Substrate: Alpha-actinin 4 (Actin filament binding)
Seq-ID: O43707 [Homo sapiens]
Download:fasta csv
Interaction Network(s): STRING   NetworKIN  
External Source(s): PhosidaPhosida
MINT Interaction(s):
[show]
MINT-48410   M3K3_HUMAN
MINT-68435   PDLI1_HUMAN
MINT-2856455   COIL_HUMAN
MINT-2856495   SACS_HUMAN
MINT-3088449   ZO1_HUMAN
MINT-3318960   1433Z_HUMAN
GO-Terms:
[show]
Molecular FunctionCellular ComponentBiological Process
calcium ion binding,
protein homodimerization activity,
integrin binding,
nucleoside binding,
actin filament binding		 pseudopodium,
ribonucleoprotein complex,
nucleolus,
perinuclear region of cytoplasm,
protein complex		 positive regulation of cellular component movement,
protein transport,
regulation of apoptosis,
positive regulation of sodium:hydrogen antiporter activity
Conservation:
Click on table headers for sorting
Res. Pos. Sequence Kinase PMID Src Cons. ELM Binding Domain SMART/Pfam IUPRED score PDB P3D Acc.
S 159 IILRFAIQDISVEETSAKEGL - 17081983
HTP
0.75
 - -
0.08
 2R0O 65.57%
S 159 IILRFAIQDISVEETSAKEGL - 18669648
HTP
0.75
 - -
0.08
 2R0O 65.57%
Y 265 KAIMTYVSSFYHAFSGAQKAE - 18083107
HTP
1.00
 - CH
0.20
 2R0O 16.59%

Substrate: Alpha-actinin 4 (Actin filament binding)
Seq-ID: P57780 [Mus musculus]
Download:fasta csv
Interaction Network(s): STRING  
External Source(s): PhosidaPhosida
MINT Interaction(s):
[show]
MINT-50215   NMDZ1_MOUSE
MINT-3088362   ZO1_MOUSE
GO-Terms:
[show]
Molecular FunctionCellular ComponentBiological Process
calcium ion binding,
protein homodimerization activity,
actin filament binding		 cortical cytoskeleton,
pseudopodium,
stress fiber,
ribonucleoprotein complex		 positive regulation of pinocytosis,
positive regulation of cellular component movement,
protein transport,
actin filament bundle assembly,
negative regulation of cellular component movement
Conservation:
Click on table headers for sorting
Res. Pos. Sequence Kinase PMID Src Cons. ELM Binding Domain SMART/Pfam IUPRED score PDB P3D Acc.
Y 266 KAIMTYVSSFYHAFSGAQKAE - 15592455
HTP
1.00
 - CH
0.20
 2R0O 16.59%

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