Construction of Chimeric Thermostable KOD DNA Polymerase Based on Theoritical Studies for Reduced Fidelity

Blog projects Dr. Seyed Shahriar Arab Construction of Chimeric Thermostable KOD DNA Polymerase Based on Theoritical Studies for Reduced Fidelity

By Golnaz Sadeghnezhad,M.Sc (2014). Advisor: Dr. Seyed Shahriar Arab.

Alidantism

August 31, 2021

Dr. Seyed Shahriar Arab M.Sc projects

PreviousAssessment of plasma derived alpha 1-antitrypsin activity and polymerization in the presence of stabilaizer
NextPrediction of protein hot points for high thermostability mutations

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

Dr. Seyed Shahriar Arab, M.Sc, projects

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

Dr. Javad Zahiri, PhD, projects

The initial conformation effect on the protein folding simulation

Dr. Seyed Shahriar Arab, PhD, projects

Construction of Chimeric Thermostable KOD DNA Polymerase Based on Theoritical Studies for Reduced Fidelity

PreviousAssessment of plasma derived alpha 1-antitrypsin activity and polymerization in the presence of stabilaizer

NextPrediction of protein hot points for high thermostability mutations

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

No comment

Leave a Reply Cancel reply

SUBSCRIBE TO OUR NEWSLETTER

1st International and 10th National Iranian Conference on Bioinformatics

Scailyte Webinar – Why single-cell technologies are vital for Endometriosis research

CIDER – an interpretable meta-clustering framework for single-cell RNA-seq data integration and evaluation

Preprocessing method was found to be less important than other steps in the scRNA-seq analysis process