Table 2.

Different immunoinformatics studies to understand diverse infectious diseases and its pathogen

Sl. no	Researcher group	Country of origin	Human pathogen	Target protein	Remarks	Reference
1	Chaudhuri D, et al. 2020	India	Hepatitis B virus, and Hepatitis C virus	Viral protease, core, and membrane protein	Identified T cell, B cell epitopes and designing a common peptide-based vaccine	(77)
2	Saha CK, et al. 2017	Bangladesh	Hendra virus, Nipah virus.	Viral fusion protein, attachment glycoprotein and matrix protein	Development of common Band T cell epitope-based peptide vaccine candidate	(78)
3	Rahman U, et al. 2019	Pakistan, China	Alkhurmahemorrhagic fever virus	Envelope glycoprotein	Identification of potential Band T cell epitopes and development of peptide based vaccine model	(79)
4	Dash R, et al. 2017	Malaysia, Bangladesh	Ebola virus	Viral glycoprotein	B and T cell based epitope-based peptide vaccine	(80)
5	Anwar S, et al. 2020	Canada, USA, Bangladesh	Chikungunya virus	Envelope glycoprotein	Prediction of potential common B cell and T cell epitopes	(81)
6	Verma S, et al. 2018	India	Salmonella typhi bacteria	Chaperone protein DnaK	Identification of promising immunogenic B and T cell epitopes.	(82)
7	Unni PA, et al. 2019	India	Mycoplasma pneumonia bacteria	Membrane associated proteins and cyt adherence proteins	Prediction of best T cell and B cell epitopes	(83)
8	Zahroh H, et al. 2016	Indonesia	Meningitis-inducing Bacteria (Streptococcus pneumoniae, Haemophilus influenzae Type band Neisseria meningitides)	Protein of polysaccharide capsule	T cell epitopes based peptide constructs for vaccine	(84)
9	Shahsavandi S, et al. 2015	Iran	Influenza virus	Hemokinin-1 (HK-1) peptide	Identification of conserver T cell epitopes for chimeric vaccine development	(85)
10	Adhikari UK, et al. 2018	Australia, Bangladesh	Oropouche virus	Viral membrane polyprotein	Prediction of common T cell and B cell epitopes for epitope-based peptide vaccine design	(86)