The GOR4 and SOPMA algorithm findings.

<div><p>Human and animal health is threatened by Hendra virus (HeV), which has few treatments. This <i>in-silico</i> vaccine design study focuses on HeV G (glycoprotein), F (fusion protein), and M (matrix protein). These proteins were computationally assessed for B and T-cell...

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Bibliographic Details
Main Author:	Ahmad Abdullah Mahdeen (19704401) (author)
Other Authors:	Imam Hossain (19935269) (author), Md. Habib Ullah Masum (13527469) (author), Sajedul Islam (19935272) (author), T. M. Fazla Rabbi (19935275) (author)
Published:	2024
Subjects:	Biophysics Biochemistry Medicine Microbiology Biotechnology Immunology Infectious Diseases Virology Space Science Biological Sciences not elsewhere classified improve vaccination longevity characterized physicochemical properties adaptive immune reactions fusion protein ), extremely stable complexes matrix protein ). htl epitopes worldwide stabilized 2 ° improve vaccination immunogenicity div >< p lymphocytes ’ epitopes glycoprotein ), f 3 ° structures mrna hev vaccine hev ), vaccine ’ tlr4 complexes coil structures 44 ). hev ): cell epitopes z score synthesis allowed strong affinity silico </ significant expression reverse vaccinology ramachandran score multiepitope construct induced innate indicating solubility immunological response hendra virus gravy evaluated gc content functional stability escherichia </ docking tests computationally assessed coli </ codon optimization central score center score cai score beta sheet animal health alpha helix 9 kj 81 percent 55 percent
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The GOR4 and SOPMA algorithm findings.

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