Loss of MALS-1 function suppresses the mitochondrial and axon degeneration phenotypes that are caused by loss of RBM-26 function. by Tamjid A. Chowdhury (14149846)

“…For panel B, error bars represent the standard error of the mean (<i>n</i> = 25), and statistical significance was analyzed by one-way ANOVA with a Tukey post hoc test (*<i>p</i> < 0.05 and **<i>p</i> < 0.01). …”

RBM-26 binds to the <i>mals-1</i> mRNA and negatively regulates its expression. by Tamjid A. Chowdhury (14149846)

RBM-26 is expressed in the PLM and functions within neurons to protect against axon degeneration and prevent axon overlap defects. by Tamjid A. Chowdhury (14149846)

Mutations in <i>rbm-26</i> cause axon degeneration and axon overlap defects. by Tamjid A. Chowdhury (14149846)

Expression of RBM-26 is disrupted by P80L and L13V missense mutations. by Tamjid A. Chowdhury (14149846)

Effects of busulfan treatment (6 mg/kg) on the body and testes weights of mice over three weeks. by Lingjun Zhao (21763122)

“…<p>(A) testicular volume, and (B) testicular weights decrease over time. …”

Effect of busulfan treatment on androgens and androgen receptors. by Lingjun Zhao (21763122)

“…<p>Enzyme-linked immunosorbent assay results for A) androgens and B) androgen receptors. The androgen concentration remains stable after busulfan treatment, but the androgen receptor concentration significantly decreases 21 days after treatment. …”

Busulfan treatment induces orchitis. by Lingjun Zhao (21763122)

“…<p>(A) Hematoxylin and eosin staining of mouse testis tissue show gradual shedding of spermatogonia and decreases in the seminiferous tubule over time after busulfan treatment. …”

Effects of busulfan treatment on CX43 and N-Cadherin. by Lingjun Zhao (21763122)

Effects of busulfan treatment on the ultrastructure of the blood-testis barrier (BTB). by Lingjun Zhao (21763122)

Stress-strain curves under unconfined compression for samples with different cementation concentrations: (a) Concentration of 0.25 mol/L; (b) Concentration of 1 mol/L; (c) Concentr... by Xiaoyan Ding (291429)

Distribution of the unconfined compressive strength of specimens at different positions under different filling speeds: (a) Working condition M1; (b) Working condition M2; (c) Work... by Xiaoyan Ding (291429)

Treatment of cancer cells with vitamin D3 induced death <i>a.</i> by Vidya G. Bettada (22208808)

Coal mine fire area sampling data. (a) temperature, (b) humidity, (c) total nitrogen, (d) total phosphorus, and (e) available potassium (Republished from Desheng Xie under a CC BY... by Desheng Xie (21439869)

Comparison of training and predicted values of compound water solubility for different machine learning models: (A) AdaBoost, (B) GBDT, (C) LGBM, (D) RF, (E) XGBoost, (F) RF, and (... by Bin Pan (742525)

Microhardness of various samples. by Huashen Guan (20454677)

“…After shot peening, the wear resistance of the sample significantly improved, and the amount of wear significantly decreased. …”

Shot peening process parameters. by Huashen Guan (20454677)

“…After shot peening, the wear resistance of the sample significantly improved, and the amount of wear significantly decreased. …”

Schematic diagram of pin-disk wear. by Huashen Guan (20454677)

“…After shot peening, the wear resistance of the sample significantly improved, and the amount of wear significantly decreased. …”

Parameters of the sliding wear test. by Huashen Guan (20454677)

“…After shot peening, the wear resistance of the sample significantly improved, and the amount of wear significantly decreased. …”

Finite element model of shot peening. by Huashen Guan (20454677)

“…After shot peening, the wear resistance of the sample significantly improved, and the amount of wear significantly decreased. …”