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Protein Page:
Cofilin-1 (mouse)
p Phosphorylation
ac Acetylation
me Methylation
m1 Mono-methylation
m2 Di-methylation
m3 Tri-methylation
ub Ubiquitylation
sm Sumoylation
ne Neddylation
gl O-GlcNAc
ga O-GalNAc
pa Palmitoylation
ad Adenylation
sn S-Nitrosylation
ca Caspase cleavage
sc Succinylation

Overview
Cofilin-1 a cytoskeletal protein that controls actin depolymerization. Has a 5-10-fold higher affinity for ATP-actin monomers than cofilin-1. May promote filament assembly rather than disassembly. Two alternatively spliced variants are described. Isoform b is expressed predominantly in skeletal muscle and heart, while isoform a is expressed in various tissues. Note: This description may include information from UniProtKB.
Protein type: Motility/polarity/chemotaxis; Nuclear receptor co-regulator; Cytoskeletal
Cellular Component: cortical actin cytoskeleton; cytoplasm; extracellular space; focal adhesion; intercellular junction; lamellipodium; leading edge; membrane; vesicle
Molecular Function: actin binding
Biological Process: actin filament organization; cell motility; cell projection organization and biogenesis; cytokinesis after mitosis; cytoskeleton organization and biogenesis; establishment of cell polarity; negative regulation of cell size; neural crest cell migration; neural fold formation; positive regulation of actin filament depolymerization; protein amino acid phosphorylation; protein import into nucleus; regulation of cell morphogenesis; response to amino acid stimulus
Reference #:  P18760 (UniProtKB)
Alt. Names/Synonyms: AA959946; Cfl1; Cof; COF1; cofilin 1, non-muscle; Cofilin, non-muscle isoform; Cofilin-1
Gene Symbols: Cfl1
Molecular weight: 18,560 Da
Basal Isoelectric point: 8.22  Predict pI for various phosphorylation states
CST Pathways:  Actin Dynamics  |  Microtubule Dynamics  |  TGF-ß Signaling
Protein-Specific Antibodies or siRNAs from Cell Signaling Technology® Total Proteins
Select Structure to View Below

Cofilin-1

Protein Structure Not Found.
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Sites Implicated In
cytoskeletal reorganization: S3‑p

Modification Sites and Domains Show Modification Legend
Click here to view phosphorylation modifications only

Modification Sites in Parent Protein, Orthologs, and Isoforms Show Modification Legend
 

Show Multiple Sequence Alignment



 LTP 

LTP: The number of records in which this modification site was determined using site-specific methods. SS methods include amino acid sequencing, site-directed mutagenesis, modification site-specific antibodies, specific MS strategies, etc.


 HTP 

HTP: The number of records in which this modification site was assigned using ONLY proteomic discovery-mode mass spectrometry.


       mouse

 
69 53 S3‑p _____MAsGVAVsDG
0 7 S8‑p MAsGVAVsDGVIKVF
0 5 K13 AVsDGVIKVFNDMkV
0 3 K13 AVsDGVIKVFNDMkV
0 1 K13 AVsDGVIKVFNDMkV
0 8 K19‑ac IKVFNDMkVRKSstP
0 13 K19‑ub IKVFNDMkVRKSstP
0 5 K22 FNDMkVRKSstPEEV
1 2 S23 NDMkVRKSstPEEVK
1 13 S24‑p DMkVRKSstPEEVKk
0 25 T25‑p MkVRKSstPEEVKkR
0 5 K30 SstPEEVKkRkKAVL
0 1 K30 SstPEEVKkRkKAVL
0 1 K30 SstPEEVKkRkKAVL
0 1 K31 stPEEVKKRkKAVLF
0 1 K31‑ub stPEEVKkRkKAVLF
0 3 K33‑ac PEEVKkRkKAVLFCL
0 1 K34 EEVKkRkKAVLFCLs
0 13 S41‑p KAVLFCLsEDkkNII
0 47 K44‑ac LFCLsEDkkNIILEE
0 11 K44‑ub LFCLsEDkkNIILEE
0 1 K44 LFCLsEDKkNIILEE
0 4 K45 FCLsEDkKNIILEEG
0 6 K45‑ub FCLsEDkkNIILEEG
0 1 K45 FCLsEDkKNIILEEG
0 5 K53 NIILEEGKEILVGDV
0 1 K53 NIILEEGKEILVGDV
0 1 T63 LVGDVGQTVDDPytT
1 474 Y68‑p GQTVDDPytTFVkML
0 1 T69‑p QTVDDPytTFVkMLP
0 17 T70 TVDDPytTFVkMLPD
0 2 K73‑ac DPytTFVkMLPDkDC
0 10 K73‑ub DPytTFVkMLPDkDC
0 1 K73 DPytTFVKMLPDkDC
0 3 K78 FVkMLPDKDCRYALy
0 3 K78‑ub FVkMLPDkDCRYALy
0 54 Y82 LPDkDCRYALyDAty
0 268 Y85‑p kDCRYALyDAtyEtk
0 63 T88‑p RYALyDAtyEtkESk
0 518 Y89‑p YALyDAtyEtkESkk
0 9 T91‑p LyDAtyEtkESkkED
0 4 K92‑ac yDAtyEtkESkkEDL
0 99 K92‑ub yDAtyEtkESkkEDL
0 8 K95‑ub tyEtkESkkEDLVFI
0 8 K96‑ac yEtkESkkEDLVFIF
0 1 K96 yEtkESkKEDLVFIF
0 1 N108 FIFWAPENAPLkSkM
0 72 K112‑ub APENAPLkSkMIyAS
0 2 K114 ENAPLkSKMIyASSk
0 57 K114‑ub ENAPLkSkMIyASSk
0 193 Y117‑p PLkSkMIyASSkDAI
0 6 K121‑ac kMIyASSkDAIKKKL
0 6 K121‑ub kMIyASSkDAIKKKL
0 1 K125 ASSkDAIKKKLtGIK
0 8 K126 SSkDAIKKKLtGIKH
0 8 K127 SkDAIKKKLtGIKHE
0 2 T129‑p DAIKKKLtGIKHELQ
0 19 K132 KKKLtGIKHELQANC
0 10 K132 KKKLtGIKHELQANC
0 1 K132 KKKLtGIKHELQANC
0 1930 Y140‑p HELQANCyEEVkDRC
0 18 K144‑ac ANCyEEVkDRCtLAE
0 100 K144‑ub ANCyEEVkDRCtLAE
0 1 K144 ANCyEEVKDRCtLAE
0 1 T148‑p EEVkDRCtLAEKLGG
0 22 S156‑p LAEKLGGsAVIsLEG
0 2 S160‑p LGGsAVIsLEGkPL_
0 26 K164‑ub AVIsLEGkPL_____
0 1 K164 AVIsLEGKPL_____
3311 : Phospho-Cofilin (Ser3) Antibody
3313 : Phospho-Cofilin (Ser3) (77G2) Rabbit mAb
  human

 
S3‑p _____MAsGVAVsDG
S8‑p MAsGVAVsDGVIkVF
K13‑ac AVsDGVIkVFNDMkV
K13‑ub AVsDGVIkVFNDMkV
K13‑sm AVsDGVIkVFNDMkV
K19‑ac IkVFNDMkVRksstP
K19‑ub IkVFNDMkVRksstP
K22‑ub FNDMkVRksstPEEV
S23‑p NDMkVRksstPEEVk
S24‑p DMkVRksstPEEVkk
T25‑p MkVRksstPEEVkkR
K30‑ac sstPEEVkkRkkAVL
K30‑ub sstPEEVkkRkkAVL
K30‑sm sstPEEVkkRkkAVL
K31‑ac stPEEVkkRkkAVLF
K31 stPEEVkKRkkAVLF
K33‑ac PEEVkkRkkAVLFCL
K34‑sm EEVkkRkkAVLFCLs
S41‑p kAVLFCLsEDkkNII
K44‑ac LFCLsEDkkNIILEE
K44‑ub LFCLsEDkkNIILEE
K44‑sm LFCLsEDkkNIILEE
K45‑ac FCLsEDkkNIILEEG
K45‑ub FCLsEDkkNIILEEG
K45‑sm FCLsEDkkNIILEEG
K53‑ub NIILEEGkEILVGDV
K53‑sm NIILEEGkEILVGDV
T63‑p LVGDVGQtVDDPyAt
Y68‑p GQtVDDPyAtFVkML
A69 QtVDDPyAtFVkMLP
T70‑p tVDDPyAtFVkMLPD
K73‑ac DPyAtFVkMLPDkDC
K73‑ub DPyAtFVkMLPDkDC
K73‑sc DPyAtFVkMLPDkDC
K78‑ac FVkMLPDkDCRyALy
K78‑ub FVkMLPDkDCRyALy
Y82‑p LPDkDCRyALyDAty
Y85‑p kDCRyALyDAtyEtk
T88‑p RyALyDAtyEtkESk
Y89‑p yALyDAtyEtkESkk
T91‑p LyDAtyEtkESkkED
K92‑ac yDAtyEtkESkkEDL
K92‑ub yDAtyEtkESkkEDL
K95‑ub tyEtkESkkEDLVFI
K96‑ac yEtkESkkEDLVFIF
K96‑m3 yEtkESkkEDLVFIF
S108‑p FIFWAPEsAPLkSkM
K112‑ub APEsAPLkSkMIyAS
K114‑ac EsAPLkSkMIyASSk
K114‑ub EsAPLkSkMIyASSk
Y117‑p PLkSkMIyASSkDAI
K121‑ac kMIyASSkDAIkkkL
K121‑ub kMIyASSkDAIkkkL
K125‑ac ASSkDAIkkkLtGIk
K126‑ac SSkDAIkkkLtGIkH
K127‑ac SkDAIkkkLtGIkHE
T129‑p DAIkkkLtGIkHELQ
K132‑ac kkkLtGIkHELQANC
K132‑ub kkkLtGIkHELQANC
K132‑sm kkkLtGIkHELQANC
Y140‑p HELQANCyEEVkDRC
K144‑ac ANCyEEVkDRCTLAE
K144‑ub ANCyEEVkDRCTLAE
K144‑sc ANCyEEVkDRCTLAE
T148 EEVkDRCTLAEKLGG
S156‑p LAEKLGGsAVIsLEG
S160‑p LGGsAVIsLEGkPL_
K164‑ub AVIsLEGkPL_____
K164‑sm AVIsLEGkPL_____
3311 : Phospho-Cofilin (Ser3) Antibody
3313 : Phospho-Cofilin (Ser3) (77G2) Rabbit mAb
  rat

 
S3‑p _____MAsGVAVsDG
S8‑p MAsGVAVsDGVIkVF
K13‑ac AVsDGVIkVFNDMkV
K13 AVsDGVIKVFNDMkV
K13 AVsDGVIKVFNDMkV
K19‑ac IkVFNDMkVRKSStP
K19 IkVFNDMKVRKSStP
K22 FNDMkVRKSStPEEV
S23 NDMkVRKSStPEEVk
S24 DMkVRKSStPEEVkK
T25‑p MkVRKSStPEEVkKR
K30‑ac SStPEEVkKRKKAVL
K30 SStPEEVKKRKKAVL
K30 SStPEEVKKRKKAVL
K31 StPEEVkKRKKAVLF
K31 StPEEVkKRKKAVLF
K33 PEEVkKRKKAVLFCL
K34 EEVkKRKKAVLFCLS
S41 KAVLFCLSEDKKNII
K44 LFCLSEDKKNIILEE
K44 LFCLSEDKKNIILEE
K44 LFCLSEDKKNIILEE
K45 FCLSEDKKNIILEEG
K45 FCLSEDKKNIILEEG
K45 FCLSEDKKNIILEEG
K53‑ub NIILEEGkEILVGDV
K53 NIILEEGKEILVGDV
T63 LVGDVGQTVDDPyTt
Y68‑p GQTVDDPyTtFVkML
T69 QTVDDPyTtFVkMLP
T70‑p TVDDPyTtFVkMLPD
K73 DPyTtFVKMLPDKDC
K73‑ub DPyTtFVkMLPDKDC
K73 DPyTtFVKMLPDKDC
K78 FVkMLPDKDCRYALY
K78 FVkMLPDKDCRYALY
Y82 LPDKDCRYALYDATy
Y85 KDCRYALYDATyETk
T88 RYALYDATyETkESK
Y89‑p YALYDATyETkESKK
T91 LYDATyETkESKKED
K92‑ac YDATyETkESKKEDL
K92 YDATyETKESKKEDL
K95 TyETkESKKEDLVFI
K96 yETkESKKEDLVFIF
K96 yETkESKKEDLVFIF
S108 FIFWAPESAPLkSkM
K112‑ub APESAPLkSkMIYAS
K114‑ac ESAPLkSkMIYASSk
K114‑ub ESAPLkSkMIYASSk
Y117 PLkSkMIYASSkDAI
K121‑ac kMIYASSkDAIKKKL
K121 kMIYASSKDAIKKKL
K125 ASSkDAIKKKLTGIK
K126 SSkDAIKKKLTGIKH
K127 SkDAIKKKLTGIKHE
T129 DAIKKKLTGIKHELQ
K132 KKKLTGIKHELQANC
K132 KKKLTGIKHELQANC
K132 KKKLTGIKHELQANC
Y140‑p HELQANCyEEVKDRC
K144 ANCyEEVKDRCTLAE
K144 ANCyEEVKDRCTLAE
K144 ANCyEEVKDRCTLAE
T148 EEVKDRCTLAEKLGG
S156‑p LAEKLGGsAVISLEG
S160 LGGsAVISLEGKPL_
K164 AVISLEGKPL_____
K164 AVISLEGKPL_____
3311 : Phospho-Cofilin (Ser3) Antibody
3313 : Phospho-Cofilin (Ser3) (77G2) Rabbit mAb
  pig

 
S3‑p _____MAsGVAVSDG
S8 MAsGVAVSDGVIKVF
K13 AVSDGVIKVFNDMKV
K13 AVSDGVIKVFNDMKV
K13 AVSDGVIKVFNDMKV
K19 IKVFNDMKVRKSSTP
K19 IKVFNDMKVRKSSTP
K22 FNDMKVRKSSTPEEV
S23 NDMKVRKSSTPEEVK
S24 DMKVRKSSTPEEVKK
T25 MKVRKSSTPEEVKKR
K30 SSTPEEVKKRKKAVL
K30 SSTPEEVKKRKKAVL
K30 SSTPEEVKKRKKAVL
K31 STPEEVKKRKKAVLF
K31 STPEEVKKRKKAVLF
K33 PEEVKKRKKAVLFCL
K34 EEVKKRKKAVLFCLS
S41 KAVLFCLSEDKKNII
K44 LFCLSEDKKNIILEE
K44 LFCLSEDKKNIILEE
K44 LFCLSEDKKNIILEE
K45 FCLSEDKKNIILEEG
K45 FCLSEDKKNIILEEG
K45 FCLSEDKKNIILEEG
K53 NIILEEGKEILVGDV
K53 NIILEEGKEILVGDV
T63 LVGDVGQTVDDPYAT
Y68 GQTVDDPYATFVKML
A69 QTVDDPYATFVKMLP
T70 TVDDPYATFVKMLPD
K73 DPYATFVKMLPDKDC
K73 DPYATFVKMLPDKDC
K73 DPYATFVKMLPDKDC
K78 FVKMLPDKDCRYALY
K78 FVKMLPDKDCRYALY
Y82 LPDKDCRYALYDATY
Y85 KDCRYALYDATYETK
T88 RYALYDATYETKESK
Y89 YALYDATYETKESKK
T91 LYDATYETKESKKED
K92 YDATYETKESKKEDL
K92 YDATYETKESKKEDL
K95 TYETKESKKEDLVFI
K96 YETKESKKEDLVFIF
K96 YETKESKKEDLVFIF
C108 FIFWAPECAPLKSKM
K112 APECAPLKSKMIYAS
K114 ECAPLKSKMIYASSK
K114 ECAPLKSKMIYASSK
Y117 PLKSKMIYASSKDAI
K121 KMIYASSKDAIKKKL
K121 KMIYASSKDAIKKKL
K125 ASSKDAIKKKLTGIK
K126 SSKDAIKKKLTGIKH
K127 SKDAIKKKLTGIKHE
T129 DAIKKKLTGIKHELQ
K132 KKKLTGIKHELQANC
K132 KKKLTGIKHELQANC
K132 KKKLTGIKHELQANC
Y140 HELQANCYEEVKDRC
K144 ANCYEEVKDRCTLAE
K144 ANCYEEVKDRCTLAE
K144 ANCYEEVKDRCTLAE
T148 EEVKDRCTLAEKLGG
S156 LAEKLGGSAVISLEG
S160 LGGSAVISLEGKPL_
K164 AVISLEGKPL_____
K164 AVISLEGKPL_____
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