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. 2021 May 29;8:100099. doi: 10.1016/j.jvacx.2021.100099

Table 1.

Plasmid construction and yeast production level of VHH multimers.

Yeast expression plasmida Multimer VHH descriptiona VHH name Yeast VHH production levelb (mg/L) Predicted MW (dalton)
pRL489 SVT6-GS2-SVA12M2-H6 T6A12 11 30,180
pRL490 SVT6-GS3-SVT16-L123Q-GS2-SVA12M2-H6 T6T16A12 10 44,990
pRL493 SVT2-GS2-SVA12M2-H6 T2A12 1 29,065
pRL494 SVT15-3FW4M-GS2-SVA12M2-H6 T15A12 34 28,739
pRL495 SVT16-L123Q-GS2-SVA12M2-H6 T16A12 99 29,192
pRL496 SVT2-GS2-SVG13M4-H6 T2G13 17 27,968
pRL497 SVT6-GS2-SVG13M4-H6 T6G13 1 29,083
pRL498 SVT15-3FW4M-GS2-SVG13M4-H6 T15G13 41 27,643
pRL499 SVT16-L123Q-GS2-SVG13M4-H6 T16G13 97 28,095
pRL505 SVT6-GS3-SVT15-3FW4M-GS2-SVA12M2-H6 T6T15A12 3 44,537
pRL506 SVT15-3FW4M-GS3-SVT6-GS2-SVG13M5-H6 T15T6G13 5 43,411
a

Nomenclature earlier used in patent application [45]. The name reflects the order of the protein domains present in the multimers from N- to C-terminus, where L123Q represents a mutation in (SV)T16 and 3FW4M represents 3 mutations in FW4 region of (SV)T15.

b

The production level in baker’s yeast was calculated from the yield of purified VHH from 0.5 L shaker flask cultures.