Inclusion of TPP side chains result in decreased melanoma cell mitochondria membrane potential, oxygen consumption, and increased DHE oxidation. by Kyle C. Kloepping (9928265)

Flow chart of sediment P fractionation procedure. by Jiayu Hu (673291)

“…The P release rate was significantly and negatively correlated with dissolved organic C and redox potential at all temperatures, negatively correlated with sediment inorganic P at 21°C, while negatively correlated with sediment organic P at 37°C. …”

In microglia, C1 reduced NO release triggered by IFNγ and PolyIC, and did not affect LPS induced cytokine release. by Philipp Jordan (9364068)

“…Treatment with C1 caused a dose-dependent decrease of NO release in primary cultured microglia upon stimulation with IFNγ (left, in red) and PolyIC (right, in red). …”

Variations in slope utilization by a female red panda across different time periods and in comparison with their wild individuals. Different capital letters indicated significant d... by Yanshan Zhou (14131359)

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Variations in altitude utilization by a female red panda across different time periods and in comparison with wild individuals. Different capital letters indicated significant diff... by Yanshan Zhou (14131359)

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Variations in aspect utilization by a female red panda across different time periods and in comparison with wild individuals. Different capital letters indicated significant differ... by Yanshan Zhou (14131359)

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Regulatory Mechanisms of SNAP-25-Associated Insulin Release Revealed by Live-Cell Confocal and Single-Molecule Localization Imaging by Guanfang Zhao (11574644)

“…Additionally, we found that glucotoxicity also had an inhibitory effect on the colocalization between SNAP-25 and STX-1A, indicating a decrease of their interactions. Our study sheds light on the regulatory effects of glucose on the functional organization of t-SNAREs at a subcellular and molecular level, thus providing new insights into the mechanisms by which SNAREs regulate insulin release.…”

This is the raw data used for this study. by James M. Friedman (22522150)

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Pre-operative versus post-operative symptoms. by James M. Friedman (22522150)

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The Human Disharmony Loop (full) Including Inciting Factors. by James M. Friedman (22522150)

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Baseline Severity of Disease by Scapular Dyskinesia Stage^1. by James M. Friedman (22522150)

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The Human Disharmony Loop Clinical Presentation. by James M. Friedman (22522150)

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Patient Demographics. by James M. Friedman (22522150)

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Pain and Function Outcomes Following PM Tenotomy. by James M. Friedman (22522150)

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Diagnostic Criteria for Human Disharmony Loop. by James M. Friedman (22522150)

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Normal Anatomy vs. Disharmonic Pathoanatomy. by James M. Friedman (22522150)

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The Human Disharmony Loop (central). by James M. Friedman (22522150)

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Sample Pain Diagrams. by James M. Friedman (22522150)

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Patient Example. by James M. Friedman (22522150)

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Increasing gaps and decreasing returns attenuate spending effects. by William Minozzi (8564712)