Determination of structural domains of tumor inhibiting protein using bioinformatics approaches /
Mahmoud Abdelmohsen Mahmoud Ahmed Atteya
Determination of structural domains of tumor inhibiting protein using bioinformatics approaches / تعين النطاقات الهيكلية للبروتين المثبط للأورام باستخدام المعلوماتية البيولوجية Mahmoud Abdelmohsen Mahmoud Ahmed Atteya ; Supervised Wafaa Muhammad Ahmed Khalil , Mohamed Mostafa Abouelhoda , Wissam Mahmoud Abdelgawad - Cairo : Mahmoud Abdelmohsen Mahmoud Ahmed Atteya , 2012 - 90 Leaves : charts , facsimiles ; 25cm
Thesis (M.Sc.) - Cairo University - Faculty of Science - Department of Biophysics
NAPOR' protein is an RNA- binding protein playing an important role in causing apoptosis to cancer cells . Despite its importance in cancer the 3D structure of the NAPOR protein has not been solved experimentally yet. This work aims to use computational techniques to predict and analyze its structure. Our approach is based on the homology modeling technique
Automated homology pipeline Homology modeling Protein modeling
Determination of structural domains of tumor inhibiting protein using bioinformatics approaches / تعين النطاقات الهيكلية للبروتين المثبط للأورام باستخدام المعلوماتية البيولوجية Mahmoud Abdelmohsen Mahmoud Ahmed Atteya ; Supervised Wafaa Muhammad Ahmed Khalil , Mohamed Mostafa Abouelhoda , Wissam Mahmoud Abdelgawad - Cairo : Mahmoud Abdelmohsen Mahmoud Ahmed Atteya , 2012 - 90 Leaves : charts , facsimiles ; 25cm
Thesis (M.Sc.) - Cairo University - Faculty of Science - Department of Biophysics
NAPOR' protein is an RNA- binding protein playing an important role in causing apoptosis to cancer cells . Despite its importance in cancer the 3D structure of the NAPOR protein has not been solved experimentally yet. This work aims to use computational techniques to predict and analyze its structure. Our approach is based on the homology modeling technique
Automated homology pipeline Homology modeling Protein modeling