Severity of Osteogenesis Imperfecta and Structure of a Collagen-like Peptide Modeling a Lethal Mutation Site^† by Randall J. Radmer (2717911)

“…For example, arginine side chains form strong hydrogen bonds with the backbone of the subsequent peptide chain, while lysine and glutamine less frequently form similar hydrogen bonds. This decrease in the observed hydrogen bond frequency correlates with a decrease in the experimentally determined thermal stability. …”

Severity of Osteogenesis Imperfecta and Structure of a Collagen-like Peptide Modeling a Lethal Mutation Site^† by Randall J. Radmer (2717911)

“…For example, arginine side chains form strong hydrogen bonds with the backbone of the subsequent peptide chain, while lysine and glutamine less frequently form similar hydrogen bonds. This decrease in the observed hydrogen bond frequency correlates with a decrease in the experimentally determined thermal stability. …”

Severity of Osteogenesis Imperfecta and Structure of a Collagen-like Peptide Modeling a Lethal Mutation Site^† by Randall J. Radmer (2717911)

“…For example, arginine side chains form strong hydrogen bonds with the backbone of the subsequent peptide chain, while lysine and glutamine less frequently form similar hydrogen bonds. This decrease in the observed hydrogen bond frequency correlates with a decrease in the experimentally determined thermal stability. …”

Severity of Osteogenesis Imperfecta and Structure of a Collagen-like Peptide Modeling a Lethal Mutation Site^† by Randall J. Radmer (2717911)

“…For example, arginine side chains form strong hydrogen bonds with the backbone of the subsequent peptide chain, while lysine and glutamine less frequently form similar hydrogen bonds. This decrease in the observed hydrogen bond frequency correlates with a decrease in the experimentally determined thermal stability. …”

Severity of Osteogenesis Imperfecta and Structure of a Collagen-like Peptide Modeling a Lethal Mutation Site^† by Randall J. Radmer (2717911)

“…For example, arginine side chains form strong hydrogen bonds with the backbone of the subsequent peptide chain, while lysine and glutamine less frequently form similar hydrogen bonds. This decrease in the observed hydrogen bond frequency correlates with a decrease in the experimentally determined thermal stability. …”

Severity of Osteogenesis Imperfecta and Structure of a Collagen-like Peptide Modeling a Lethal Mutation Site^† by Randall J. Radmer (2717911)

“…For example, arginine side chains form strong hydrogen bonds with the backbone of the subsequent peptide chain, while lysine and glutamine less frequently form similar hydrogen bonds. This decrease in the observed hydrogen bond frequency correlates with a decrease in the experimentally determined thermal stability. …”

Severity of Osteogenesis Imperfecta and Structure of a Collagen-like Peptide Modeling a Lethal Mutation Site^† by Randall J. Radmer (2717911)

“…For example, arginine side chains form strong hydrogen bonds with the backbone of the subsequent peptide chain, while lysine and glutamine less frequently form similar hydrogen bonds. This decrease in the observed hydrogen bond frequency correlates with a decrease in the experimentally determined thermal stability. …”

Exertional heat stroke onset induces rhabdomyolysis development. by Chengcheng Li (2591632)

Temperature-Dependent Pyrolysis of Polyamide–Polyethylene Multilayer Films: Yields, Monomer Recovery, and Product Boiling Range by Joona Lahtinen (19949721)

“…As expected, increasing the PA-6 share led to a rise in nitrogen (up to 1.5 wt %) and a decrease in hydrogen concentrations in the products in a nonlinear manner. …”

Temperature-Dependent Pyrolysis of Polyamide–Polyethylene Multilayer Films: Yields, Monomer Recovery, and Product Boiling Range by Joona Lahtinen (19949721)

“…As expected, increasing the PA-6 share led to a rise in nitrogen (up to 1.5 wt %) and a decrease in hydrogen concentrations in the products in a nonlinear manner. …”

Temperature-Dependent Pyrolysis of Polyamide–Polyethylene Multilayer Films: Yields, Monomer Recovery, and Product Boiling Range by Joona Lahtinen (19949721)

“…As expected, increasing the PA-6 share led to a rise in nitrogen (up to 1.5 wt %) and a decrease in hydrogen concentrations in the products in a nonlinear manner. …”

Energy Metabolism Disorder as a Contributing Factor of Rheumatoid Arthritis: A Comparative Proteomic and Metabolomic Study by Xin Yu Yang (765830)

“…</p><p>Methods</p><p>Synovial fluid from 25 RA patients and 10 normal subjects were analyzed by GC/TOF MS analysis so as to give a broad overview of synovial fluid metabolites. …”

The innovation primacy index and its weight. by Qin-Xia Liu (15389089)

“…In terms of knowledge innovation, R&D innovation and industrial innovation, the industrialization level, around the activation of Xuzhou city vitality, enhances the Xuzhou innovation radiation drive, leading to a decrease in the Huaihai Economic Zone. Finally, some corresponding suggestions on innovation primacy have been proposed for the city of the Huaihai Economic Zone.…”

Parameter Choices for the Fission Model. by Anna K. Leinheiser (20285183)

“…Instead it increases with <i>μ</i> to a certain point and then begins to decrease as <i>μ</i> continues to increase. …”

Effect of storage of whole blood and PRP at RT (23°C) and at 4°C on stability of circulating miRNAs. by Dinesh S. Chandel (8039750)

The result of a density multiplying simulation. by Atsushi Honma (246212)

Protein synthesis inhibition induces <i>mtl-1</i> expression in response to deregulated Ca²⁺ homeostasis. by Hans M. Dalton (5532668)

“…<p>(<i>A</i>-<i>B</i>) Organismal expression of <i>mtl-1</i> is increased while <i>mtl-2</i> is decreased in response to protein synthesis inhibition generated by RNAi in all cells (solid bars), hypodermal-specific RNAi (Hyp), or the germline-specific RNAi (Ger), but not the intestine-specific RNAi (Int) (<i>A</i>); this expression is more pronounced after 5 days (120hr) in the arrested state (<i>B</i>) (3 biological replicates). …”

Quantum FixbbGCN benchmark results. by Jack B. Maguire (5123183)

Training loss raw data. by Jack B. Maguire (5123183)

AUC raw data. by Jack B. Maguire (5123183)