Gene expression of CCL22 but not CXCR4 is attenuated in tumors from runners but not non-runners. by Jorming Goh (490491)

Subunit exchange studies of HspB2 at different temperatures. by Sankaralingam Prabhu (335023)

Parameter estimates of the growth model. by Nadja Rüger (204290)

Adaptation in blocked and shuffled sequences. by Efe Soyman (7326125)

Effect of sanitation intervention (sanitation and WSH combined vs control) on concentration of STH eggs in soil. by Lauren Steinbaum (3163710)

Cumulative effect of Chr1 and Chr18 QTLs on nasal bone shape. by Gaétan Burgio (5648599)

Procedural finger-tapping task. by Johannes Holz (316087)

TREK-1-deficient cells were protected from stretch-induced cell detachment. by Esra Roan (524613)

Image_4_Astrocytic Ephrin-B1 Controls Synapse Formation in the Hippocampus During Learning and Memory.TIF by Amanda Q. Nguyen (8584413)

“…In contrast, ephrin-B1 OE in hippocampal astrocytes impaired dendritic spine formation and clustering, specifically on c-Fos(+) neurons, coinciding with an overall decrease in vGlut1/PSD95 co-localization. Although astrocytic ephrin-B1 influenced learning-induced spine formation, the changes in astrocytic ephrin-B1 levels did not affect spine enlargement as no genotype differences in spine volume were observed between trained WT, KO, and OE groups. …”

Data_Sheet_1_Astrocytic Ephrin-B1 Controls Synapse Formation in the Hippocampus During Learning and Memory.docx by Amanda Q. Nguyen (8584413)

“…In contrast, ephrin-B1 OE in hippocampal astrocytes impaired dendritic spine formation and clustering, specifically on c-Fos(+) neurons, coinciding with an overall decrease in vGlut1/PSD95 co-localization. Although astrocytic ephrin-B1 influenced learning-induced spine formation, the changes in astrocytic ephrin-B1 levels did not affect spine enlargement as no genotype differences in spine volume were observed between trained WT, KO, and OE groups. …”

Image_3_Astrocytic Ephrin-B1 Controls Synapse Formation in the Hippocampus During Learning and Memory.TIF by Amanda Q. Nguyen (8584413)

“…In contrast, ephrin-B1 OE in hippocampal astrocytes impaired dendritic spine formation and clustering, specifically on c-Fos(+) neurons, coinciding with an overall decrease in vGlut1/PSD95 co-localization. Although astrocytic ephrin-B1 influenced learning-induced spine formation, the changes in astrocytic ephrin-B1 levels did not affect spine enlargement as no genotype differences in spine volume were observed between trained WT, KO, and OE groups. …”

Image_1_Astrocytic Ephrin-B1 Controls Synapse Formation in the Hippocampus During Learning and Memory.TIF by Amanda Q. Nguyen (8584413)

“…In contrast, ephrin-B1 OE in hippocampal astrocytes impaired dendritic spine formation and clustering, specifically on c-Fos(+) neurons, coinciding with an overall decrease in vGlut1/PSD95 co-localization. Although astrocytic ephrin-B1 influenced learning-induced spine formation, the changes in astrocytic ephrin-B1 levels did not affect spine enlargement as no genotype differences in spine volume were observed between trained WT, KO, and OE groups. …”

RhoGDI was involved in XIAP regulation of cell migration and actin polymerization. by Jinyi Liu (325830)

“…Stable transfectants of shRNA-RhoGDI in WT and XIAP^−/− cells were identified. …”

Image_2_Astrocytic Ephrin-B1 Controls Synapse Formation in the Hippocampus During Learning and Memory.TIF by Amanda Q. Nguyen (8584413)

“…In contrast, ephrin-B1 OE in hippocampal astrocytes impaired dendritic spine formation and clustering, specifically on c-Fos(+) neurons, coinciding with an overall decrease in vGlut1/PSD95 co-localization. Although astrocytic ephrin-B1 influenced learning-induced spine formation, the changes in astrocytic ephrin-B1 levels did not affect spine enlargement as no genotype differences in spine volume were observed between trained WT, KO, and OE groups. …”

Safe and effective subcutaneous adipolysis in minipigs by a collagenase derivative by Fuding Chen (8207553)

“…Three vectors were constructed for expressing rColH(FM, mutant for fat melting, with 6xHis tag), rColH(WT, wild-type, with 6xHis tag), and rColH(E451D, E451D mutant, without 6xHis tag) in <i>Escherichia coli</i>. rColH(FM) & rColH(WT) were purified by Ni Sepharose on a laboratory scale, while rColH(E451D) was purified by five chromatography purification steps on a large scale. …”

Heat map analysis of selected peptides. by Sayani Dasgupta (104387)

“…Dark green indicates peptides that showed a smaller decrease (ratio 0.51–0.80). Grey indicates peptides that were close to the levels in the control cells (ratio 0.81–1.24). …”

<i>B</i>. <i>subtilis</i> global acetylome analyses. by Alicyn Reverdy (5801912)

“…About 50% (n = 590) of the acetylated proteins had a mild increase in the acetylation level in either one of the two mutants while the other 50% (n = 590) had a mild decrease. …”

Spontaneous EPSCs and IPSCs in wildtype and <i>orexin/ataxin-3</i> mice. by Natsuko Tsujino (169784)

“…Inset shows mean sEPSC amplitude of wildtype mice (WT) and <i>orexin/ataxin-3</i> mice (Tg). C. Cumulative probability plots of sIPSC inter-event intervals (n = 6–7), showing decrease in sIPSC frequency in <i>orexin/ataxin-3</i> mice. …”

A genome-wide genetic screen identifies modifiers of LRRK2 toxicity in yeast. by Yulan Xiong (250746)

“…<p>(A) Yeast gene deletion strains <i>ahc2Δ</i> and <i>rmd8Δ</i> markedly enhance LRRK2-induced toxicity in yeast compared to the WT strain. Yeast WT strain BY4741 and gene deletion strains <i>ahc2Δ</i> and <i>rmd8Δ</i> cells were transformed with galactose-inducible expression constructs containing the central GTP-COR-Kin fragment of WT LRRK2 or empty vector as a control. …”

Effect of Coexisting TiO₂ Powder on Ionic Conduction of Highly Concentrated LiTFSA Aqueous Electrolyte (20.5 mol kg⁻¹) (Supporting Information) by Jingchao XU (20364711)

“…The conductivity increases exponentially with an increase of the liquid content up to ca. 40 vol%, and the activation energy of the conductivity increases with a decrease of the liquid content below 35 vol%. …”