PTable S2 Differentially expressed genes. by Li-Hong Chen (610826)

Subjects:

The transfection efficiency of CYP1B1 knockdown in THP-1 cells. by Li-Hong Chen (610826)

Subjects:

Knockdown of CYP1B1 inhibited monocytes activation and tryptophan metabolism. by Li-Hong Chen (610826)

Subjects:

PTable S5 Markers of each cell cluster. by Li-Hong Chen (610826)

Subjects:

The specific expression of CYP1B1 were explored in different cell types at single-cell level. by Li-Hong Chen (610826)

Subjects:

Validation of CYP1B1 expression in THP-1 monocytes. by Li-Hong Chen (610826)

Subjects:

Prediction of the effect of the 9 nsSNPs on AKT2 proteins’ structure and function by eight computational tools. by Sadia Afrin Runa (22504971)

Subjects:

Distribution of SNPs and their frequencies based on mutation classes. by Sadia Afrin Runa (22504971)

Subjects:

Hydrogen bond interactions between Capivasertib (red) and the AKT2 protein (blue) as predicted by molecular docking analyses. by Sadia Afrin Runa (22504971)

Subjects:

Hydrogen bond interactions between Ipatasertib (red) and the AKT2 protein (blue) as predicted by molecular docking analyses. by Sadia Afrin Runa (22504971)

Subjects:

Entomopathogenic fungi-derived copper nanoparticles (CuNPs) exhibited pupicidal activity against pupae of <i>A</i>. <i>albopictus</i> at 24 and 48h post treatment. by Perumal Vivekanandhan (4863484)

Subjects:

S1 Data - by Perumal Vivekanandhan (4863484)

Subjects:

Entomopathogenic fungi-derived copper nanoparticles (CuNPs) exhibited adulticidal activity against adult of <i>A</i>. <i>albopictus</i> at 24 and 48h post treatment. by Perumal Vivekanandhan (4863484)

Subjects:

Hydrogen bond interactions between Akt1/Akt2-IN-1 (red) and the AKT2 protein (blue) as predicted by molecular docking analyses. by Sadia Afrin Runa (22504971)

Subjects:

Predicted pathogenicity of R274H, Y265N, and R467W substitutions and their molecular mechanisms. by Sadia Afrin Runa (22504971)

Subjects:

The Fig illustrates the effects of mutations on the stability, flexibility, compactness, and interactions of the AKT2-Akt1/Akt2-IN-1 through molecular dynamics simulations. by Sadia Afrin Runa (22504971)

Subjects:

Non-covalent interactions between Capivasertib (ball stick) and the AKT2 protein as predicted by molecular docking analyses. by Sadia Afrin Runa (22504971)

Subjects:

Non-covalent interactions between Akt1/Akt2-IN-1 (ball stick) and the AKT2 protein as predicted by molecular docking analyses. by Sadia Afrin Runa (22504971)

Subjects:

Binding affinity of Akt1/Akt2-IN-1, Capivasertib, and Ipatasertib with AKT2 (wild and mutants) protein. by Sadia Afrin Runa (22504971)

Subjects:

Superimposed structures of AKT2 native (green color) and mutant (red color) models to visualize the stereochemical conformation of wild type and mutant residues at (a) 274, (b) 265... by Sadia Afrin Runa (22504971)

Subjects: