About UNTHSC Scholar
Contact scholar@unthsc.edu for more information on how to submit your work.
UNTHSC Scholar is an open access repository of the intellectual output and publicly available materials of the university. UNTHSC Scholar provides stable access to data, highlights community partnerships and engagement, and enables discovery of these works by the international scientific community. It preserves the history, growth and innovation of the University of North Texas Health Science Center as an institution.
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Recently Added
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Assessment of Oxford Nanopore Technologies as a Sequencing Platform for Increased Taxonomic Resolution of Microbial Communities
(2019-05)Microbiome profiling for forensic identification is an emerging area of research. Profiling the microbiome of trace evidence for forensic cases will become more prevalent as more reliable, accurate, and efficient methodology ... -
Impact Of Culture Conditions on Primary Astrocyte Phenotype
(2019-05)Although previously thought to be passive support cells in the central nervous system (CNS), recent findings introduced critical contributions of astrocytes to numerous CNS functions like energy metabolism, ion and water ... -
Analysis of HemaSpot[TM]-HF and HemaSpot[TM]-HD Sampling Kits Using Trace DNA
(2019-05)Spot On Sciences, Inc. has recently developed a new device, the HemaSpot[TM], which allows for samples to be stored safely at ambient temperatures. The UNTHSC FGEN program was contacted to conduct a research study to ... -
Connexin 43 Contributes to Estrogen Protection against Oxidative Stress in Cortical Astrocytes
(2019-05)Age-related brain disorders are associated with the decline in the ability of brain cells to cope with homeostatic challenge. Although all major brain cell types have the capacity to respond to homeostatic challenges, ... -
Sequencing Long Amplicon Microsatellite Loci Using the Oxford Nanopore Technologies MinION[TM] Device
(2019-05)Forensic DNA typing utilizes highly variable short tandem repeat (STR) markers to differentiate individuals. Despite the power and reliability of current techniques, sequence-level variations are masked in the length-based ...
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