Table 1.
Protein | Protein thermostability | Domain of life | Physiological function | Proteolipid/ring | Dwell/turn in F1/V1 | Source |
TF1Fo | Thermophile | Bacteria | ATP synthase/hydrolase | 10* | 6†,‡ | (13, 66) |
EF1Fo | Mesophile | Bacteria | ATP synthase/hydrolase | 10* | 6†,§ | (15, 67) |
hMF1Fo | Mesophile | Eukarya | ATP synthase | 8¶ | 9†,‡ | (21, 65) |
bMF1Fo | Mesophile | Eukarya | ATP synthase | 8# | 9†,‡ | (20, 65) |
YMF1Fo | Mesophile | Eukarya | ATP synthase | 10# | 6†,§ | (6, 22) |
PdF1Fo | Mesophile | Bacteria | ATP synthase | 12# | 3†,‡ | (33); this study |
TtV1Vo** | Thermophile | Bacteria | ATP synthase | 12* | 3†,‡ | (62, 68) |
EhV1Vo†† | Mesophile | Bacteria | ATP hydrolase | 10# | 6†,‡ | (63, 69) |
Values confirmed by electron cryomicroscopy analysis.
Values determined by single-molecule analysis using gold nanoparticles as a rotary probe.
Forty-nanometer gold nanoparticles were used.
Sixty-nanometer gold nanoparticles were used.
Values suggested according to phylogenetic analysis.
Values confirmed by crystallography.
Tt (Thermus thermophilus).
Eh (Enterococcus hirae).