Daliah Michael
Indian Institute of Science
18 Papers
69 Citations
Daliah Michael is an academic researcher from Indian Institute of Science. The author has contributed to research in topics: Protein structure & Protein Data Bank. The author has an hindex of 5, co-authored 18 publications.
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Papers
Ion pairs in non-redundant protein structures.
B A Gowri Shankar,R. Sarani,Daliah Michael,P. Mridula,C. Vasuki Ranjani,G. Sowmiya,B Vasundhar,P Sudha,Jeyaraman Jeyakanthan,D Velmurugan,Kanagaraj Sekar +10 more
TL;DR: This study deals with the possible ion pair combinations and networks in 25% and 90% non-redundant protein chains and provides insights into the better understanding of the architecture of protein structure.
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C-halogen…pi interactions in nucleic acids: a database study
TL;DR: A comprehensive analysis of C-halogen…pi interaction (C-X…pi) among available nucleic acid structures in RCSB PDB has been presented pointing to their application in ligand modification to improve interaction with biomolecules.
15
Hydrogen Bonds Computing Server (HBCS): an online web server to compute hydrogen-bond interactions and their precision
Manickam Gurusaran,P. Sivaranjan,K. S. Dinesh Kumar,P. Radha,K. P. S. Thulaa Tharshan,S. N. Satheesh,K. Jayanthan,R. Ilaiyaraja,J. Mohanapriya,Daliah Michael,Kanagaraj Sekar +10 more
TL;DR: A web-based computing server, the Hydrogen Bonds Computing Server (HBCS), has been developed to compute hydrogen-bond interactions and their standard deviations for any given macromolecular structure.
8
Glaucoma Pred: Glaucoma prediction based on Myocilin genotype and phenotype information.
K. Rangachari,Namrata Bankoti,N. Shyamala,Daliah Michael,Z. Sameer Ahmed,P. Chandrasekaran,Kanagaraj Sekar +6 more
TL;DR: A web server has been developed, based on the genotype and phenotype of myocilin mutation, which were identified by familial linkage analysis and case studies, and has several useful options to help clinicians and researchers to identify individuals at a risk of developing the disease.
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Role of water molecules and ion pairs in Dps and related ferritin-like structures.
TL;DR: A comparative study of water molecules and ion pairs in 11 Dps protein structures has been carried out and it is possible that the water molecules, ion pairs and the special case of a water mediated charged network through a single water molecule are involved in maintaining the stability of the protein.
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