Advancing the Strategic Plan 2020 - Spring 2018
You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
DATA-DRIVEN DISCOVERY<br />
“UTA will focus on research that integrates big data from multiple fields and will develop data<br />
analytics and science that explore data from a wide variety of sources. We will use data to discover<br />
and share new knowledge, as well as enhance current knowledge.”<br />
UTA RESEARCHERS ARE USING GENOMICS TO STUDY…<br />
JOE BOLL (biology): massive-scale<br />
screening of antimicrobial drugs and<br />
compounds to fight multidrug-resistant<br />
bacteria<br />
SUBHRANGSU MANDAL (chemistry):<br />
epigenetics, gene regulation, and noncoding<br />
RNAs in human disease<br />
TODD CASTOE (biology): regenerative<br />
organ growth, fundamental relationships<br />
between genome structure and function,<br />
and <strong>the</strong> roles of adaptation in <strong>the</strong> process<br />
of speciation<br />
JEFF DEMUTH (biology): fundamental<br />
aspects of genome structure and content<br />
that impact disease, sex determination,<br />
and <strong>the</strong> origin of new species<br />
LAURA MYDLARZ (biology): coral<br />
immunity and coral disease, relevant to<br />
understanding coral decline worldwide<br />
ZUI PAN (nursing): calcium signaling in<br />
cancer and in muscle and heart diseases<br />
MATTHEW FUJITA (biology): <strong>the</strong> patterns<br />
and processes that generate biodiversity<br />
and <strong>the</strong> evolution of par<strong>the</strong>nogenesis and<br />
vision<br />
JON WEIDANZ (biology): <strong>the</strong> biology of<br />
<strong>the</strong> immune response and how <strong>the</strong> immune<br />
system can be used to develop new cancer<br />
<strong>the</strong>rapeutics<br />
JEAN GAO (computer science and<br />
engineering): <strong>the</strong> genomic mechanisms<br />
driving disease diagnosis, progression, and<br />
prognosis<br />
SEN XU (biology): patterns of mutation<br />
and recombination in eukaryotic genomes,<br />
<strong>the</strong> genetic mechanisms for <strong>the</strong> origins of<br />
asexual reproduction<br />
NORTH TEXAS GENOME CENTER<br />
UTA, in partnership with <strong>the</strong> University of North Texas Health Science<br />
Center, is bringing massive genome sequencing capabilities to North<br />
Texas with <strong>the</strong> new North Texas Genome Center (NTGC). In addition to<br />
enhancing health care delivery in Texas and <strong>the</strong> surrounding six-state<br />
region, <strong>the</strong> NTGC will provide important facilities and equipment to<br />
spur growth in DFW’s rapidly expanding biotech sector. The center<br />
will be critical for research in drug development, disease prevention,<br />
cancer treatments, and fundamental aspects of genetics, such as<br />
cancer immunogenics, neonatal diagnoses, and cures for conditions like<br />
cystic fibrosis. NTGC Interim Director Jon Weidanz has already made<br />
headway with AbeXXa Biologics, which uses genetic information to<br />
drive cancer immuno<strong>the</strong>rapy. UTA also expects <strong>the</strong> NTGC to boost <strong>the</strong><br />
local economy through patented inventions, company startups, and job<br />
creation.<br />
NTGC RESEARCH<br />
CAPABILITIES<br />
DNA SEQUENCING SERVICES:<br />
Whole Genome Sequencing,<br />
Whole Exome Sequencing, Single<br />
Cell Sequencing, Targeted Panels<br />
RNA SEQUENCING SERVICES:<br />
Gene Expression, Whole<br />
Transcriptome, 16s rRNA,<br />
microRNA<br />
BIOINFORMATICS SERVICES:<br />
Data Analysis and Interpretation<br />
CLINICAL SERVICES:<br />
Pharmacogenomics<br />
8<br />
THE UNIVERSITY OF TEXAS AT ARLINGTON