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. 2017 Jul 28;7:6789. doi: 10.1038/s41598-017-06680-4

Table 1.

Potential subsite cooperativity analysis for KLK7.

Fixed residue Affected residue(s) Change (percentage-points) Vice-Versa change
P3_A P1prime_A 11.6 11.4
P3_A P2_V 16.4 16
P3_K P2_K 11.5 12.5
P3_N P1prime_A 18.6 11.2
P3_Q P1prime_R 13.4 12.4
P3_Q P2_K 10.8 12.2
P3_Q P3prime_D 17.1 14.6
P3_Q P3prime_V 18.2 11.1
P3_V P2_P 22 14.9
P3_V P3prime_N 10.6 19.1
P2_K P1prime_S 19.3 12.3
P2_K P2prime_N 14.8 20.8
P2_V P1_F −12.7 −10.3
P2_V P1prime_A 11.1 11.1
P1_Q P3prime_I 15.6 11.3
P1prime_H P2prime_M 21.3 19.7
P1prime_R P3prime_V 15.9 10.5
P2prime_N P3prime_I 25.1 13

Potential subsite cooperativity analysis for 353 KLK7 cleavage sites detected in the GluC library was calculated using the CLIP-PICS web server (http://clipserve.clip.ubc.ca/pics)18. Minimum difference for subsite dependency was set to ±10 percentage-points. Subsite dependency was checked for all positional occurrences >1 × natural abundance and restricted to P3-P3′. Subsites with a change ≥15 percentage-point are bold.