Image_3_METTL7B Is Required for Cancer Cell Proliferation and Tumorigenesis in Non-Small Cell Lung Cancer.tif by Dongcheng Liu (239224)

“…Notably, CCND1, a key regulator for G1/S transition, was significantly decreased with the depletion of METTL7B, resulting in G0/G1 arrest, indicating that METTL7B is critical for cell cycle progression. …”

Table_2_METTL7B Is Required for Cancer Cell Proliferation and Tumorigenesis in Non-Small Cell Lung Cancer.xlsx by Dongcheng Liu (239224)

“…Notably, CCND1, a key regulator for G1/S transition, was significantly decreased with the depletion of METTL7B, resulting in G0/G1 arrest, indicating that METTL7B is critical for cell cycle progression. …”

Image_2_METTL7B Is Required for Cancer Cell Proliferation and Tumorigenesis in Non-Small Cell Lung Cancer.tif by Dongcheng Liu (239224)

“…Notably, CCND1, a key regulator for G1/S transition, was significantly decreased with the depletion of METTL7B, resulting in G0/G1 arrest, indicating that METTL7B is critical for cell cycle progression. …”

Image_1_METTL7B Is Required for Cancer Cell Proliferation and Tumorigenesis in Non-Small Cell Lung Cancer.tif by Dongcheng Liu (239224)

“…Notably, CCND1, a key regulator for G1/S transition, was significantly decreased with the depletion of METTL7B, resulting in G0/G1 arrest, indicating that METTL7B is critical for cell cycle progression. …”

Table_1_METTL7B Is Required for Cancer Cell Proliferation and Tumorigenesis in Non-Small Cell Lung Cancer.docx by Dongcheng Liu (239224)

“…Notably, CCND1, a key regulator for G1/S transition, was significantly decreased with the depletion of METTL7B, resulting in G0/G1 arrest, indicating that METTL7B is critical for cell cycle progression. …”

Box plots of genera showing statistically significant difference in taxonomic abundance. by Hiroko Yahara (9707647)

Subjects:

A small proportion of Talin molecules at muscle attachment sites in vivo are mechanically engaged. by Sandra B. Lemke (6519788)

Gardner-Altman estimation plots identifying Pre- and Post-intervention individual changes for peak net relative force and Hedge’s <i>g</i> effect size with the 95% CI indicated by... by Nicholas J. Ripley (14709756)

Subjects:

Pairwise comparisons of peak net IMTP force for all training groups. by Nicholas J. Ripley (14709756)

Subjects:

Schematic diagram of pre-testing, seven-week intervention and post-testing. by Nicholas J. Ripley (14709756)

Subjects:

Pairwise comparisons of countermovement jump measures for all training groups. by Nicholas J. Ripley (14709756)

Subjects:

Descriptive and reliability statistics for BF_LH FL for both 10 cm FOV. by Nicholas J. Ripley (14709756)

Subjects:

Gardner-Altman estimation plots identifying Pre- and Post-intervention individual changes for relative bicep femoris fascicle length and Hedge’s <i>g</i> effect size with the 95% C... by Nicholas J. Ripley (14709756)

Subjects:

Lower limb resistance training programe, including sets x reps and estimated one repetition maximum percentages, performed by the control and intervention groups across the seven-w... by Nicholas J. Ripley (14709756)

Subjects:

Gardner-Altman estimation plots identifying Pre- and Post-intervention individual changes for peak eccentric hamstring force and Hedge’s <i>g</i> effect size with the 95% CI indica... by Nicholas J. Ripley (14709756)

Subjects:

Pairwise comparisons of body mass for all training groups. by Nicholas J. Ripley (14709756)

Subjects:

Pairwise comparisons of Bicep femoris fascicle length for all training groups. by Nicholas J. Ripley (14709756)

Subjects:

Gardner-Altman estimation plots identifying Pre- and Post-intervention individual changes for take-off velocity and Hedge’s <i>g</i> effect size with the 95% CI indicated by the en... by Nicholas J. Ripley (14709756)

Subjects:

Gardner-Altman estimation plots identifying Pre- and Post-intervention individual changes for absolute bicep femoris fascicle length and Hedge’s <i>g</i> effect size with the 95% C... by Nicholas J. Ripley (14709756)

Subjects:

Gardner-Altman estimation plots identifying Pre- and Post-intervention individual changes for 0-20m sprint time and Hedge’s <i>g</i> effect size with the 95% CI indicated by the en... by Nicholas J. Ripley (14709756)

Subjects: