Other Species / Isoforms
  CAMKK2 (rat)      LTP 

LTP (Low Throughput Papers) : The number of records in which this modification site was determined using methods other than discovery mass spectrometry.

  HTP 

HTP (High Throughput Papers): The number of records in which this modification site was assigned using ONLY proteomic discovery mass spectrometry.

 
S22-p
APQDELGsGGVSRES
1 1
CAMKK2 (human) APQDELGGRGSSSSE G22
CAMKK2 iso3 (human) APQDELGGRGSSSSE G22
CAMKK2 iso4 (human) APQDELGGRGSSSSE G22
CAMKK2 iso5 (human) APQDELGGRGSSSSE G22
CAMKK2 iso6 (human) APQDELGGRGSSSSE G22
CAMKK2 (mouse) APQDELGSGGGSREG S22
CAMKK2 iso2 (mouse) APQDELGSGGGSREG S22
CAMKK2 (rat) APQDELGsGGVSRES S22-p
K31
GVSRESQKPCEALRG
0 1
CAMKK2 (human) SSSSESQkPCEALRG K32-ub
CAMKK2 iso3 (human) SSSSESQKPCEALRG K32
CAMKK2 iso4 (human) SSSSESQKPCEALRG K32
CAMKK2 iso5 (human) SSSSESQKPCEALRG K32
CAMKK2 iso6 (human) SSSSESQKPCEALRG K32
CAMKK2 (mouse) GGSREGQKPCEALRG K31
CAMKK2 iso2 (mouse) GGSREGQKPCEALRG K31
CAMKK2 (rat) GVSRESQKPCEALRG K31
A84
GQELPLDASEPESRS
2 2
CAMKK2 (human) GQEVPLDtSGSQARP T85-p
CAMKK2 iso3 (human) GQEVPLDTSGSQARP T85
CAMKK2 iso4 (human) GQEVPLDTSGSQARP T85
CAMKK2 iso5 (human) GQEVPLDTSGSQARP T85
CAMKK2 iso6 (human) GQEVPLDTSGSQARP T85
CAMKK2 (mouse) GQELPLEAsDPEsRs A84
CAMKK2 iso2 (mouse) GQELPLEASDPESRS A84
CAMKK2 (rat) GQELPLDASEPESRS A84
S85
QELPLDASEPESRSL
0 4
CAMKK2 (human) QEVPLDtSGSQARPH S86
CAMKK2 iso3 (human) QEVPLDTSGSQARPH S86
CAMKK2 iso4 (human) QEVPLDTSGSQARPH S86
CAMKK2 iso5 (human) QEVPLDTSGSQARPH S86
CAMKK2 iso6 (human) QEVPLDTSGSQARPH S86
CAMKK2 (mouse) QELPLEAsDPEsRsP S85-p
CAMKK2 iso2 (mouse) QELPLEASDPESRSP S85
CAMKK2 (rat) QELPLDASEPESRSL S85
S89
LDASEPESRSLLsGG
0 2
CAMKK2 (human) LDtSGSQARPHLsGR A90
CAMKK2 iso3 (human) LDTSGSQARPHLSGR A90
CAMKK2 iso4 (human) LDTSGSQARPHLSGR A90
CAMKK2 iso5 (human) LDTSGSQARPHLSGR A90
CAMKK2 iso6 (human) LDTSGSQARPHLSGR A90
CAMKK2 (mouse) LEAsDPEsRsPLSGR S89-p
CAMKK2 iso2 (mouse) LEASDPESRSPLSGR S89
CAMKK2 (rat) LDASEPESRSLLsGG S89
S91
ASEPESRSLLsGGKM
0 7
CAMKK2 (human) tSGSQARPHLsGRKL P92
CAMKK2 iso3 (human) TSGSQARPHLSGRKL P92
CAMKK2 iso4 (human) TSGSQARPHLSGRKL P92
CAMKK2 iso5 (human) TSGSQARPHLSGRKL P92
CAMKK2 iso6 (human) TSGSQARPHLSGRKL P92
CAMKK2 (mouse) AsDPEsRsPLSGRKM S91-p
CAMKK2 iso2 (mouse) ASDPESRSPLSGRKM S91
CAMKK2 (rat) ASEPESRSLLsGGKM S91
S94-p
PESRSLLsGGKMsLQ
1 3
CAMKK2 (human) SQARPHLsGRKLsLQ S95-p
CAMKK2 iso3 (human) SQARPHLSGRKLSLQ S95
CAMKK2 iso4 (human) SQARPHLSGRKLSLQ S95
CAMKK2 iso5 (human) SQARPHLSGRKLSLQ S95
CAMKK2 iso6 (human) SQARPHLSGRKLSLQ S95
CAMKK2 (mouse) PEsRsPLSGRKMsLQ S94
CAMKK2 iso2 (mouse) PESRSPLSGRKMSLQ S94
CAMKK2 (rat) PESRSLLsGGKMsLQ S94-p
S99-p
LLsGGKMsLQERSQG
1 26
CAMKK2 (human) HLsGRKLsLQERSQG S100-p
CAMKK2 iso3 (human) HLSGRKLSLQERSQG S100
CAMKK2 iso4 (human) HLSGRKLSLQERSQG S100
CAMKK2 iso5 (human) HLSGRKLSLQERSQG S100
CAMKK2 iso6 (human) HLSGRKLSLQERSQG S100
CAMKK2 (mouse) PLSGRKMsLQEPsQG S99-p
CAMKK2 iso2 (mouse) PLSGRKMSLQEPSQG S99
CAMKK2 (rat) LLsGGKMsLQERSQG S99-p
S104
KMsLQERSQGGPAsS
0 1
CAMKK2 (human) KLsLQERSQGGLAAG S105
CAMKK2 iso3 (human) KLSLQERSQGGLAAG S105
CAMKK2 iso4 (human) KLSLQERSQGGLAAG S105
CAMKK2 iso5 (human) KLSLQERSQGGLAAG S105
CAMKK2 iso6 (human) KLSLQERSQGGLAAG S105
CAMKK2 (mouse) KMsLQEPsQGGPASS S104-p
CAMKK2 iso2 (mouse) KMSLQEPSQGGPASS S104
CAMKK2 (rat) KMsLQERSQGGPAsS S104
S110-p
RSQGGPAsSSSLDMN
Upstream
1 1
Kinase, in vitro:
  • AMPKA1 (human)
CAMKK2 (human) RSQGGLAAGGsLDMN A111
CAMKK2 iso3 (human) RSQGGLAAGGSLDMN A111
CAMKK2 iso4 (human) RSQGGLAAGGSLDMN A111
CAMKK2 iso5 (human) RSQGGLAAGGSLDMN A111
CAMKK2 iso6 (human) RSQGGLAAGGSLDMN A111
CAMKK2 (mouse) PsQGGPASSSNSLDM S110
CAMKK2 iso2 (mouse) PSQGGPASSSNSLDM S110
CAMKK2 (rat) RSQGGPAsSSSLDMN S110-p
S113
GGPAsSSSLDMNGRC
0 3
CAMKK2 (human) GGLAAGGsLDMNGRC S114-p
CAMKK2 iso3 (human) GGLAAGGSLDMNGRC S114
CAMKK2 iso4 (human) GGLAAGGSLDMNGRC S114
CAMKK2 iso5 (human) GGLAAGGSLDMNGRC S114
CAMKK2 iso6 (human) GGLAAGGSLDMNGRC S114
CAMKK2 (mouse) GPASSSNSLDMNGRC S114
CAMKK2 iso2 (mouse) GPASSSNSLDMNGRC S114
CAMKK2 (rat) GGPAsSSSLDMNGRC S113
S124
NGRCICPSLsYSPAS
0 2
CAMKK2 (human) NGRCICPsLPysPVs S125-p
CAMKK2 iso3 (human) NGRCICPSLPYsPVS S125
CAMKK2 iso4 (human) NGRCICPSLPYSPVS S125
CAMKK2 iso5 (human) NGRCICPSLPYSPVS S125
CAMKK2 iso6 (human) NGRCICPSLPYSPVS S125
CAMKK2 (mouse) NGRCICPsLSYsPAs S125-p
CAMKK2 iso2 (mouse) NGRCICPSLSYSPAS S125
CAMKK2 (rat) NGRCICPSLsYSPAS S124
S126-p
RCICPSLsYSPASSP
Upstream
1 1
Kinase, in vitro:
  • AMPKA1 (human)
CAMKK2 (human) RCICPsLPysPVssP P127
CAMKK2 iso3 (human) RCICPSLPYsPVSsP P127
CAMKK2 iso4 (human) RCICPSLPYSPVSSP P127
CAMKK2 iso5 (human) RCICPSLPYSPVSSP P127
CAMKK2 iso6 (human) RCICPSLPYSPVSSP P127
CAMKK2 (mouse) RCICPsLSYsPAssP S127
CAMKK2 iso2 (mouse) RCICPSLSYSPASSP S127
CAMKK2 (rat) RCICPSLsYSPASSP S126-p
Y127
CICPSLsYSPASSPQ
0 3
CAMKK2 (human) CICPsLPysPVssPQ Y128-p
CAMKK2 iso3 (human) CICPSLPYsPVSsPQ Y128
CAMKK2 iso4 (human) CICPSLPYSPVSSPQ Y128
CAMKK2 iso5 (human) CICPSLPYSPVSSPQ Y128
CAMKK2 iso6 (human) CICPSLPYSPVSSPQ Y128
CAMKK2 (mouse) CICPsLSYsPAssPQ Y128
CAMKK2 iso2 (mouse) CICPSLSYSPASSPQ Y128
CAMKK2 (rat) CICPSLsYSPASSPQ Y127
S128
ICPSLsYSPASSPQs
0 48
CAMKK2 (human) ICPsLPysPVssPQs S129-p
CAMKK2 iso3 (human) ICPSLPYsPVSsPQs S129-p
CAMKK2 iso4 (human) ICPSLPYSPVSSPQS S129
CAMKK2 iso5 (human) ICPSLPYSPVSSPQS S129
CAMKK2 iso6 (human) ICPSLPYSPVSSPQS S129
CAMKK2 (mouse) ICPsLSYsPAssPQs S129-p
CAMKK2 iso2 (mouse) ICPSLSYSPASSPQS S129
CAMKK2 (rat) ICPSLsYSPASSPQs S128
S131
SLsYSPASSPQsSPR
0 4
CAMKK2 (human) sLPysPVssPQssPR S132-p
CAMKK2 iso3 (human) SLPYsPVSsPQsSPR S132
CAMKK2 iso4 (human) SLPYSPVSSPQSSPR S132
CAMKK2 iso5 (human) SLPYSPVSSPQSSPR S132
CAMKK2 iso6 (human) SLPYSPVSSPQSSPR S132
CAMKK2 (mouse) sLSYsPAssPQssPR S132-p
CAMKK2 iso2 (mouse) SLSYSPASSPQSSPR S132
CAMKK2 (rat) SLsYSPASSPQsSPR S131
S132
LsYSPASSPQsSPRM
0 44
CAMKK2 (human) LPysPVssPQssPRL S133-p
CAMKK2 iso3 (human) LPYsPVSsPQsSPRL S133-p
CAMKK2 iso4 (human) LPYSPVSSPQSSPRL S133
CAMKK2 iso5 (human) LPYSPVSSPQSSPRL S133
CAMKK2 iso6 (human) LPYSPVSSPQSSPRL S133
CAMKK2 (mouse) LSYsPAssPQssPRM S133-p
CAMKK2 iso2 (mouse) LSYSPASSPQSSPRM S133
CAMKK2 (rat) LsYSPASSPQsSPRM S132
S135-p
SPASSPQsSPRMPRR
Upstream
1 13
Kinase, in vitro:
  • AMPKA1 (human)
CAMKK2 (human) sPVssPQssPRLPRR S136-p
CAMKK2 iso3 (human) sPVSsPQsSPRLPRR S136-p
CAMKK2 iso4 (human) SPVSSPQSSPRLPRR S136
CAMKK2 iso5 (human) SPVSSPQSSPRLPRR S136
CAMKK2 iso6 (human) SPVSSPQSSPRLPRR S136
CAMKK2 (mouse) sPAssPQssPRMPRR S136-p
CAMKK2 iso2 (mouse) SPASSPQSSPRMPRR S136
CAMKK2 (rat) SPASSPQsSPRMPRR S135-p
S136
PASSPQsSPRMPRRP
0 28
CAMKK2 (human) PVssPQssPRLPRRP S137-p
CAMKK2 iso3 (human) PVSsPQsSPRLPRRP S137
CAMKK2 iso4 (human) PVSSPQSSPRLPRRP S137
CAMKK2 iso5 (human) PVSSPQSSPRLPRRP S137
CAMKK2 iso6 (human) PVSSPQSSPRLPRRP S137
CAMKK2 (mouse) PAssPQssPRMPRRP S137-p
CAMKK2 iso2 (mouse) PASSPQSSPRMPRRP S137
CAMKK2 (rat) PASSPQsSPRMPRRP S136
T144-p
PRMPRRPtVESHHVS
Upstream
Downstream
3 8
Effects on Modified Protein
  • activity, induced
  • enzymatic activity, induced
  • enzymatic activity, inhibited
Effects on Biological Processes:
  • signaling pathway regulation
Kinase, in vitro:
  • AMPKA1 (human)
  • PKACA (cow)
  • PKACA (rat)
view more >
Phosphatases, in vitro:
  • PPP1CA (rat)
  • PPP2CA (rat)
Putative in vivo kinases:
  • AMPKA1 (human)
  • PKACA (rat)
Treatment
  • compound_C
  • H-89
  • isoproterenol
  • NKH_477
  • okadaic_acid
view more >
CAMKK2 (human) PRLPRRPtVEsHHVS T145-p
CAMKK2 iso3 (human) PRLPRRPTVESHHVS T145
CAMKK2 iso4 (human) PRLPRRPTVESHHVS T145
CAMKK2 iso5 (human) PRLPRRPTVESHHVS T145
CAMKK2 iso6 (human) PRLPRRPTVESHHVS T145
CAMKK2 (mouse) PRMPRRPTVESHHVS T145
CAMKK2 iso2 (mouse) PRMPRRPTVESHHVS T145
CAMKK2 (rat) PRMPRRPtVESHHVS T144-p
S147
PRRPtVESHHVSITG
0 1
CAMKK2 (human) PRRPtVEsHHVSITG S148-p
CAMKK2 iso3 (human) PRRPTVESHHVSITG S148
CAMKK2 iso4 (human) PRRPTVESHHVSITG S148
CAMKK2 iso5 (human) PRRPTVESHHVSITG S148
CAMKK2 iso6 (human) PRRPTVESHHVSITG S148
CAMKK2 (mouse) PRRPTVESHHVSITG S148
CAMKK2 iso2 (mouse) PRRPTVESHHVSITG S148
CAMKK2 (rat) PRRPtVESHHVSITG S147
T165-p
CVQLNQYtLKDEIGK
1 1
CAMKK2 (human) CVQLNQYTLKDEIGk T166
CAMKK2 iso3 (human) CVQLNQYTLKDEIGK T166
CAMKK2 iso4 (human) CVQLNQYTLKDEIGK T166
CAMKK2 iso5 (human) CVQLNQYTLKDEIGK T166
CAMKK2 iso6 (human) CVQLNQYTLKDEIGK T166
CAMKK2 (mouse) CVQLNQYTLKDEIGK T166
CAMKK2 iso2 (mouse) CVQLNQYTLKDEIGK T166
CAMKK2 (rat) CVQLNQYtLKDEIGK T165-p
K172
tLKDEIGKGsYGVVK
0 2
CAMKK2 (human) TLKDEIGkGSYGVVK K173-ub
CAMKK2 iso3 (human) TLKDEIGKGSYGVVK K173
CAMKK2 iso4 (human) TLKDEIGKGSYGVVK K173
CAMKK2 iso5 (human) TLKDEIGKGSYGVVK K173
CAMKK2 iso6 (human) TLKDEIGKGSYGVVK K173
CAMKK2 (mouse) TLKDEIGKGSyGVVK K173
CAMKK2 iso2 (mouse) TLKDEIGKGSYGVVK K173
CAMKK2 (rat) tLKDEIGKGsYGVVK K172
S174-p
KDEIGKGsYGVVKLA
Upstream
1 1
Kinase, in vitro:
  • AMPKA1 (human)
CAMKK2 (human) KDEIGkGSYGVVKLA S175
CAMKK2 iso3 (human) KDEIGKGSYGVVKLA S175
CAMKK2 iso4 (human) KDEIGKGSYGVVKLA S175
CAMKK2 iso5 (human) KDEIGKGSYGVVKLA S175
CAMKK2 iso6 (human) KDEIGKGSYGVVKLA S175
CAMKK2 (mouse) KDEIGKGSyGVVKLA S175
CAMKK2 iso2 (mouse) KDEIGKGSYGVVKLA S175
CAMKK2 (rat) KDEIGKGsYGVVKLA S174-p
Y175
DEIGKGsYGVVKLAY
0 1
CAMKK2 (human) DEIGkGSYGVVKLAy Y176
CAMKK2 iso3 (human) DEIGKGSYGVVKLAY Y176
CAMKK2 iso4 (human) DEIGKGSYGVVKLAY Y176
CAMKK2 iso5 (human) DEIGKGSYGVVKLAY Y176
CAMKK2 iso6 (human) DEIGKGSYGVVKLAY Y176
CAMKK2 (mouse) DEIGKGSyGVVKLAY Y176-p
CAMKK2 iso2 (mouse) DEIGKGSYGVVKLAY Y176
CAMKK2 (rat) DEIGKGsYGVVKLAY Y175
Y182
YGVVKLAYNENDNTy
0 1
CAMKK2 (human) YGVVKLAyNENDNTy Y183-p
CAMKK2 iso3 (human) YGVVKLAYNENDNTY Y183
CAMKK2 iso4 (human) YGVVKLAYNENDNTY Y183
CAMKK2 iso5 (human) YGVVKLAYNENDNTY Y183
CAMKK2 iso6 (human) YGVVKLAYNENDNTY Y183
CAMKK2 (mouse) yGVVKLAYNENDNTy Y183
CAMKK2 iso2 (mouse) YGVVKLAYNENDNTY Y183
CAMKK2 (rat) YGVVKLAYNENDNTy Y182
Y189-p
YNENDNTyYAMKVLS
0 13
CAMKK2 (human) yNENDNTyYAMkVLS Y190-p
CAMKK2 iso3 (human) YNENDNTYYAMKVLS Y190
CAMKK2 iso4 (human) YNENDNTYYAMKVLS Y190
CAMKK2 iso5 (human) YNENDNTYYAMKVLS Y190
CAMKK2 iso6 (human) YNENDNTYYAMKVLS Y190
CAMKK2 (mouse) YNENDNTyyAMKVLS Y190-p
CAMKK2 iso2 (mouse) YNENDNTYYAMKVLS Y190
CAMKK2 (rat) YNENDNTyYAMKVLS Y189-p
Y190
NENDNTyYAMKVLSK
0 1
CAMKK2 (human) NENDNTyYAMkVLSK Y191
CAMKK2 iso3 (human) NENDNTYYAMKVLSK Y191
CAMKK2 iso4 (human) NENDNTYYAMKVLSK Y191
CAMKK2 iso5 (human) NENDNTYYAMKVLSK Y191
CAMKK2 iso6 (human) NENDNTYYAMKVLSK Y191
CAMKK2 (mouse) NENDNTyyAMKVLSK Y191-p
CAMKK2 iso2 (mouse) NENDNTYYAMKVLSK Y191
CAMKK2 (rat) NENDNTyYAMKVLSK Y190
K193
DNTyYAMKVLSKKKL
0 2
CAMKK2 (human) DNTyYAMkVLSKKKL K194-ub
CAMKK2 iso3 (human) DNTYYAMKVLSKKKL K194
CAMKK2 iso4 (human) DNTYYAMKVLSKKKL K194
CAMKK2 iso5 (human) DNTYYAMKVLSKKKL K194
CAMKK2 iso6 (human) DNTYYAMKVLSKKKL K194
CAMKK2 (mouse) DNTyyAMKVLSKKKL K194
CAMKK2 iso2 (mouse) DNTYYAMKVLSKKKL K194
CAMKK2 (rat) DNTyYAMKVLSKKKL K193
T215-p
RRPPPRGtRPAPGGC
1 1
CAMKK2 (human) RRPPPRGTRPAPGGC T216
CAMKK2 iso3 (human) RRPPPRGTRPAPGGC T216
CAMKK2 iso4 (human) RRPPPRGTRPAPGGC T216
CAMKK2 iso5 (human) RRPPPRGTRPAPGGC T216
CAMKK2 iso6 (human) RRPPPRGTRPAPGGC T216
CAMKK2 (mouse) RRPPPRGARPAPGGC A216
CAMKK2 iso2 (mouse) RRPPPRGARPAPGGC A216
CAMKK2 (rat) RRPPPRGtRPAPGGC T215-p
Y233-p
RGPIEQVyQEIAILK
0 17
CAMKK2 (human) RGPIEQVyQEIAILk Y234-p
CAMKK2 iso3 (human) RGPIEQVYQEIAILK Y234
CAMKK2 iso4 (human) RGPIEQVYQEIAILK Y234
CAMKK2 iso5 (human) RGPIEQVYQEIAILK Y234
CAMKK2 iso6 (human) RGPIEQVYQEIAILK Y234
CAMKK2 (mouse) RGPIEQVYQEIAILK Y234
CAMKK2 iso2 (mouse) RGPIEQVYQEIAILK Y234
CAMKK2 (rat) RGPIEQVyQEIAILK Y233-p
K240
yQEIAILKKLDHPNV
0 1
CAMKK2 (human) yQEIAILkkLDHPNV K241-ub
CAMKK2 iso3 (human) YQEIAILKKLDHPNV K241
CAMKK2 iso4 (human) YQEIAILKKLDHPNV K241
CAMKK2 iso5 (human) YQEIAILKKLDHPNV K241
CAMKK2 iso6 (human) YQEIAILKKLDHPNV K241
CAMKK2 (mouse) YQEIAILKKLDHPNV K241
CAMKK2 iso2 (mouse) YQEIAILKKLDHPNV K241
CAMKK2 (rat) yQEIAILKKLDHPNV K240
K241
QEIAILKKLDHPNVV
0 2
CAMKK2 (human) QEIAILkkLDHPNVV K242-ub
CAMKK2 iso3 (human) QEIAILKKLDHPNVV K242
CAMKK2 iso4 (human) QEIAILKKLDHPNVV K242
CAMKK2 iso5 (human) QEIAILKKLDHPNVV K242
CAMKK2 iso6 (human) QEIAILKKLDHPNVV K242
CAMKK2 (mouse) QEIAILKKLDHPNVV K242
CAMKK2 iso2 (mouse) QEIAILKKLDHPNVV K242
CAMKK2 (rat) QEIAILKKLDHPNVV K241
K306
IEYLHYQKIIHRDIK
0 1
CAMKK2 (human) IEYLHYQkIIHRDIk K307-ub
CAMKK2 iso3 (human) IEYLHYQKIIHRDIK K307
CAMKK2 iso4 (human) IEYLHYQKIIHRDIK K307
CAMKK2 iso5 (human) IEYLHYQKIIHRDIK K307
CAMKK2 iso6 (human) IEYLHYQKIIHRDIK K307
CAMKK2 (mouse) IEYLHYQKIIHRDIK K307
CAMKK2 iso2 (mouse) IEYLHYQKIIHRDIK K307
CAMKK2 (rat) IEYLHYQKIIHRDIK K306
K313
KIIHRDIKPSNLLVG
0 2
CAMKK2 (human) kIIHRDIkPSNLLVG K314-ub
CAMKK2 iso3 (human) KIIHRDIKPSNLLVG K314
CAMKK2 iso4 (human) KIIHRDIKPSNLLVG K314
CAMKK2 iso5 (human) KIIHRDIKPSNLLVG K314
CAMKK2 iso6 (human) KIIHRDIKPSNLLVG K314
CAMKK2 (mouse) KIIHRDIKPSNLLVG K314
CAMKK2 iso2 (mouse) KIIHRDIKPSNLLVG K314
CAMKK2 (rat) KIIHRDIKPSNLLVG K313
K326
VGEDGHIKIADFGVS
0 1
CAMKK2 (human) VGEDGHIkIADFGVS K327-ub
CAMKK2 iso3 (human) VGEDGHIKIADFGVS K327
CAMKK2 iso4 (human) VGEDGHIKIADFGVS K327
CAMKK2 iso5 (human) VGEDGHIKIADFGVS K327
CAMKK2 iso6 (human) VGEDGHIKIADFGVS K327
CAMKK2 (mouse) VGEDGHIKIADFGVS K327
CAMKK2 iso2 (mouse) VGEDGHIKIADFGVS K327
CAMKK2 (rat) VGEDGHIKIADFGVS K326
T349
LLSNTVGTPAFMAPE
0 1
CAMKK2 (human) LLSNTVGtPAFMAPE T350-p
CAMKK2 iso3 (human) LLSNTVGTPAFMAPE T350
CAMKK2 iso4 (human) LLSNTVGTPAFMAPE T350
CAMKK2 iso5 (human) LLSNTVGTPAFMAPE T350
CAMKK2 iso6 (human) LLSNTVGTPAFMAPE T350
CAMKK2 (mouse) LLSNTVGTPAFMAPE T350
CAMKK2 iso2 (mouse) LLSNTVGTPAFMAPE T350
CAMKK2 (rat) LLSNTVGTPAFMAPE T349
K402
MCLHSKIKSQALEFP
0 3
CAMKK2 (human) MCLHSKIkSQALEFP K403-ub
CAMKK2 iso3 (human) MCLHSKIKSQALEFP K403
CAMKK2 iso4 (human) MCLHSKIKSQALEFP K403
CAMKK2 iso5 (human) MCLHSKIKSQALEFP K403
CAMKK2 iso6 (human) MCLHSKIKSQALEFP K403
CAMKK2 (mouse) MCLHSKIKSQALEFP K403
CAMKK2 iso2 (mouse) MCLHSKIKSQALEFP K403
CAMKK2 (rat) MCLHSKIKSQALEFP K402
K419
PDIAEDLKDLITRML
0 1
CAMKK2 (human) PDIAEDLkDLITRML K420-ub
CAMKK2 iso3 (human) PDIAEDLKDLITRML K420
CAMKK2 iso4 (human) PDIAEDLKDLITRML K420
CAMKK2 iso5 (human) PDIAEDLKDLITRML K420
CAMKK2 iso6 (human) PDIAEDLKDLITRML K420
CAMKK2 (mouse) PDIAEDLKDLITRML K420
CAMKK2 iso2 (mouse) PDIAEDLKDLITRML K420
CAMKK2 (rat) PDIAEDLKDLITRML K419
K428
LITRMLDKNPESRIV
0 1
CAMKK2 (human) LITRMLDkNPESRIV K429-ub
CAMKK2 iso3 (human) LITRMLDKNPESRIV K429
CAMKK2 iso4 (human) LITRMLDKNPESRIV K429
CAMKK2 iso5 (human) LITRMLDKNPESRIV K429
CAMKK2 iso6 (human) LITRMLDKNPESRIV K429
CAMKK2 (mouse) LITRMLDKNPESRIV K429
CAMKK2 iso2 (mouse) LITRMLDKNPESRIV K429
CAMKK2 (rat) LITRMLDKNPESRIV K428
K440-ub
RIVVPEIkLHPWVtR
0 4
CAMKK2 (human) RIVVPEIkLHPWVTR K441-ub
CAMKK2 iso3 (human) RIVVPEIKLHPWVTR K441
CAMKK2 iso4 (human) RIVVPEIkILVKTMI K441-ub
CAMKK2 iso5 (human) RIVVPEIkILVKTMI K441-ub
CAMKK2 iso6 (human) RIVVPEIkILVKTMI K441-ub
CAMKK2 (mouse) RIVVPEIKLHPWVTR K441
CAMKK2 iso2 (mouse) RIVVPEIKLHPWVTR K441
CAMKK2 (rat) RIVVPEIkLHPWVtR K440-ub
T446-p
IkLHPWVtRHGAEPL
Upstream
1 1
Kinase, in vitro:
  • AMPKA1 (human)
CAMKK2 (human) IkLHPWVTRHGAEPL T447
CAMKK2 iso3 (human) IKLHPWVTRHGAEPL T447
CAMKK2 iso4 (human) gap -
CAMKK2 iso5 (human) gap -
CAMKK2 iso6 (human) gap -
CAMKK2 (mouse) IKLHPWVTRHGAEPL T447
CAMKK2 iso2 (mouse) IKLHPWVTRHGAEPL T447
CAMKK2 (rat) IkLHPWVtRHGAEPL T446-p
S455
HGAEPLPSEDENCTL
0 1
CAMKK2 (human) HGAEPLPSEDENCTL S456
CAMKK2 iso3 (human) HGAEPLPSEDENCTL S456
CAMKK2 iso4 (human) gap -
CAMKK2 iso5 (human) gap -
CAMKK2 iso6 (human) gap -
CAMKK2 (mouse) HGAEPLPsEDENCTL S456-p
CAMKK2 iso2 (mouse) HGAEPLPSEDENCTL S456
CAMKK2 (rat) HGAEPLPSEDENCTL S455
S473
TEEEVENSVKHIPSL
0 1
CAMKK2 (human) TEEEVENSVKHIPSL S474
CAMKK2 iso3 (human) TEEEVENSVKHIPSL S474
CAMKK2 iso4 (human) gap -
CAMKK2 iso5 (human) gap -
CAMKK2 iso6 (human) gap -
CAMKK2 (mouse) TEEEVENsVKHIPSL S474-p
CAMKK2 iso2 (mouse) TEEEVENSVKHIPSL S474
CAMKK2 (rat) TEEEVENSVKHIPSL S473
T482-p
KHIPSLAtVILVKTM
Upstream
Downstream
2 2
Effects on Modified Protein
  • enzymatic activity, induced
Putative in vivo kinases:
  • CAMKK2 (human)
CAMKK2 (human) KHIPSLATVILVkTM T483
CAMKK2 iso3 (human) KHIPSLATVILVKTM T483
CAMKK2 iso4 (human) gap -
CAMKK2 iso5 (human) gap -
CAMKK2 iso6 (human) gap -
CAMKK2 (mouse) KHIPSLATVILVKtM T483
CAMKK2 iso2 (mouse) KHIPSLATVILVKTM T483
CAMKK2 (rat) KHIPSLAtVILVKTM T482-p
K487
LAtVILVKTMIRKRs
0 1
CAMKK2 (human) LATVILVkTMIRKRs K488-ub
CAMKK2 iso3 (human) LATVILVKTMIRKRS K488
CAMKK2 iso4 (human) PEIkILVKTMIRKRS K445
CAMKK2 iso5 (human) PEIkILVKTMIRKRS K445
CAMKK2 iso6 (human) PEIkILVKTMIRKRS K445
CAMKK2 (mouse) LATVILVKtMIRKRs K488
CAMKK2 iso2 (mouse) LATVILVKTMIRKRS K488
CAMKK2 (rat) LAtVILVKTMIRKRs K487
T488
AtVILVKTMIRKRsF
0 2
CAMKK2 (human) ATVILVkTMIRKRsF T489
CAMKK2 iso3 (human) ATVILVKTMIRKRSF T489
CAMKK2 iso4 (human) EIkILVKTMIRKRSF T446
CAMKK2 iso5 (human) EIkILVKTMIRKRSF T446
CAMKK2 iso6 (human) EIkILVKTMIRKRSF T446
CAMKK2 (mouse) ATVILVKtMIRKRsF T489-p
CAMKK2 iso2 (mouse) ATVILVKTMIRKRSF T489
CAMKK2 (rat) AtVILVKTMIRKRsF T488
S494-p
KTMIRKRsFGNPFEG
Upstream
3 77
CAMKK2 (human)
S495-p
CAMKK2 iso3 (human)
S495-p
CAMKK2 iso4 (human)
S452-p
CAMKK2 iso5 (human)
S452-p
CAMKK2 iso6 (human)
S452-p
CAMKK2 (mouse)
S495-p
CAMKK2 iso2 (mouse)
S495-p
CAMKK2 (rat)
S494-p
Kinase, in vitro:
  • AMPKA1 (human)
CAMKK2 (human) kTMIRKRsFGNPFEG S495-p
CAMKK2 iso3 (human) KTMIRKRSFGNPFEG S495
CAMKK2 iso4 (human) KTMIRKRSFGNPFEG S452
CAMKK2 iso5 (human) KTMIRKRSFGNPFEG S452
CAMKK2 iso6 (human) KTMIRKRSFGNPFEG S452
CAMKK2 (mouse) KtMIRKRsFGNPFEG S495-p
CAMKK2 iso2 (mouse) KTMIRKRSFGNPFEG S495
CAMKK2 (rat) KTMIRKRsFGNPFEG S494-p
S508
GSRREERSLsAPGNL
0 3
CAMKK2 (human) GSRREERsLsAPGNL S509-p
CAMKK2 iso3 (human) GSRREERSLsAPGNL S509
CAMKK2 iso4 (human) GSRREERSLSAPGNL S466
CAMKK2 iso5 (human) GSRREERSLSAPGNL S466
CAMKK2 iso6 (human) GSRREERSLSAPGNL S466
CAMKK2 (mouse) GSRREERsLsAPGNL S509-p
CAMKK2 iso2 (mouse) GSRREERSLsAPGNL S509
CAMKK2 (rat) GSRREERSLsAPGNL S508
S510-p
RREERSLsAPGNLLt
Upstream
3 47
CAMKK2 (human)
S511-p
CAMKK2 iso3 (human)
S511-p
CAMKK2 (mouse)
S511-p
CAMKK2 (rat)
S510-p
Kinase, in vitro:
  • AMPKA1 (human)
CAMKK2 (human) RREERsLsAPGNLLT S511-p
CAMKK2 iso3 (human) RREERSLsAPGNLLT S511-p
CAMKK2 iso4 (human) RREERSLSAPGNLLT S468
CAMKK2 iso5 (human) RREERSLSAPGNLLT S468
CAMKK2 iso6 (human) RREERSLSAPGNLLT S468
CAMKK2 (mouse) RREERsLsAPGNLLt S511-p
CAMKK2 iso2 (mouse) RREERSLsAPGNLLT S511-p
CAMKK2 (rat) RREERSLsAPGNLLt S510-p
T517-p
sAPGNLLtKKPTREW
1 2
CAMKK2 (human) sAPGNLLTKKPTREC T518
CAMKK2 iso3 (human) sAPGNLLTkQGsEDN T518
CAMKK2 iso4 (human) SAPGNLLTKKPTREC T475
CAMKK2 iso5 (human) SAPGNLLTKQGSEDN T475
CAMKK2 iso6 (human) SAPGNLLTKKPTREC T475
CAMKK2 (mouse) sAPGNLLtKKPTREW T518-p
CAMKK2 iso2 (mouse) sAPGNLLTKQGsEDS T518
CAMKK2 (rat) sAPGNLLtKKPTREW T517-p
-
gap
0 1
CAMKK2 (human) gap -
CAMKK2 iso3 (human) APGNLLTkQGsEDNL K519-ub
CAMKK2 iso4 (human) gap -
CAMKK2 iso5 (human) APGNLLTKQGSEDNL K476
CAMKK2 iso6 (human) gap -
CAMKK2 (mouse) gap -
CAMKK2 iso2 (mouse) APGNLLTKQGsEDSP K519
CAMKK2 (rat) gap -
-
gap
0 8
CAMKK2 (human) gap -
CAMKK2 iso3 (human) NLLTkQGsEDNLQGT S522-p
CAMKK2 iso4 (human) gap -
CAMKK2 iso5 (human) NLLTKQGSEDNLQGT S479
CAMKK2 iso6 (human) gap -
CAMKK2 (mouse) gap -
CAMKK2 iso2 (mouse) NLLTKQGsEDSPRGP S522-p
CAMKK2 (rat) gap -
S552-p
SPCGGGGsALVKGGP
Upstream
1 1
Kinase, in vitro:
  • AMPKA1 (human)
CAMKK2 (human) APRGGGGSALVRGSP S553
CAMKK2 iso3 (human) gap -
CAMKK2 iso4 (human) APRGGGGSALVRGSP S510
CAMKK2 iso5 (human) gap -
CAMKK2 iso6 (human) gap -
CAMKK2 (mouse) GPCGGGGSALVKGGP S553
CAMKK2 iso2 (mouse) gap -
CAMKK2 (rat) SPCGGGGsALVKGGP S552-p
S563-p
KGGPCVEsCGAPAPG
1 2
CAMKK2 (human) RGSPCVESCWAPAPG S564
CAMKK2 iso3 (human) gap -
CAMKK2 iso4 (human) RGSPCVESCWAPAPG S521
CAMKK2 iso5 (human) gap -
CAMKK2 iso6 (human) gap -
CAMKK2 (mouse) KGGPCVEsWGAPAPG S564-p
CAMKK2 iso2 (mouse) gap -
CAMKK2 (rat) KGGPCVEsCGAPAPG S563-p
S571
CGAPAPGSPPRTPPQ
0 6
CAMKK2 (human) CWAPAPGsPARMHPL S572-p
CAMKK2 iso3 (human) gap -
CAMKK2 iso4 (human) CWAPAPGSPARMHPL S529
CAMKK2 iso5 (human) gap -
CAMKK2 iso6 (human) gap -
CAMKK2 (mouse) WGAPAPGsPPRMPPL S572-p
CAMKK2 iso2 (mouse) gap -
CAMKK2 (rat) CGAPAPGSPPRTPPQ S571