million in research funds at Cedars-Sinai.
Ningaraj later moved to Vanderbilt University as a research associate
professor of cancer biology and director of the Neuro Oncology Research
Laboratory. He pursued a Master of Business Administration degree from
Mercer University in Macon, Ga. Ningaraj has more than 12 national and
international patent applications for experimental methods. He has published
more than 30 articles covering a wide range of subjects in neuroscience
and cancer research, and presented in national and international scientific
meetings.
Recent Publications
Ningaraj et al. Targeted brain cancer treatment -- current perspectives.
Drug Target Insights. 2007; in press.
Rao MK, Bindu K, Das A, Ningaraj NS. Activation of potassium
channels increases temozolomide delivery to brain tumor and enhances anti-tumor
activity. Biochemical Pharmacology. 2007; accepted.
Ningaraj NS. Progress and challenges of drug delivery
to brain tumors. Expert Opinion on Drug Delivery. 2006;3:499-509.
Ningaraj NS, Black KL. Biochemical modulation of abnormal
brain capillaries for enhanced and selective drug delivery. Cancer
Control. 2004;11: 165-173.
Ningaraj NS, Das A. Riluzole: A potent anti-brain tumor
agent? Neurosciences Report. Summer 2003; review article featured
in Brainlife.
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