NTF effect on neuronal morphologies Effect of 50 ng/ml BDNF, 100 ng/ml CNTF and the combination of both NTFs (B/C) compared to negative control (NC) on neuronal morphology in terms... by Jana Schwieger (782065)

Comparison (in percent) of annual heat production per square meter of installed collector for several representative solar-thermal systems: a) evacuated tube to flat-plate, b) conc... by Zack Norwood (669273)

Comparison (in percent) of annual electricity production per square meter of installed collector for several representative solar-electric systems a) non-tracking mono-Si to non-tr... by Zack Norwood (669273)

Bulk-segregant analysis results for the cross between YJM627 and DBVPG1058. by Andreas Tsouris (10726951)

Effect of quinoline based 1,2,3-triazole and its structural analogues on growth and virulence attributes of <i>Candida albicans</i> - Fig 4 by Mohammad Irfan (464459)

Loss of 5-Hydroxymethylcytosine Is an Independent Unfavorable Prognostic Factor for Esophageal Squamous Cell Carcinoma by Xuejiao Shi (1684186)

“…It was reported that 5-hmC levels were decreased in a variety of cancers and could be regarded as an epigenetic hallmark of cancer. …”

Representative activity cliffs for a proprietary hERG blocker series differing solely in the 6-ring substructures (residing within the putative BC feature set). by Hongbin Wan (1904146)

Summary of von Mises stress values from specimen FEA. by Nathan L. Wright (18389458)

Clot lysis velocity correlated with the clot growth velocity in mathematical simulation (r² = 0.96, opened symbols) and <i>in vitro</i> experiments (r² = 0.91... by Ansar S. Zhalyalov (4233721)

Results from mixed-effect regression models for Stroop Blocks 1 and 2. by Nicholas P. Carruth (16469743)

CLP results in long-lasting myeloid inflammation in the brain. by Benjamin H. Singer (358781)

“…The proportion of PMN and monocytes increase at 14 days in post-CLP mice, however, while decreasing in sham operated controls. By 50 days after CLP, the proportion of PMN and monocytes decreases nearly to baseline.…”

<i>atoh1a</i> is required for the specification of the <i>lhx2b</i> neuronal population. by Ivan Belzunce (8394237)

“…Note that <i>atoh1b</i> expression (compare A-A’ and G-G’ with D-D’ and J-J’), and the lateral domains of <i>lhx2b</i> diminished (compare white asterisks in B-B’ with E-E’, and H-H’ with K-K’), whereas the more medial domain does not decrease so dramatically (compare white arrowheads in B-B’ with E-E’, and H-H’ with K-K’). …”

Influence of Cross-Link Density on Electrochromic Properties of Conjugated Polymer by Shouli Ming (1591192)

“…Here, a series of poly(3,4-ethylenedioxy­thiophene) (PEDOT) derivatives with different cross-link densities were prepared by two steps: (1) free radical polymerization of flexible side chain (methacrylate); (2) electrochemical copolymerization of conjugated units (thiophene derivatives). …”

Influence of Cross-Link Density on Electrochromic Properties of Conjugated Polymer by Shouli Ming (1591192)

“…Here, a series of poly(3,4-ethylenedioxy­thiophene) (PEDOT) derivatives with different cross-link densities were prepared by two steps: (1) free radical polymerization of flexible side chain (methacrylate); (2) electrochemical copolymerization of conjugated units (thiophene derivatives). …”

Optical Control of Insect Behavior and Receptors with Azobenzene-Bridged Fipronil and Imidacloprid by Wen Fu (2040040)

“…IMI-AB-FIP in both <i>trans</i>/<i>cis</i> isomers can be reversibly interconverted depending on light, accompanied by insecticidal activity decrease or increase by 1.5–2.3 folds. In addition, IMI-AB-FIP displayed synergistic effects against A. craccivora (LC_{50, IMI‑AB‑FIP} = 14.84–22.10 μM, LC_{50, IMI‑AB‑IMI} = 210.52–266.63 μM, LC_{50, and FIP‑AB‑FIP} = 36.25–51.04 μM), mainly resulting from a conceivable reason for simultaneous targeting on both GABARs and nAChRs. …”

miR-27a protects human mitral valve interstitial cell from TNF-α-induced inflammatory injury via up-regulation of NELL-1 by Honglei Chen (125181)

Simultaneous Measurement of Glass-Transition Temperature and Crystallinity of As-Prepared Polymeric Films from Restitution by Jinwon Park (5539865)

“…Demonstrating with eight different types of polymers, we show that <i>T</i>_g is the onset of the decrease in restitution, and <i>X</i>_c is the minimum restitution for semi-crystalline polymers with <i>X</i>_c up to 50%. …”

Simultaneous Measurement of Glass-Transition Temperature and Crystallinity of As-Prepared Polymeric Films from Restitution by Jinwon Park (5539865)

“…Demonstrating with eight different types of polymers, we show that <i>T</i>_g is the onset of the decrease in restitution, and <i>X</i>_c is the minimum restitution for semi-crystalline polymers with <i>X</i>_c up to 50%. …”

Simultaneous Measurement of Glass-Transition Temperature and Crystallinity of As-Prepared Polymeric Films from Restitution by Jinwon Park (5539865)

“…Demonstrating with eight different types of polymers, we show that <i>T</i>_g is the onset of the decrease in restitution, and <i>X</i>_c is the minimum restitution for semi-crystalline polymers with <i>X</i>_c up to 50%. …”

Simultaneous Measurement of Glass-Transition Temperature and Crystallinity of As-Prepared Polymeric Films from Restitution by Jinwon Park (5539865)

“…Demonstrating with eight different types of polymers, we show that <i>T</i>_g is the onset of the decrease in restitution, and <i>X</i>_c is the minimum restitution for semi-crystalline polymers with <i>X</i>_c up to 50%. …”