From: Nanotechnology-enabled immunoengineering approaches to advance therapeutic applications
Nanoparticle | Size (diameter) | Antigen | Viral target | References |
---|---|---|---|---|
Gold | 20–40 nm | West Nile Virus envelope protein | West Nile Virus | [147] |
Gold | 12Â nm | M2e | Influenza A | [148] |
Iron oxide | 25Â nm | HIV-1 Envelope glycoprotein SOSIP trimers | HIV-1 | [149] |
Mesoporous silica | 120Â nm | E2 | Bovine viral diahorrea virus | [150] |
Chitosan | 571.7Â nm | Killed swine influenza A virus H1N2 | Swine influenza virus (H1N2) | [151] |
PLGA | 200–300 nm | Inactivated virus H1N2 | Swine influenza virus (H1N2) | [152] |
PLA/PLGA | 474–940 nm | Hepatitis B surface antigen | Hepatitis B virus | [153] |
PLGA/lecithin | 300 nm, 1 μm, and 3 μm | HPV-L1 Pentamer | Human papillomavirus | [154] |
PLGA | 972.5Â nm | Influenza split vaccine antigen | Influenza H5N1 | [155] |
MD39-6xHis:Ni–NTA (1:40) | 150 nm | BG505 MD39 trimer | HIV | [156] |
DOPC:DOPG (4:1) and DMPC:DOPC:DOPG (2:2:1) | 64.5Â nm, 150Â nm, and 203Â nm | membrane-proximal external region (MPER) from envelope subunit gp41 | HIV | [157] |
Virus-like particles | 10Â nm | HPV16 L1 capsomeres | HPV | [158] |
Protein nanoparticle (ferritin) | 20–50 nm | HIV-1 envelope and H1 influenza hemagglutinin | HIV and Influenza (H1N1) | [159] |