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. 2020 Dec 23;11:602256. doi: 10.3389/fimmu.2020.602256

Table 1.

SARS-CoV vaccine candidates.

Vaccine type Adjuvant Animal model Humoral immunity Cellular immunity Protective immunity Reference
RBD-Fc MF59, Alum, etc. 129S6/SvEv mice + + + (715)
N protein BALB/C mice + + + (1619)
Recombinant VLPs-S(VLPs) Alum BALB/c mice + + + (2025)
DNA-S BALB/c mouse, human + + + (26, 27)
DNA-N (pVAXN) BALB/c mice + + (28)
MVA-S BALB/c mice, New Zealand white rabbits, NHPs + + (2932)
AdV-S BALB/c mice + + + (3335)
MV-S CD46-IFNAR mice + + (36, 37)
Inactivated vaccine δ- inulin mice + + + (38)
UV-inactivated vaccine TLR-3 BALB/c mice + + (39)
Inactivated vaccine SARS-CoV Z-1 NHPs + + (40)
Live attenuated vaccine SARS-CoV-ΔE BALB/c mice + + + (41, 42)
Live attenuated vaccine SARS-dE-CTD&-NTD d8-12aa BALB/c Ola Hsd mice + + + (43)
Live attenuated vaccine nsp16 mutant BALB/c mice + + (44)
Live attenuated vaccine SARS-CoV-ExoN(-) SCID mice + + (45, 46)

Protective immunity: prevention of SARS-CoV infection in virus challenged animals, lower viral titers with mild or without histopathological changes in lungs, including inflammation of bronchial epithelium and damage of alveolar walls, eosinophilic infiltration in lung tissue, etc.