Substrate: Matrin 3 (RNA binding protein)
Seq-ID: P43243 [Homo sapiens]
Download:fasta csv
Interaction Network(s): STRING   NetworKIN  
External Source(s): PhosidaPhosida
MINT Interaction(s):
[show]
GO-Terms:
[show]
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 9   MSKSFQQSSLSRDSQGHGR - 18669648
HTP
1.00
- -
0.74
--
S 188 WEEKRHFRRDSFDDRGPSLNP - 17081983
HTP
1.00
- -
0.55
--
S 188 WEEKRHFRRDSFDDRGPSLNP - 17287340
HTP
1.00
- -
0.55
--
S 188 WEEKRHFRRDSFDDRGPSLNP - 18220336
HTP
1.00
- -
0.55
--
S 188 WEEKRHFRRDSFDDRGPSLNP - 18669648
HTP
1.00
- -
0.55
--
S 195 RRDSFDDRGPSLNPVLDYDHG - 17081983
HTP
1.00
- -
0.59
--
S 195 RRDSFDDRGPSLNPVLDYDHG - 17287340
HTP
1.00
- -
0.59
--
S 195 RRDSFDDRGPSLNPVLDYDHG - 18220336
HTP
1.00
- -
0.59
--
S 195 RRDSFDDRGPSLNPVLDYDHG - 18669648
HTP
1.00
- -
0.59
--
S 206 LNPVLDYDHGSRSQESGYYDR - 17081983
HTP
1.00
- -
0.56
--
S 206 LNPVLDYDHGSRSQESGYYDR - 18220336
HTP
1.00
- -
0.56
--
S 206 LNPVLDYDHGSRSQESGYYDR - 18669648
HTP
1.00
- -
0.56
--
S 208 PVLDYDHGSRSQESGYYDRMD - 15302935
HTP
0.02
- -
0.56
--
S 208 PVLDYDHGSRSQESGYYDRMD - 18669648
HTP
0.02
- -
0.56
--
Y 214 HGSRSQESGYYDRMDYEDDRL - 18669648
HTP
0.02
- -
0.61
--
S 234 LRDGERCRDDSFFGETSHNYH - 17081983
HTP
0.02
- -
0.46
--
S 397 RHMQKGRVETSRVVHIMDFQR - 17081983
HTP
1.00
- -
0.51
--
S 533 IKNYILMRMKSQAFIEMETRE - 18669648
HTP
0.02
- RRM
0.31
--
S 596 LLKKDKSRKRSYSPDGKESPS - 15302935
HTP
0.01
- -
0.73
--
S 596 LLKKDKSRKRSYSPDGKESPS - 17081983
HTP
0.01
- -
0.73
--
S 596 LLKKDKSRKRSYSPDGKESPS - 18669648
HTP
0.01
- -
0.73
--
Y 597 LKKDKSRKRSYSPDGKESPSD - 18669648
HTP
0.03
- -
0.76
--
S 598 KKDKSRKRSYSPDGKESPSDK - 15302935
HTP
1.00
- -
0.78
--
S 598 KKDKSRKRSYSPDGKESPSDK - 16083285
HTP
1.00
- -
0.78
--
S 598 KKDKSRKRSYSPDGKESPSDK - 17081983
HTP
1.00
- -
0.78
--
S 598 KKDKSRKRSYSPDGKESPSDK - 18669648
HTP
1.00
- -
0.78
--
S 604 KRSYSPDGKESPSDKKSKTDG - 15302935
HTP
1.00
- -
0.84
--
S 604 KRSYSPDGKESPSDKKSKTDG - 16083285
HTP
1.00
- -
0.84
--
S 604 KRSYSPDGKESPSDKKSKTDG - 17081983
HTP
1.00
- -
0.84
--
S 604 KRSYSPDGKESPSDKKSKTDG - 18669648
HTP
1.00
- -
0.84
--
S 606 SYSPDGKESPSDKKSKTDGSQ - 18669648
HTP
1.00
- -
0.87
--
T 644 DGEKDTKDDQTEQEPNMLLES - 17081983
HTP
0.87
- -
0.89
--
S 654 TEQEPNMLLESEDELLVDEEE - 17081983
HTP
1.00
- -
0.83
--
S 671 DEEEAAALLESGSSVGDETDL - 17081983
HTP
1.00
- -
0.81
--
S 673 EEAAALLESGSSVGDETDLAN - 17081983
HTP
1.00
- -
0.81
--
S 674 EAAALLESGSSVGDETDLANL - 17081983
HTP
1.00
- -
0.80
--
S 689 TDLANLGDVASDGKKEPSDKA - 17081983
HTP
0.19
- -
0.84
--
S 696 DVASDGKKEPSDKAVKKDGSA - 17081983
HTP
0.19
- -
0.83
--
S 766 KDTSENADGQSDENKDDYTIP - 18669648
HTP
0.00
- -
0.85
--

Substrate: Matrin 3 (RNA binding protein)
Seq-ID: P43244 [Rattus norvegicus]
Download:fasta csv
Interaction Network(s): -
External Source(s): Phosida
MINT Interaction(s):-
GO-Terms:
[show]
Molecular FunctionCellular ComponentBiological Process
nucleotide binding,
RNA binding,
zinc ion binding
nuclear matrix
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 598 KKDKSRKRSYSPDGKESPSDK - 16396499
HTP
1.00
- -
0.79
- medium

Substrate: Matrin 3 (RNA binding protein)
Seq-ID: Q8K310 [Mus musculus]
Download:fasta csv
Interaction Network(s): STRING  
External Source(s): PhosidaPhosida
MINT Interaction(s):-
GO-Terms:
[show]
Molecular FunctionCellular ComponentBiological Process
nucleotide binding,
RNA binding,
zinc ion binding
nuclear matrix
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 188 WEEKRHFRRDSFDDRGPSLNP - 16452087
HTP
1.00
- -
0.55
- medium
S 188 WEEKRHFRRDSFDDRGPSLNP - 17242355
HTP
1.00
- -
0.55
- medium
S 188 WEEKRHFRRDSFDDRGPSLNP - 19144319
HTP
1.00
- -
0.55
- medium
S 598 KKDKSRKRSYSPDGKESPSDK - 16452087
HTP
1.00
- -
0.79
- medium
S 598 KKDKSRKRSYSPDGKESPSDK - 19144319
HTP
1.00
- -
0.79
- medium
S 604 KRSYSPDGKESPSDKKSKTDA - 16452087
HTP
0.02
- -
0.84
- medium

Valid HTML 4.01 Transitional