The Greehey Children's Cancer Research Institute and the faculty have created a specialized cancer and research center that focuses on advancing scientific knowledge relevant to childhood cancer and accelerating that knowledge into innovative cures for all ages.
The interest of our lab is to identify and understand mechanisms of damage survival. People who inherit a deficiency in damage response are predisposed to develop cancer, usually as children or young adolescents. Further, most cancer treatments are based on damaging cancer cells, so understanding why a chemotherapy works, and for which patients, should lead to more effective and less toxic treatments that will increase the cure rate and improve quality of life for cancer survivors.
Computational Biology and Bioinformatics (CBBI) focuses on developing computational solution and statistical modeling to bridge between quatitative science and the basic biology and translational research within Greehey Children’s Cancer Research Institute and around UT Health San Antonio.
The research efforts of my laboratory have focused on understanding the structure and function of large protein-nucleic acid assemblies that play central role in normal homeostasis and childhood cancers. Our studies would facilitate the development of novel anti-cancer agents to target specific steps in the oncogenic process with minimal impact on normal cell function.
Our studies are aimed at understanding mechanisms of cancer initiation in children and using this information to develop more effective and less toxic treatments that will increase the cure rate and improve quality of life for cancer survivors.
Our research is focused on understanding the mechanisms of resistance of Ewing sarcoma cells to PARP1 inhibition with the ultimate goal of developing more effective and less toxic therapy for Ewing sarcoma patients. Another project in which the lab is involved identifies novel drugs and drug combinations to treat pediatric sarcoma and renal tumors. This project is a part of the Pediatric Preclinical Testing Consortium (PPTC) that has been recently funded by NCI.
Dr. Zhao Lai is Director of Genome Sequencing Facility (GSF) in the Greehey Children’s Cancer Research Institute (Greehey CCRI) at UT Health San Antonio. The GSF utilizes state-of-the-art genomic platforms to generate high-quality genomic data and provides support with its analysis to scientists of GCCRI, UT Health Cancer Center, UT Health San Antonio and surrounding San Antonio areas.
Targeting specific protein interactions can provide unique targets for the treatment of many cancers, yet one major obstacle to this therapeutic approach is the lack of high-resolution structural details of the macromolecular partners often due to their size, disorder and dynamic nature. The Libich laboratory employs unique NMR tools that now allow the structures and dynamics of such interactions, even in large complexes, to be resolved.
My laboratory studies post-transcriptional regulation from a global perspective. We use a combination of genomics, systems biology, biochemistry, bioinformatics and molecular biology to investigate the networks formed by RNA binding proteins, miRNAs and their target genes and evaluate their impact on biological processes, cancer and disease states.
Our research interests integrate computational biology, cancer biology and genetics. We study regulatory RNA molecules called non-coding RNAs (called that because they do not code for proteins), including microRNAs (miRNAs) and long non-coding RNAs (lncRNAs), and how they regulate cancer cell growth and response to anti-cancer drugs.
We are a bioinformatics and computational biology lab with a focus on the analysis of cancer genomic and proteomic data. Our goal is to improve our understanding of adult and pediatric cancer through innovative and integrative analyses. We are especially interested in telomere and telomerase, a pair that is of central importance to cancer initiation.