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Full-Text Articles in Entire DC Network
The Physiological And Biochemical Understanding Of 5’-Amp Induced Deep Hypometabolism, William G. O'Brien
The Physiological And Biochemical Understanding Of 5’-Amp Induced Deep Hypometabolism, William G. O'Brien
Dissertations & Theses (Open Access)
Our laboratory’s ability to induce deep hypometabolism (DH) via an injection of adenosine monophosphate (5’-AMP) followed by placement in an ambient temperature (Ta) around 15oC currently can last about 3-9 hours. While we have insight into how 5’-AMP induced hypometabolism is initiated, it remains unclear how arousal from hypometabolism is controlled. Other laboratory members have been unable to prolong this process safely and effectively with previous attempts of re-injecting a dose of 5’-AMP upon arousal or by decreasing the Ta. While these methods worked in suppressing arousal, the mortality rate is also increased. To gather a better understanding of the …
Identification Of A Conserved Cluster In The Rh Domain Of Grk Critical For Activation By Gpcrs, Faiza Baameur
Identification Of A Conserved Cluster In The Rh Domain Of Grk Critical For Activation By Gpcrs, Faiza Baameur
Dissertations & Theses (Open Access)
One of the most critical aspects of G Protein Coupled Receptors (GPCRs) regulation is their rapid and acute desensitization following agonist stimulation. Phosphorylation of these receptors by GPCR kinases (GRK) is a major mechanism of desensitization. Considerable evidence from studies of rhodopsin kinase and GRK2 suggests there is an allosteric docking site for the receptor distinct from the GRK catalytic site. While the agonist-activated GPCR appears crucial for GRK activation, the molecular details of this interaction remain unclear. Recent studies suggested an important role for the N- and C-termini and domains in the small lobe of the kinase domain in …
Biomedical Language Understanding And Extraction (Blue-Text): A Minimal Syntactic, Semantic Method, Parsa Mirhaji
Biomedical Language Understanding And Extraction (Blue-Text): A Minimal Syntactic, Semantic Method, Parsa Mirhaji
Dissertations & Theses (Open Access)
Clinical text understanding (CTU) is of interest to health informatics because critical clinical information frequently represented as unconstrained text in electronic health records are extensively used by human experts to guide clinical practice, decision making, and to document delivery of care, but are largely unusable by information systems for queries and computations. Recent initiatives advocating for translational research call for generation of technologies that can integrate structured clinical data with unstructured data, provide a unified interface to all data, and contextualize clinical information for reuse in multidisciplinary and collaborative environment envisioned by CTSA program. This implies that technologies for the …