Normal mode analysis of human and mouse TLR4-vaccine complexes.

<p>Molecular dynamics simulations of the vaccine constructs with human TLR4 (left column) and mouse TLR4 (right column). (A) Deformability, (B) B-factor, (C) eigenvalues, (D) variance map, (E) covariance map, and (F) elastic network analysis. These results provide insights into the flexibility...

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Main Author:	Md. Nahian (20571297) (author)
Other Authors:	Muhammad Shahab (10191251) (author), Md. Rasel Khan (20571300) (author), Shopnil Akash (13866545) (author), Tanjina Akhtar Banu (10336466) (author), Murshed Hasan Sarkar (9046132) (author), Barna Goswami (10336460) (author), Sanjana Fatema Chowdhury (17396818) (author), Mohammad Ariful Islam (2058175) (author), Ahmed Abu Rus’d (20571303) (author), Shamima Begum (10226558) (author), Ahashan Habib (10336463) (author), Aftab Ali Shaikh (16400147) (author), Jonas Ivan Nobre Oliveira (15455466) (author), Shahina Akter (10336457) (author)
Published:	2025
Subjects:	Medicine Microbiology Molecular Biology Biotechnology Immunology Cancer Infectious Diseases Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified Information Systems not elsewhere classified stable binding interactions like receptor 4 demonstrating successful translation cover particular serotypes cluspro demonstrated robust available pneumonia vaccines streptococcus pneumoniae </ high production costs genscript server confirmed resistant spn strains silico </ high efficiency imod server immsim server vaccine ’ vaccine candidate suitable linkers study introduced spectrum vaccine spectrum epitope padre sequence limitations since immunological responses htl epitopes experimental verification epitope region docking complexes docking analysis dimensional structure combating spn based vaccine amber v 22 tool
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Normal mode analysis of human and mouse TLR4-vaccine complexes.

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