DataSheet_1_Gut Microbiota Dysbiosis Induced by Decreasing Endogenous Melatonin Mediates the Pathogenesis of Alzheimer’s Disease and Obesity.docx by Boqi Zhang (8717811)

“…Correlation analysis revealed that systemic inflammation may be related to the increase of Ruminiclostridium_5 relative abundance. 8-month-old EMR mice had AD-like phenotypes, including Iba-1 activation, A β protein deposition and decreased spatial memory ability. …”

Effect of V3, MPER and IDR peptides on ID50 neutralization titers of the cross-neutralizing plasma in depletion and competition experiments. by Raiees Andrabi (138046)

“…</p>b<p><b>ID₅₀ fold decrease</b>; Plasma ID50 fold decrease for depletion assay was calculated as, ID50 with mock depleted plasma/ID50 with V3, MPER and IDR depleted plasma, and for competition assay as ID50 with untreated plasma/ID50 with V3, MPER and IDR treated plasma. …”

Figure S1 - Naringenin Decreases Invasiveness and Metastasis by Inhibiting TGF-β-Induced Epithelial to Mesenchymal Transition in Pancreatic Cancer Cells by Changjie Lou (109143)

Adult Fos expression in the PN5-9 group tested as adults for carrageenan-induced hyperalgesia. by Gordon A. Barr (11163243)

Schematic illustrations of different scaffold internal structures; A) lattice, B) staggered. by Zahra Yazdanpanah (10038944)

Treatment of cancer cells with FL118 significantly decreases BrdU positive cells (proliferative cells) and induces apoptotic markers. by Xiang Ling (307318)

Video_4_Decreased levels of discomfort in repeatedly handled mice during experimental procedures, assessed by facial expressions.MP4 by Julia Swan (14556800)

Video_1_Decreased levels of discomfort in repeatedly handled mice during experimental procedures, assessed by facial expressions.MP4 by Julia Swan (14556800)

Video_3_Decreased levels of discomfort in repeatedly handled mice during experimental procedures, assessed by facial expressions.MP4 by Julia Swan (14556800)

Video_3_Decreased levels of discomfort in repeatedly handled mice during experimental procedures, assessed by facial expressions.MP4 by Julia Swan (14556800)

Video_6_Decreased levels of discomfort in repeatedly handled mice during experimental procedures, assessed by facial expressions.MP4 by Julia Swan (14556800)

Video_8_Decreased levels of discomfort in repeatedly handled mice during experimental procedures, assessed by facial expressions.MP4 by Julia Swan (14556800)

Video_6_Decreased levels of discomfort in repeatedly handled mice during experimental procedures, assessed by facial expressions.MP4 by Julia Swan (14556800)

Video_1_Decreased levels of discomfort in repeatedly handled mice during experimental procedures, assessed by facial expressions.MP4 by Julia Swan (14556800)

Video_8_Decreased levels of discomfort in repeatedly handled mice during experimental procedures, assessed by facial expressions.MP4 by Julia Swan (14556800)

Video_2_Decreased levels of discomfort in repeatedly handled mice during experimental procedures, assessed by facial expressions.MP4 by Julia Swan (14556800)

Video_7_Decreased levels of discomfort in repeatedly handled mice during experimental procedures, assessed by facial expressions.MP4 by Julia Swan (14556800)

Video_4_Decreased levels of discomfort in repeatedly handled mice during experimental procedures, assessed by facial expressions.MP4 by Julia Swan (14556800)

Video_7_Decreased levels of discomfort in repeatedly handled mice during experimental procedures, assessed by facial expressions.MP4 by Julia Swan (14556800)

Video_2_Decreased levels of discomfort in repeatedly handled mice during experimental procedures, assessed by facial expressions.MP4 by Julia Swan (14556800)