PFR68826: Serine-protein kinase ATM (Fragment)
- UniProt Accession Number
- V8NFR4 (view proteoforms for entry)
- Date Added
- 6/14/2016 12:53:04 PM
- Organism
- Serpentes
Sequence
10
MNFAIHDLLT
MNFAIHDLLT
20
CCHQLGSDKA
CCHQLGSDKA
30
MERKVSLIPF
MERKVSLIPF
40
QKYDIAVKEY
QKYDIAVKEY
50
YIYIFCVSVQ
YIYIFCVSVQ
60
IQKEIEKFRR
IQKEIEKFRR
70
LICDPETVQQ
LICDPETVQQ
80
LDRNSDSKHG
LDRNSDSKHG
90
KQMNWDTVFR
KQMNWDTVFR
100
LLQKYIQKEA
LLQKYIQKEA
110
ESVRLAKPST
ESVRLAKPST
120
SASTQATREK
SASTQATREK
130
KLKQLGSLVK
KLKQLGSLVK
140
YFIMCANKRA
YFIMCANKRA
150
PRIKCQELLN
PRIKCQELLN
160
YVIDTINESS
YVIDTINESS
170
RYAIYGADCN
RYAIYGADCN
180
SILLKDILKV
SILLKDILKV
190
RKYWCEISPQ
RKYWCEISPQ
200
LWSDLQNLYF
LWSDLQNLYF
210
KLFLNPGDVN
KLFLNPGDVN
220
KVLVPRIIYT
KVLVPRIIYT
230
LTRGLCFQTD
LTRGLCFQTD
240
KFNSDTLNIF
KFNSDTLNIF
250
SKVIHRARQE
SKVIHRARQE
260
RNLAGLEHIF
RNLAGLEHIF
270
AAINVFLPIY
AAINVFLPIY
280
AMNYRMQVCE
AMNYRMQVCE
290
TGEEILSTVL
TGEEILSTVL
300
FIWAQYKPKD
FIWAQYKPKD
310
ALKKQIIQFI
ALKKQIIQFI
320
QFQICVHHPN
QFQICVHHPN
330
GAKTQEEGAY
GAKTQEEGAY
340
SSAKWQNTLY
SSAKWQNTLY
350
NLYDLLANEI
NLYDLLANEI
360
TLISNRGKYS
TLISNRGKYS
370
SGSHSIVLKD
SGSHSIVLKD
380
NLVELMADSC
NLVELMADSC
390
HQVFTEDTKV
HQVFTEDTKV
400
LEVTQSYAVT
LEVTQSYAVT
410
LQEDGEGPSK
LQEDGEGPSK
420
RRRIELGWEV
RRRIELGWEV
430
IQEHLQKSQN
IQEHLQKSQN
440
MSIINFLLII
MSIINFLLII
450
FGVLFSRLQI
FGVLFSRLQI
460
TTRLVSKYPR
TTRLVSKYPR
470
SLPDNELTNL
SLPDNELTNL
480
LNILYQLLHQ
LNILYQLLHQ
490
QRRGERTPYV
QRRGERTPYV
500
LRCLKEVALC
LRCLKEVALC
510
QSQKTDLNIT
QSQKTDLNIT
520
EKFELQRTWS
EKFELQRTWS
530
RIWSLVDRSL
RIWSLVDRSL
540
NFRQTEVESF
NFRQTEVESF
550
ELLRVLFQRN
ELLRVLFQRN
560
LITMDREIWR
LITMDREIWR
570
IFAGSVCKPS
IFAGSVCKPS
580
SFVVQCLASA
SFVVQCLASA
590
MTALEIPETL
MTALEIPETL
600
KTGSFQNDWE
KTGSFQNDWE
610
GNATYILKEQ
GNATYILKEQ
620
VVKWLLFCNT
VVKWLLFCNT
630
EEVMEDSMEL
EEVMEDSMEL
640
PPLLCSMEHS
PPLLCSMEHS
650
QEKEETSLSD
QEKEETSLSD
660
IEAFYLQTTF
IEAFYLQTTF
670
NETNIFTNMA
NETNIFTNMA
680
DVSENKSSSC
DVSENKSSSC
690
LVVNQRLEKT
LVVNQRLEKT
700
LKRNLMMMSD
LKRNLMMMSD
710
QLLSHVSPEE
QLLSHVSPEE
720
SDLSTNVDVH
SDLSTNVDVH
730
NQLENISLPK
NQLENISLPK
740
IQIKLQAISA
IQIKLQAISA
750
EILMRCTSIL
EILMRCTSIL
760
TGVLGCYCYA
TGVLGCYCYA
770
GILTEEEACK
GILTEEEACK
780
LDFFQKAKVE
LDFFQKAKVE
790
LFDISSNRVM
LFDISSNRVM
800
NSPQKSSSTI
NSPQKSSSTI
810
FLHLLTSKLM
FLHLLTSKLM
820
NDLASICKLL
NDLASICKLL
830
MFFTGKSSEI
MFFTGKSSEI
840
GEMDLMEDFP
GEMDLMEDFP
850
EESRMEEGNQ
EESRMEEGNQ
860
TVFDLFDDEC
TVFDLFDDEC
870
SEVGEVNEVG
SEVGEVNEVG
880
DLHTLTGATS
DLHTLTGATS
890
PLSEEYLSKQ
PLSEEYLSKQ
900
DLLLLDVLKF
DLLLLDVLKF
910
LCIATTATTI
LCIATTATTI
920
QTVPFRCSEI
QTVPFRCSEI
930
WRKLLVLIDG
WRKLLVLIDG
940
NSFDFMKPLH
NSFDFMKPLH
950
LHVYLVLLKE
LHVYLVLLKE
960
LPRGENPLPE
LPRGENPLPE
970
DYVVALLKLL
DYVVALLKLL
980
PDICSFYRRD
PDICSFYRRD
990
QDVCAAILHN
QDVCAAILHN
1000
LLPMVNILGT
LLPMVNILGT
1010
FSRNCEDLRE
FSRNCEDLRE
1020
ARRHVLIVVG
ARRHVLIVVG
1030
SFWHLANEGK
SFWHLANEGK
1040
CSVPVRIALV
CSVPVRIALV
1050
NCMTALLHAD
NCMTALLHAD
1060
PCLEWAVLEV
PCLEWAVLEV
1070
KCENLPVRDA
KCENLPVRDA
1080
FPQFLADNNF
FPQFLADNNF
1090
QVCIIAAKSA
QVCIIAAKSA
1100
ISLFQDVKLR
ISLFQDVKLR
1110
DTTGLVKGLP
DTTGLVKGLP
1120
LKFQQRAFEN
LKFQQRAFEN
1130
LYIKVQEGAK
LYIKVQEGAK
1140
TLARDTGNQE
TLARDTGNQE
1150
SHPDEEHNRK
SHPDEEHNRK
1160
TVLLMLITMI
TVLLMLITMI
1170
LYSSPVCEKQ
LYSSPVCEKQ
1180
ALFAIFQCIK
ALFAIFQCIK
1190
KNGLDPQLVR
KNGLDPQLVR
1200
KVLENISGSF
KVLENISGSF
1210
GYKNTEDLMS
GYKNTEDLMS
1220
THLDYLVFEW
THLDYLVFEW
1230
LNCDYSLSDF
LNCDYSLSDF
1240
PYVLLNCSTL
PYVLLNCSTL
1250
EEFYRSCYKI
EEFYRSCYKI
1260
LIPQLIIRNQ
LIPQLIIRNQ
1270
FEEIKSIASH
FEEIKSIASH
1280
IEIEERHLLA
IEIEERHLLA
1290
QCFPKILVNI
QCFPKILVNI
1300
LPYFAYQNHR
LPYFAYQNHR
1310
DTEFTQKSNT
DTEFTQKSNT
1320
ASRVYDMLTD
ASRVYDMLTD
1330
ENYLGKQLID
ENYLGKQLID
1340
SLFHSSLPEI
SLFHSSLPEI
1350
VVEVLMTLHE
VVEVLMTLHE
1360
PINIQPEENS
PINIQPEENS
1370
DLIAFTGDLD
DLIAFTGDLD
1380
PAPNPPYFPS
PAPNPPYFPS
1390
FIIQATLDYI
FIIQATLDYI
1400
NRCYKTKSNG
NRCYKTKSNG
1410
IVAILSKNPE
IVAILSKNPE
1420
SFHKILFAVW
SFHKILFAVW
1430
KQVSGTKNNY
KQVSGTKNNY
1440
KKHRMLMIYH
KKHRMLMIYH
1450
FFVNLLLKEI
FFVNLLLKEI
1460
KGGLGGAWAF
KGGLGGAWAF
1470
VLRDVIYSMI
VLRDVIYSMI
1480
HHISNRPNPL
HHISNRPNPL
1490
TGVSLRSFLL
TGVSLRSFLL
1500
CCDLLNRVCH
CCDLLNRVCH
1510
TAVQYCGDAL
TAVQYCGDAL
1520
ASHLHVVVGT
ASHLHVVVGT
1530
LIPIVGEQPE
LIPIVGEQPE
1540
TEEKVLGLLK
TEEKVLGLLK
1550
YLVIDNQNNE
YLVIDNQNNE
1560
YLYQAIKLLD
YLYQAIKLLD
1570
PFPDHPHFKE
PFPDHPHFKE
1580
LRATQQKVKY
LRATQQKVKY
1590
STGKFSLLQE
STGKFSLLQE
1600
INHFLSINIS
INHFLSINIS
1610
DSLFLTRLEG
DSLFLTRLEG
1620
LNDLHKQLED
LNDLHKQLED
1630
HKEQIMEFMK
HKEQIMEFMK
1640
KFQEAVGSCL
KFQEAVGSCL
1650
GEIGPINFST
GEIGPINFST
1660
IALQHSKNGS
IALQHSKNGS
1670
SSNACDLFED
SSNACDLFED
1680
RELHIEVRSA
RELHIEVRSA
1690
AAVCLKNILA
AAVCLKNILA
1700
TKTGHTFSEM
TKTGHTFSEM
1710
YKTKTDTMLK
YKTKTDTMLK
1720
YLHPFRTSKK
YLHPFRTSKK
1730
KNITGPPKRQ
KNITGPPKRQ
1740
NPQAKVACFT
NPQAKVACFT
GLTLAK
- Modifications
- Amino Acid Position Range
- 371 - 388
- Monoisotopic Mass
- 1,936.85 Da
- Average Mass
- 1,938.15 Da
- Length
- 17
Evidence
Data Set | Date Added | Number of Hits |
---|---|---|
2016 Melani et al., Mol Cell Proteomics, King Cobra Venom | 06/14/2016 | 1 |