Image_1_Memantine increases the dendritic complexity of hippocampal young neurons in the juvenile brain after cranial irradiation.tif by Georgios Alkis Zisiadis (17093734)

“…Long-term treatment with 10 mg/kg/day of memantine, equivalent to the clinically used dose, did not impact proliferation, neither in the intact brain, nor after IR, but significantly increased the number of young neurons (doublecortin expressing cells) with radial dendrites (29% in sham controls and 156% after IR) and enhanced their dendritic arborization. …”

Image_2_Memantine increases the dendritic complexity of hippocampal young neurons in the juvenile brain after cranial irradiation.tif by Georgios Alkis Zisiadis (17093734)

“…Long-term treatment with 10 mg/kg/day of memantine, equivalent to the clinically used dose, did not impact proliferation, neither in the intact brain, nor after IR, but significantly increased the number of young neurons (doublecortin expressing cells) with radial dendrites (29% in sham controls and 156% after IR) and enhanced their dendritic arborization. …”

Image_3_Memantine increases the dendritic complexity of hippocampal young neurons in the juvenile brain after cranial irradiation.tif by Georgios Alkis Zisiadis (17093734)

“…Long-term treatment with 10 mg/kg/day of memantine, equivalent to the clinically used dose, did not impact proliferation, neither in the intact brain, nor after IR, but significantly increased the number of young neurons (doublecortin expressing cells) with radial dendrites (29% in sham controls and 156% after IR) and enhanced their dendritic arborization. …”

Bone microarchitecture and body mass not significantly different between PDLD and control mice at 8-week baseline. by Scott Birks (20297863)

Significant PWAS association counts in PAGE. by Ryan Schubert (6338801)

MMscore vs confidence for all 7 complexes using 100 iterations per complex (n = 700) from the CASP15 set. by Patrick Bryant (4971619)

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Trendlines displaying the relationship between skull length and dental complexity (avgOPCR) in two genera. by Kiana Christensen (11419667)

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Calculated range of average dental complexities for four dietary groups. by Kiana Christensen (11419667)

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Information of specimens used in this study including identification, avgOPCR per tooth of all included elements, diet classification, percentage of plant material in diet, total n... by Kiana Christensen (11419667)

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Comparisons of element complexity in <i>Ctenosaura</i> and <i>Amblyrhynchus</i> using average OPCR-values of each element. by Kiana Christensen (11419667)

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Statistical analysis comparing OPCR-values between dietary categories. by Kiana Christensen (11419667)

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Data Sheet 1_Validation of an MPS-based intestinal cell culture model for the evaluation of drug-induced toxicity.docx by Stefanie Hoffmann (3756733)

“…Overall, from the 23 tested compounds, 15 showed the expected outcome, i.e., the compound led to a decrease of the TEER for the positive control compounds, or the TEER value remained stable after treatment with non-GI-toxic compounds.…”

Supplementary Material for: The role of brain integrity in the association between occupational complexity and cognitive performance in subjects with increased risk of dementia by Rydström A. (15302848)

Inter-county mobility patterns reflect social distancing and travel restrictions. by Hengfang Deng (7003667)

“…The fractions of mid and long-distance travel experienced about a 9.9% and 7.3% decrease, respectively. <b>f-h</b>, temporal changes of the inter-county mobility network. …”

IoU significance comparison of the effect of adding the newly designed components to the baseline (the group numbers on X axis correspond to the step numbers in by Zhanlin Ji (12581332)

P-values obtained with the Kruskal-Wallis test. by Elisabeth Pfaehler (5755130)

Inter-annual variations in the TVDI and proportions of the study area with different drought classes in the Santun River Irrigation Area during 2005–2023. by Yuxin Wei (11510974)

BMPR2-deficient ECs show increased activation of β1-integrin-ILK mechano-complexes, re-localization of these complexes to cell junctions, and junctional stiffening. by Christian Hiepen (1354257)

Binding of compound 16 with DNA-Topo II complex. by Ahmed A. Gaber (13302308)

Binding of compound 17 with DNA-Topo II complex. by Ahmed A. Gaber (13302308)