Table_9.PDF by Annika Wahl (4384339)

Results for quantitative variables. by Amaury Robin (20378542)

table2_eDNA Detection of Native and Invasive Crayfish Species Allows for Year-Round Monitoring and Large-Scale Screening of Lotic Systems.xlsx by Franziska Chucholl (10287689)

Table_1.PDF by Annika Wahl (4384339)

Table_4.PDF by Annika Wahl (4384339)

Qualitative characteristics of included patients. by Amaury Robin (20378542)

Data_Sheet_1_Single-cell transcriptome analysis reveals status changes of immune cells in chronic kidney disease.xlsx by Xinhuan Fan (20372985)

Table_7.PDF by Annika Wahl (4384339)

Table_8.PDF by Annika Wahl (4384339)

table3_eDNA Detection of Native and Invasive Crayfish Species Allows for Year-Round Monitoring and Large-Scale Screening of Lotic Systems.xlsx by Franziska Chucholl (10287689)

Table_11.PDF by Annika Wahl (4384339)

Uniaxial tensile testing. by Amaury Robin (20378542)

table1_eDNA Detection of Native and Invasive Crayfish Species Allows for Year-Round Monitoring and Large-Scale Screening of Lotic Systems.xlsx by Franziska Chucholl (10287689)

Table_6.PDF by Annika Wahl (4384339)

Data_Sheet_2_Single-cell transcriptome analysis reveals status changes of immune cells in chronic kidney disease.docx by Xinhuan Fan (20372985)

Defects in intracellular trafficking of fungal cell wall synthases lead to aberrant host immune recognition by Shannon K. Esher (720288)

Table_5.PDF by Annika Wahl (4384339)

Computing the Rotational Diffusion of Biomolecules via Molecular Dynamics Simulation and Quaternion Orientations by Po-chia Chen (1262706)

“…While <i>ab initio D</i>_rot prediction can be achieved by explicit all-atom molecular dynamics simulations, this is hindered by both computational expense and limitations in water models. We propose coarse-grained force fields as a complementary solution, and show that the MARTINI force field with elastic networks is sufficient to compute <i>D</i>_rot in >10 proteins spanning 5–157 kDa. …”

Computing the Rotational Diffusion of Biomolecules via Molecular Dynamics Simulation and Quaternion Orientations by Po-chia Chen (1262706)

“…While <i>ab initio D</i>_rot prediction can be achieved by explicit all-atom molecular dynamics simulations, this is hindered by both computational expense and limitations in water models. We propose coarse-grained force fields as a complementary solution, and show that the MARTINI force field with elastic networks is sufficient to compute <i>D</i>_rot in >10 proteins spanning 5–157 kDa. …”

Video_2_Mode Switch of Ca2 + Oscillation-Mediated Uterine Peristalsis and Associated Embryo Implantation Impairments in Mouse Adenomyosis.MP4 by Mingzi Qu (11644555)