Effect of mutations on protein stability predicted by I-MUTANT 2.0, MUpro and CUPSAT. by Ashraf Attia Mahmoud (21262201)

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P53 mutant docking results (HDOCK and pyDOCK servers). by Ashraf Attia Mahmoud (21262201)

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Oncogenic Classification of TP53 missense mutations. by Ashraf Attia Mahmoud (21262201)

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Computational analysis of missense mutations using PhD-SNP, PANTHER and, SNPs&GO. by Ashraf Attia Mahmoud (21262201)

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Result of the phenotypic analysis. by Ashraf Attia Mahmoud (21262201)

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Oncogenic nature of mutations predicted using CScape and CScape-somatic. by Ashraf Attia Mahmoud (21262201)

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(A) Pie chart showing the distribution of mutation types identified within the TP53 gene. by Ashraf Attia Mahmoud (21262201)

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Structural clashes in TP53 mutants: (A) G266E mutation causes steric clashes with PHE109 and LEU257, destabilizing the structure. by Ashraf Attia Mahmoud (21262201)

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(A) TP53 expression levels are elevated in TP53-mutant and nonmutant HNSC samples compared to normal tissues. by Ashraf Attia Mahmoud (21262201)

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Type of Mutations. by Ashraf Attia Mahmoud (21262201)

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Comparison of absolute (mg) and relative (mg/g body weight) organ weights between newborn control and <i>aP2-Drp1</i>^f/f mice. by Yuta Ibayashi (20404811)

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iBAT characterization of the <i>aP2-Drp1</i>^f/f neonatal mice. by Yuta Ibayashi (20404811)

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Postnatal death of <i>aP2-Drp1</i>^f/f neonatal mice. by Yuta Ibayashi (20404811)

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Number of <i>aP2-Drp1</i>^f/f (KO: Fabp4 Cre^+/--<i>Drp1</i>^flox/flox), <i>aP2-Drp1</i>^f/+ (Hetero: Fabp4 Cre^+/--<i>Drp1</i><su... by Yuta Ibayashi (20404811)

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Brain disintegration in <i>aP2- Drp1</i>^f/f neonatal mice. by Yuta Ibayashi (20404811)

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Reduced expression of thermogenic and lipogenic genes of <i>aP2-Drp1</i>^f/f neonatal mice. by Yuta Ibayashi (20404811)

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Comparison of phenotypes between adult control and <i>aP2-Drp1</i>^f/f mice. by Yuta Ibayashi (20404811)

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Impaired development of the brain and iBAT of rarely alive adult <i>aP2-Drp1</i>^f/f mice. by Yuta Ibayashi (20404811)

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Alignment of the Taxane binding pocket sequences. by Jacopo Zattoni (21702634)

“…We found that the amoeba’s mitotic tubulins show a significant number of changes that are expected to decrease their affinity for tubulin-targeting compounds. …”

Fig 6 - by Xinyi Xia (7516694)

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