No significant differences in the numbers of eggs between Mst1^+/+ and Mst1^ΔM/ΔM mice. by Jianyang Li (461703)

Change in Watt’s Connectedness Scale, Subscales by Treatment Group. by Benjamin R. Lewis (22279166)

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Primary and secondary efficacy end points (intention-to-treat population). by Benjamin R. Lewis (22279166)

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Demographic and clinical characteristics of participants at baseline. by Benjamin R. Lewis (22279166)

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Study-related adverse events. by Benjamin R. Lewis (22279166)

Subjects:

Study flow chart. by Benjamin R. Lewis (22279166)

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Change in QIDS-SR-16 and MBI-HSS-MP by Treatment Group. by Benjamin R. Lewis (22279166)

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Study CONSORT diagram. by Benjamin R. Lewis (22279166)

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Change in Demoralization Scale (DSII) by Treatment Group. by Benjamin R. Lewis (22279166)

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Change in Watt’s Connectedness Scale (WCS), General Connectedness by Treatment Group. by Benjamin R. Lewis (22279166)

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Group-level narrow- and broad-band spectral changes after hemispherotomy reveal a marked EEG slowing of the isolated cortex, robust across patients. by Michele Angelo Colombo (22446342)

“…This decrease was larger in the disconnected than in the contralateral cortex. …”

Data_Sheet_1_Gaussian Graphical Models Reveal Inter-Modal and Inter-Regional Conditional Dependencies of Brain Alterations in Alzheimer's Disease.pdf by Martin Dyrba (417214)

Simulations of Diabetic and Non-Diabetic Peripheral Nerve Myelin Lipid Bilayers by Yiding Yuan (10918675)

“…Compared to PI-lipids, PS-lipids were found to cause higher inter-lipid spacing and decreased order within membranes as a result of their smaller headgroup size and higher inter-lipid hydrogen bonding potential, which allow them to more frequently reside deeper in the membrane plane and produce pushing effects on other lipids. …”

Simulations of Diabetic and Non-Diabetic Peripheral Nerve Myelin Lipid Bilayers by Yiding Yuan (10918675)

“…Compared to PI-lipids, PS-lipids were found to cause higher inter-lipid spacing and decreased order within membranes as a result of their smaller headgroup size and higher inter-lipid hydrogen bonding potential, which allow them to more frequently reside deeper in the membrane plane and produce pushing effects on other lipids. …”

Simulations of Diabetic and Non-Diabetic Peripheral Nerve Myelin Lipid Bilayers by Yiding Yuan (10918675)

“…Compared to PI-lipids, PS-lipids were found to cause higher inter-lipid spacing and decreased order within membranes as a result of their smaller headgroup size and higher inter-lipid hydrogen bonding potential, which allow them to more frequently reside deeper in the membrane plane and produce pushing effects on other lipids. …”

Simulations of Diabetic and Non-Diabetic Peripheral Nerve Myelin Lipid Bilayers by Yiding Yuan (10918675)

“…Compared to PI-lipids, PS-lipids were found to cause higher inter-lipid spacing and decreased order within membranes as a result of their smaller headgroup size and higher inter-lipid hydrogen bonding potential, which allow them to more frequently reside deeper in the membrane plane and produce pushing effects on other lipids. …”

Simulations of Diabetic and Non-Diabetic Peripheral Nerve Myelin Lipid Bilayers by Yiding Yuan (10918675)

“…Compared to PI-lipids, PS-lipids were found to cause higher inter-lipid spacing and decreased order within membranes as a result of their smaller headgroup size and higher inter-lipid hydrogen bonding potential, which allow them to more frequently reside deeper in the membrane plane and produce pushing effects on other lipids. …”

Simulations of Diabetic and Non-Diabetic Peripheral Nerve Myelin Lipid Bilayers by Yiding Yuan (10918675)

“…Compared to PI-lipids, PS-lipids were found to cause higher inter-lipid spacing and decreased order within membranes as a result of their smaller headgroup size and higher inter-lipid hydrogen bonding potential, which allow them to more frequently reside deeper in the membrane plane and produce pushing effects on other lipids. …”

Simulations of Diabetic and Non-Diabetic Peripheral Nerve Myelin Lipid Bilayers by Yiding Yuan (10918675)

“…Compared to PI-lipids, PS-lipids were found to cause higher inter-lipid spacing and decreased order within membranes as a result of their smaller headgroup size and higher inter-lipid hydrogen bonding potential, which allow them to more frequently reside deeper in the membrane plane and produce pushing effects on other lipids. …”

Simulations of Diabetic and Non-Diabetic Peripheral Nerve Myelin Lipid Bilayers by Yiding Yuan (10918675)

“…Compared to PI-lipids, PS-lipids were found to cause higher inter-lipid spacing and decreased order within membranes as a result of their smaller headgroup size and higher inter-lipid hydrogen bonding potential, which allow them to more frequently reside deeper in the membrane plane and produce pushing effects on other lipids. …”