Analysis of hydrophobichydrophilic intraction in proteins and prediction of critical residues effective thermal stability

Blog projects Dr. Javad Zahiri Analysis of hydrophobichydrophilic intraction in proteins and prediction of critical residues effective thermal stability

By Sara Nemati,M.Sc (2018). Supervisor: Dr. Seyed Shahriar Arab. Advisor: Dr. Javad Zahiri.

Alidantism

August 31, 2021

Dr. Javad Zahiri Dr. Seyed Shahriar Arab M.Sc projects

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Dr. Seyed Shahriar Arab, M.Sc, projects

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Dr. Javad Zahiri, PhD, projects

The initial conformation effect on the protein folding simulation

Dr. Seyed Shahriar Arab, PhD, projects

Analysis of hydrophobichydrophilic intraction in proteins and prediction of critical residues effective thermal stability

PreviousDetection of Chameleon sequences in proteins

NextAnalysis of the suppressor domain of IP3 receptor on function of the biosensor based on split luciferase

Related Posts ...

Study of DNA polymerase KOD1 low error-rate mechanism by using computational protein engineering

Predicting wheat protein-protein interaction network using ensemble learning method based on evolutionary information

The initial conformation effect on the protein folding simulation

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