Table 2.
Target | Bacterial Strain | Library | Product | Potential Application | Time | Reference |
---|---|---|---|---|---|---|
ICL | MTB | HuscFv library | a-rICL-C6 | Antimicrobial candidates | 2022 | [30] |
LAM | MTB | Immunized rabbit scFv library | Rabbit anti-LAM IgG mAbs |
Detection of MTB | 2021 | [31] |
OmpU |
V.
parahaemolyticus |
Human sdAb library | UAb28 | Antimicrobial candidates | 2020 | [32] |
LAM | MTB | Immunized rabbit and chicken scFv library | Three mAbs (S4-20, G3, and TB) |
Detection of MTB | 2019 | [33] |
SpuE | P. aeruginosa | HuscFv library | ScFv5 | Antimicrobial candidates | 2019 | [34] |
ETA | P. aeruginosa | HuscFv library | ETA bound-HuscFvs | Antimicrobial candidates | 2019 | [35] |
Flap region of urease enzyme |
H. pylori | Human semi-synthetic antibody library | VL antibody C3 | Antimicrobial candidates | 2019 | [36] |
Pep27 | S. pneumoniae | HuscFv library | Two HuscFvs (E2 and F9) |
Detection of S. pneumoniae |
2018 | [37] |
PspA | S. pneumoniae | HuscFv library | HuscFv 2B11 | Detection of S. pneumoniae |
2017 | [38] |
Pep90, penam sulfone derivative |
ND | Immunized mice scFv library | P90C1, P90C2, P90C3, PSC1 and PSC2 |
Further information on the structure about β-lactamase catalytic function | 2017 | [39] |
S. aureus | S. aureus | HuscFv library | ScFv-Fcs (S78, S117) |
Antimicrobial candidates | 2016 | [40] |
S. aureus | S. aureu | Immunized chicken T7 scFv antibody library |
SFV6 | Antimicrobial candidates | 2016 | [41] |
MrkA | K. pneumoniae | HuscFv library | IgG1 (KP3, KP16) |
Antimicrobial candidates | 2016 | [42] |
S. aureus soluble whole-cell antigen |
S. aureus | Immunized cows bovine scFv library | 8 anti- S. aureus scFvs |
Antimicrobial candidates | 2016 | [43] |
VIM-4 MβL | ND | Immunized llama and dromedary nanobody library |
NbVIM_38 nanobody |
Antimicrobial candidates | 2013 | [14] |
Abbreviations: ND, Not detect.