Supplementary Table 1 The nano-LC-ESI-CID/ETD-MS/MS result of C1INH samples (IC1_HUMAN, Plasma protease C1 inhibitor).
C1-1 is C1INH in 10mM phosphate buffer. C1-2 is C1INH after electroelution. C1-3 is C1INH after PNGase F treatment. C1-4 is C1INH after asparaginase treatment. Combining multiple proteinase treatment and proteinase treatment following PNGase F-treatment; total sequence coverage of 79.9% was obtained.
Sample / Enzyme / Sequence coverage / Identified peptide (ion score/ mass error)C1-1 / trypsin / 32.43% / 153K.LYHAFSAM*K.K Oxidation (M) 161 (43/-0.0795)
153K.LYHAFSAMK.K 161 (54/-0.0695)
191K.TNLESILSYPK.D 201 (89/0.1228)
202K.DFTCVHQALK.G 211 (55/-0.1035)
217K.GVTSVSQIFHSPDLAIR.D 233 (107/-0.1348)
242R.TLYSSSPR.V 249 (45/-0.0945)
277R.LLDSLPSDTR.L 286 (65/-0.1208)
287R.LVLLNAIYLSAK.W 298 (92/-0.0559)
317K.NSVIKVPMMNSK.K 328 (48/-0.1114)
329K.KYPVAHFIDQTLK.A 341 (90/-0.0966)
330K.YPVAHFIDQTLK.A 341 (88/-0.1247)
365K.HRLEDM*EQALSPSVFK.A Oxidation (M) 380 (85/-0.1327)
365K.HRLEDMEQALSPSVFK.A 380 (97/-0.0902)
367R.LEDM*EQALSPSVFK.A Oxidation (M) 380 (79/-0.1421)
367R.LEDMEQALSPSVFK.A 380 (108/-0.1495)
386K.LEMSKFQPTLLTLPR.I 400 (60/-0.1604)
391K.FQPTLLTLPR.I 400 (50/-0.0815)
401R.IKVTTSQDM*LSIMEK.L Oxidation (M) 415 (85/-0.1309)
401R.IKVTTSQDMLSIMEK.L 415 (121/-0.1701)
403K.VTTSQDM*LSIM*EK.L 2 Oxidation (M) 415 (92/-0.0897)
403K.VTTSQDM*LSIMEK.L Oxidation (M) 415 (67/-0.1894)
403K.VTTSQDMLSIMEK.L 415 (107/-0.1301)
488K.FPVFM*GR.V Oxidation (M) 494 (37/-0.0333)
C1-2 / trypsin / 29.71% / 153K.LYHAFSAM*K.K Oxidation (M) 161 (44/-0.0112)
153K.LYHAFSAMK.K 161 (54/-0.1019)
191K.TNLESILSYPK.D 201 (88/-0.1312)
202K.DFTCVHQALK.G 211 (58/-0.1267)
217K.GVTSVSQIFHSPDLAIR.D 233 (90/-0.1204)
277R.LLDSLPSDTR.L 286 (63/-0.116)
277R.LLDSLPSDTRLVLLNAIYLSAK.W 298 (37/-0.1025)
287R.LVLLNAIYLSAK.W 298 (91/-0.0785)
310R.MEPFHFK.N 316 (35/-0.0665)
329K.KYPVAHFIDQTLK.A 341 (83/-0.1104)
330K.YPVAHFIDQTLK.A 341 (72/-0.1124)
365K.HRLEDM*EQALSPSVFK.A Oxidation (M) 380 (91/-0.1366)
365K.HRLEDMEQALSPSVFK.A 380 (82/-0.1553)
367R.LEDM*EQALSPSVFK.A Oxidation (M) 380 (80/-0.1173)
367R.LEDMEQALSPSVFK.A 380 (93/-0.1489)
386K.LEMSKFQPTLLTLPR.I 400 (56/-0.1214)
391K.FQPTLLTLPR.I 400 (48/-0.1009)
401R.IKVTTSQDM*LSIM*EK.L 2 Oxidation (M) 415 (88/-0.1148)
401R.IKVTTSQDM*LSIMEK.L Oxidation (M) 415 (87/-0.133)
401R.IKVTTSQDMLSIMEK.L 415 (109/-0.1599)
403K.VTTSQDM*LSIM*EK.L 2 Oxidation (M) 415 (84/-0.1503)
403K.VTTSQDM*LSIMEK.L Oxidation (M) 415 (70/-0.084)
403K.VTTSQDMLSIMEK.L 415 (96/0.0678)
488K.FPVFM*GR.V Oxidation (M) 494 (43/-0.0623)
488K.FPVFMGR.V 494 (38/-0.0496)
C1-2 / chymotrypsin / 60.04% / 130L.CSDLESHSTEAVLGDALVDF.S 149 (62/0.0644)
158F.SAM*KKVETNMAFSPF.S Oxidation (M) 172 (81/0.0394)
158F.SAMKKVETNMAFSPF.S 172 (89/0.0275)
161M.KKVETNM*AFSPF.S Oxidation (M) 172 (54/0.1366)
161M.KKVETNMAFSPF.S 172 (60/0.0227)
170F.SPFSIASLL.T 178 (45/0.0849)
179L.TQVLLGAGENTKTNL.E 193 (42/0.057)
179L.TQVLLGAGENTKTNLESIL.S 197 (100/0.0622)
183L.LGAGENTKTNLESIL.S 197 (61/0.0447)
183L.LGAGENTKTNLESILSYPKDF.T 203 (53/0.1524)
184L.GAGENTKTNLESIL.S 197 (60/0.0299)
198L.SYPKDFTCVHQAL.K 210 (51/0.054)
204F.TCVHQALKGF.T 213 (45/0.0754)
211L.KGFTTKGVTSVSQIF.H 225 (40/0.0852)
214F.TTKGVTSVSQIF.H 225 (54/0.0157)
214F.TTKGVTSVSQIFHSPDLAIRDTF.V 236 (99/0.1781)
226F.HSPDLAIRDTF.V 236 (46/0.015)
266W.VAKNTNNKISRLL.D 278 (53/-0.1121)
278L.LDSLPSDTRL.V 287 (43/0.0244)
278L.LDSLPSDTRLVL.L 289 (41/0.0545)
278L.LDSLPSDTRLVLL.N 290 (53/0.0763)
279L.DSLPSDTRLVLL.N 290 (45/0.0563)
291L.NAIYLSAKW.K 299 (42/0.1196)
300W.KTTFDPKKTRM*EPF.H Oxidation (M) 313 (42/0.0057)
300W.KTTFDPKKTRMEPF.H 313 (59/0.0521)
314F.HFKNSVIKVPM.M 324 (50/0.0876)
314F.HFKNSVIKVPM*.M Oxidation (M) 324 (49/0.0586)
325M.M*NSKKYPVAHF.I Oxidation (M) 335 (44/0.0607)
326M.NSKKYPVAHF.I 335 (46/0.0545)
336F.IDQTLKAKVGQLQL.S 349 (54/0.1312)
341L.KAKVGQLQL.S 349 (39/0.0275)
354L.SLVILVPQNL.K 363 (49/0.0338)
364L.KHRLEDM*EQALSPSVF.K Oxidation (M) 379 (69/0.0805)
364L.KHRLEDMEQALSPSVF.K 379 (78/0.0764)
380F.KAIMEKLEM.S 388 (41/0.0752)
380F.KAIM*EKLEM*SKF.Q 2 Oxidation (M) 391 (51/0.0566)
380F.KAIMEKLEMSKF.Q 391 (55/0.0709)
380F.KAIM*EKLEM*SKFQPTLL.T 2 Oxidation (M) 396 (65/0.0903)
380F.KAIM*EKLEMSKFQPTLL.T Oxidation (M) 396 (62/0.0986)
380F.KAIMEKLEMSKFQPTLL.T 396 (89/0.0609)
397L.TLPRIKVTTSQDML.S 410 (44/0.032)
448L.ELTETGVEAAAASAISVARTL.L 468 (52/0.0388)
469L.LVFEVQQPF.L 477 (55/0.0373)
470L.VFEVQQPF.L 477 (53/0.0293)
480F.VLWDQQHKFPVF.M 491 (47/0.0791)
480F.VLWDQQHKFPVFM.G 492 (43/0.0691)
480F.VLWDQQHKFPVFM*GRVY.D Oxidation (M) 496 (68/0.1068)
480F.VLWDQQHKFPVFMGRVY.D 496 (49/0.1216)
483W.DQQHKFPVFM*GRVY.D Oxidation (M) 496 (45/0.1327)
483W.DQQHKFPVFMGRVY.D 496 (62/0.062)
C1-2 / subtilisin / 48.12% / 53K.M*LFVEPIL.E Oxidation (M) 60 (59/-0.0027)
131C.SDLESHSTEAVLGDAL.V 146 (65/0.0814)
147L.VDFSLKLY.H 154 (58/-0.0473)
158F.SAMKKVETNMAFSPF.S 172 (88/0.0515)
179L.TQVLLGAGENTKTNLESIL.S 197 (72/0.0549)
184L.G*AGENTKTNLESIL.S Carbamyl (N-term) 197 (57/0.0221)
184L.GAGENTKTNLESIL.S 197 (67/0.0707)
217K.GVTSVSQIFHSPDLAIR.D 233 (112/0.076)
220T.SVSQIFHSPDLAIR.D 233 (90/0.0582)
222V.SQIFHSPDLAIR.D 233 (61/0.0452)
223S.Q*IFHSPDLAIR.D Carbamyl (N-term) 233 (58/0.0502)
276S.RLLDSLPSDTRLVLL.N 290 (49/0.0963)
278L.LDSLPSDTRLVLL.N 290 (57/0.0493)
296L.SAKWKTTFDPKKTRMEPF.H 313 (74/0.1238)
297S.AKWKTTFDPKKTRMEPF.H 313 (54/0.0967)
298A.KWKTTFDPKKTRMEPF.H 313 (58/0.0653)
299K.WKTTFDPKKTRMEPF.H 313 (63/0.0438)
314F.HFKNSVIKVPMMN.S 326 (60/0.0859)
317K.NSVIKVPMMN.S 326 (67/0.0694)
319S.VIKVPMMNSKKYPVAHF.I 335 (84/0.0324)
362Q.NLKHRLEDM*EQA.L Carbamyl (N-term) 373 (56/0.0278)
362Q.NLKHRLEDMEQALSPS.V 377 (61/0.0621)
405T.TSQDMLSIMEKL.E 416 (78/0.0107)
414M.EKLEFFDF.S 421 (56/0.0589)
422F.S*YDLNLC.G Carbamyl (N-term) 428 (56/0.0578)
429C.GLTEDPDLQVSAM.Q 441 (60/0.0602)
429C.GLTEDPDLQVSAMQHQ.T 444 (88/0.0585)
448L.ELTETGVEAAAASAISVAR.T 466 (79/-0.0047)
481V.LWDQQHKFPVFMG.R 493 (66/0.0513)
481V.LWDQQHKFPVFMGR.V 494 (76/0.0349)
C1-3 / trypsin / 36.82% / 153K.LYHAFSAMK.K 161 (45/-0.023)
191K.TN*LESILSYPK.D Deamidation(N) 201 (37/0.0836)
191K.TNLESILSYPK.D 201 (79/0.0296)
202K.DFTCVHQALK.G 211 (52/0.0551)
217K.GVTSVSQIFHSPDLAIR.D 233 (117/0.022)
242R.TLYSSSPR.V 249 (40/0.0223)
250R.VLSN*NSDANLELIN*TWVAK.N 2 Deamidation(N) 268 (101/0.0803)
250R.VLSN*NSDANLELINTWVAK.N Deamidation(N) 268 (109/0.0887)
277R.LLDSLPSDTR.L 286 (63/-0.0074)
287R.LVLLN*AIYLSAK.W Deamidation(N) 298 (81/0.0337)
287R.LVLLNAIYLSAK.W 298 (90/0.1093)
329K.KYPVAHFIDQTLK.A 341 (84/0.054)
330K.YPVAHFIDQTLK.A 341 (85/0.0361)
344K.VGQLQLSHN*LSLVILVPQNLK.H Deamidation(N) 364 (58/0.04)
365K.HRLEDM*EQALSPSVFK.A Oxidation(M) 380 (73/0.0908)
365K.HRLEDMEQALSPSVFK.A 380 (85/0.0649)
367R.LEDM*EQALSPSVFK.A Oxidation(M) 380 (95/0.0583)
391K.FQPTLLTLPR.I 400 (72/-0.0019)
403K.VTTSQDM*LSIMEK.L Oxidation(M) 415 (78/0.0544)
403K.VTTSQDMLSIMEK.L 415 (111/0.0499)
488K.FPVFM*GR.V Oxidation(M) 494 (35/0.0397)
488K.FPVFMGR.V 494 (39/-0.0012)
C1-3 / chymotrypsin / 55.02% / 130L.CSDLESHSTEAVLGDALVDF.S 149 (50/0.057)
158F.SAMKKVETNMAFSPF.S 172 (82/0.0477)
170F.SPFSIASLL.T 178 (39/0.0587)
179L.TQVLLGAGENTKTNL.E 193 (65/0.0492)
179L.TQVLLGAGENTKTNLESIL.S 197 (75/0.0886)
183L.LGAGENTKTNL.E 193 (52/-0.0946)
183L.LGAGENTKTNLESIL.S 197 (81/0.048)
184L.GAGENTKTNLESIL.S 197 (64/0.0207)
184L.GAGENTKTNLESILSYPKDF.T 203 (52/0.051)
194L.ESILSYPKDF.T 203 (35/0.0913)
198L.SYPKDFTCVHQAL.K 210 (59/0.0537)
198L.SYPKDFTCVHQALKGF.T 213 (42/0.1042)
211L.KGFTTKGVTSVSQIF.H 225 (57/0.0885)
211L.KGFTTKGVTSVSQIFHSPDLAIRDTF.V 236 (69/0.0864)
214F.TTKGVTSVSQIF.H 225 (55/0.0185)
214F.TTKGVTSVSQIFHSPDLAIRDTF.V 236 (103/0.1573)
226F.HSPDLAIRDTF.V 236 (49/0.0064)
226F.HSPDLAIRDTFVN*ASRTLY.S Deamidation(N) 244 (99/0.1205)
245Y.SSSPRVLSN*NSDANLEL.I Deamidation(N) 261 (79/0.0387)
245Y.SSSPRVLSNNSDANLELIN*TW.V Deamidation(N) 265 (46/0.0803)
252L.SNNSDANLELIN*TW.V Deamidation(N) 265 (59/0.0603)
252L.SNNSDANLELINTW.V 265 (69/-0.0749)
266W.VAKNTNNKISRLL.D 278 (68/0.039)
266W.VAKNTN*N*KISRLLDSLPSDTRL.V 2 Deamidation(N) 287 (45/0.0499)
266W.VAKNTNNKISRLLDSLPSDTRL.V 287 (51/0.1959)
266W.VAKNTNNKISRLLDSLPSDTRLVL.L 289 (97/0.1986)
266W.VAKNTNNKISRLLDSLPSDTRLVLL.N 290 (88/0.1687)
278L.LDSLPSDTRLVL.L 289 (54/0.0215)
278L.LDSLPSDTRLVLL.N 290 (46/0.0663)
279L.DSLPSDTRLVL.L 289 (43/-0.0074)
279L.DSLPSDTRLVLL.N 290 (48/0.1035)
279L.DSLPSDTRLVLLNAIY.L 294 (35/0.1679)
288L.VLLNAIYL.S 295 (38/0.0423)
290L.LNAIYL.S 295 (35/0.0161)
291L.NAIYLSAKW.K 299 (49/0.1062)
300W.KTTFDPKKTRMEPF.H 313 (63/-0.0302)
336F.IDQTLKAKVGQL.Q 347 (56/0.1264)
336F.IDQTLKAKVGQLQL.S 349 (58/0.0152)
341L.KAKVGQLQL.S 349 (40/0.0619)
341L.KAKVGQLQLSHN*LSLVILVPQNL.K Deamidation(N) 363 (52/0.1764)
354L.SLVILVPQNL.K 363 (58/0.0761)
359L.VPQNLKHRLEDMEQALSPSVF.K 379 (42/0.048)
364L.KHRLEDM*EQALSPSVF.K Oxidation(M) 379 (57/0.0819)
364L.KHRLEDMEQALSPSVF.K 379 (88/0.0578)
380F.KAIMEKLEMSKF.Q 391 (66/0.0504)
380F.KAIM*EKLEM*SKFQPTLL.T 2 Oxidation(M) 396 (56/0.1587)
380F.KAIM*EKLEMSKFQPTLL.T Oxidation(M) 396 (66/0.1166)
380F.KAIMEKLEMSKFQPTLL.T 396 (85/0.0833)
469L.LVFEVQQPF.L 477 (63/0.0074)
470L.VFEVQQPF.L 477 (55/-0.0129)
472F.EVQQPF.L 477 (37/0.0197)
480F.VLWDQQHKFPVF.M 491 (55/0.039)
480F.VLWDQQHKFPVFMGRVY.D 496 (64/0.1097)
483W.DQQHKFPVFMGRVY.D 496 (56/0.0902)
C1-3 / subtilisin / 49.79% / 54M.LFVEPILEVS.S 63 (63/0.0627)
137H.STEAVLGDAL.V 146 (51/0.0314)
158F.SAMKKVETNMAFSPF.S 172 (87/0.1017)
180T.QVLLGAGENTKTNLESIL.S 197 (68/0.1296)
184L.GAGENTKTNLESIL.S 197 (51/0.0615)
217K.GVTSVSQIFHSPDLAIR.D 233 (100/0.1222)
222V.SQIFHSPDLAIR.D 233 (69/0.0464)
223S.Q*IFHSPDLAIR.D Carbamyl (N-term) 233 (55/0.098)
223S.QIFHSPDLAIR.D 233 (60/0.0756)
224Q.IFHSPDLAIR.D 233 (51/0.046)
250R.VLSN*NSDANLELINTWVAK.N Deamidation(N) 268 (106/0.1025)
266W.VAKNTNNKISRLL.D 278 (66/0.0789)
276S.RLLDSLPSDTRLVLL.N 290 (77/0.1266)
278L.LDSLPSDTRLVLL.N 290 (54/0.0097)
278L.LDSLPSDTRLVLLN.A 291 (54/0.1013)
287R.LVLLNAIYLSAK.W 298 (93/0.0715)
298A.KWKTTFDPKKTRMEPF.H 313 (58/0.0785)
299K.WKTTFDPKKTRMEPF.H 313 (54/0.102)
317K.NSVIKVPMMN.S 326 (55/0.0894)
318N.SVIKVPMMNSK.K 328 (51/0.0234)
344K.VGQLQLSHN*LSLVILVPQNLK.H Deamdiation(N) 364 (65/0.0673)
362Q.NLKHRLEDMEQA.L 373 (54/0.0626)
362Q.NLKHRLEDMEQALSPS.V 377 (58/0.0785)
367R.LEDMEQALSPSVFK.A 380 (88/0.0639)
380F.KAIMEKL.E 386 (52/0.0341)
422F.S*YDLNLC.G Carbamyl (N-term) 428 (56/0.0012)
445Q.TVLELTETGVEAAAASAISVAR.T 466 (86/0.1375)
466A.RTLLVF.E 471 (57/0.0342)
480F.VLWDQQHKFPVFMGR.V 494 (56/0.0698)
481V.LWDQQHKFPVFMGR.V 494 (68/0.0649)
482L.WDQQHKFPVFMGR.V 494 (56/0.1133)
C1-3 / proteinase K / 36.82% / 54M.LFVEPILEVS.S 63 (63/0.1021)
121G.SFCPGPVTLC.S 130 (60/0.0302)
181Q.VLLGAGENTKTNLESIL.S 197 (58/0.1212)
223S.QIFHSPDLAIR.D 233 (68/0.0288)
223S.QIFHSPDLAIRDT.F 235 (72/0.0369)
223S.QIFHSPDLAIRDTF.V 236 (65/0.0642)
226F.HSPDLAIRDTFVN*A.S Deamidation(N) 239 (60/0.0578)
226F.HSPDLAIRDTFVN*AS.R Deamidation(N) 240 (59/0.0208)
227H.SPDLAIR.D 233 (58/0.0122)
252L.SN*NSDANLELINTW.V Deamidation(N) 265 (93/0.1107)
276S.RLLDSLPSDTRLV.L 288 (77/0.0542)
276S.RLLDSLPSDTRLVL.L 289 (83/0.0834)
276S.RLLDSLPSDTRLVLL.N 290 (87/0.0684)
276S.RLLDSLPSDTRLVLLN.A 291 (73/0.1164)
277R.LLDSLPSDTR.L 286 (63/0.027)
278L.LDSLPSDTRLV.L 288 (65/-0.0024)
278L.LDSLPSDTRLVLLN.A 291 (50/0.1233)
317K.NSVIKVPM*.M Oxidation (M) 324 (67/0.0673)
349Q.LSHN*LSLVILVPQ.N Deamidation(N) 361 (69/0.0743)
354L.SLVILVPQ.N 361 (64/0.0445)
354L.SLVILVPQNLK.H 364 (67/0.0144)
362Q.NLKHRLEDMEQA.L 373 (60/0.0464)
411L.SIM*EKLEFFDF.S Oxidation (M) 421 (62/0.1124)
429C.GLTEDPDLQV.S 438 (57/-0.0412)
429C.GLTEDPDLQVS.A 439 (72/0.0329)
442M.QHQTVLELTETGVEAA.A 457 (64/0.0778)
444H.QTVLELTETGVEAA.A 457 (102/0.0096)
458A.AASAISVARTL.L 468 (75/0.0345)
469L.LVFEVQQPF.L 477 (66/0.0742)
C1-3 / pepsin / 40.59% / 53K.MLFVEPIL.E 60 (67/0.0389)
160A.M*KKVETNM*AFSPFSIA.S 2 Oxidation (M) 175 (71/0.1092)
168M.AFSPFSIASL.L 177 (94/0.0319)
181Q.VLLGAGENTKTNL.E 193 (61/0.0213)
183L.LGAGENTKTNL.E 193 (67/0.0434)
213G.FTTKGVTSVSQ.I 223 (58/0.0643)
213G.FTTKGVTSVSQIFHSPDL.A 230 (97/0.0747)
244L.YSSSPRVLSN*NSDANL.E Deamidation(N) 259 (64/0.1262)
245Y.SSSPRVLSN*NSDANL.E Deamidation(N) 259 (61/0.0797)
248S.PRVLSN*NSDANL.E Deamidation(N) 259 (58/0.032)
265T.WVAKNTNNKISRL.L 277 (63/0.043)
266W.VAKNTNNKISRL.L 277 (66/0.1393)
296L.SAKWKTTFDPKKTRM*EPFHFKNSV.I Oxidation (M) 319 (68/0.1029)
336F.IDQTLKAKVGQLQL.S 349 (55/0.0992)
341L.KAKVGQLQLSHN*.L Deamidation(N) 352 (69/0.0444)
356L.VILVPQNLKHRLEDME.Q 371 (53/0.0958)
380F.KAIM*EKLEM*SKFQPTL.L 2 Oxidation (M) 395 (58/0.1113)
385E.KLEM*SKFQPTL.L Oxidation (M) 395 (53/0.0697)
437L.QVSAMQHQTVLEL.T 449 (62/0.0488)
470L.VFEVQQPFL.F 478 (60/0.0519)
479L.FVLWDQQHKFPVF.M 491 (49/0.1854)
C1-4 / trypsin / 38.91% / 153K.LYHAFSAM*K.K Oxidation(M) 161(50/0.1281)
153K.LYHAFSAMK.K 161(44/0.028)
191K.TNLESILSYPK.D 201(76/0.0146)
202K.DFTCVHQALK.G 211(53/0.0551)
217K.GVTSVSQIFHSPDLAIR.D 233(111/0.0158)
217K.GVTSVSQIFHSPDLAIRDTFVN*ASR.T Deamidation(N) 241 (48/0.1119)
234R.DTFVN*ASR.T Deamidation(N) 241(42/0.052)
242R.TLYSSSPR.V 249(42/0.0275)
250R.VLSN*N*SDANLELINTWVAK.N 2 Deamidation(N) 268(83/0.0685)
250R.VLSN*NSDANLELINTWVAK.N Deamidation(N) 268(173/0.1587)
277R.LLDSLPSDTR.L 286(50/0.0128)
287R.LVLLN*AIYLSAK.W Deamidation(N) 298(56/0.0667)
287R.LVLLNAIYLSAK.W 298(86/0.1571)
329K.KYPVAHFIDQTLK.A 341(83/0.0102)
330K.YPVAHFIDQTLK.A 341(85/0.0238)
344K.VGQLQLSHN*LSLVILVPQNLK.H Deamidation(N) 364((Ions/0.1714)
365K.HRLEDMEQALSPSVFK.A 380(97/0.0702)
367R.LEDM*EQALSPSVFK.A Oxidation(M) 380(106/0.0321)
367R.LEDMEQALSPSVFK.A 380(114/0.1247)
391K.FQPTLLTLPR.I 400(69/-0.0109)
401R.IKVTTSQDM*LSIMEK.L Oxidation(M) 415(106/0.0912)
401R.IKVTTSQDMLSIMEK.L 415(137/0.0501)
403K.VTTSQDM*LSIM*EK.L Oxidation(M) 415(78/0.0001)
403K.VTTSQDM*LSIMEK.L Oxidation(M) 415(87/-0.0054)
403K.VTTSQDMLSIMEK.L 415(94/0.0115)
488K.FPVFMGR.V 494(43/0.0498)