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Updated November 2019

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Nomenclature

Short Name:
SgK110
Full Name:
Similar to protein kinase Bsk146
Alias:
  • SgK110 (first kinase domain) with SgK069 (2nd kinase domain)

Classification

Type:
Protein-serine/threonine kinase
Group:
Other
Family:
NKF1
SubFamily:
NA
 
 

Specific Links

Entrez-Protein Entry: AC008735
GeneCards Entry: EC.2.7.11.1
Pfam Entry: P0C264
PhosphoNET Entry: P0C264
Phosphosite Plus Entry: 7.3845e+006
Source Entry: GM1078
UniProt Entry: P0C264

General Links

ClustalW2
GPS-Cuckoo
Human Protein Atlas
Kinase.com
Kinase Research
Kinasource
Kinomer
Netphorest
NetworKIN
Phosida
PhosphoElm
Protein Blast
ScanSite
String

Structure

Mol. Mass (Da):
38,488
# Amino Acids:
359
# mRNA Isoforms:
1
mRNA Isoforms:
38,488 Da (359 AA; P0C264)
4D Structure:
NA
1D Structure:
Retrieve Gene Sequence
Retrieve Full Protein Sequence
Retrieve Catalytic Domain Sequence
 
Subfamily Alignment
subfamily domain
 
Domain Distribution:
Start End Domain
43 306 Pkinase
 

Post-translation Modifications

For detailed information on phosphorylation of this kinase go to PhosphoNET
 

Distribution

Based on gene microarray analysis from the NCBI
Human Tissue Distribution
% Max Expression:

Mean Expression:

Number of Samples:

Standard Deviation:
% Max Expression:

Mean Expression:

Number of Samples:

Standard Deviation:
  • adipose
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  • adrenal
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  • bladder
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  • brain
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  • breast
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  • cervix
  • colon
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  • heart
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  • intestine
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  • kidney
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  • liver
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  • lung
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  • lymphnode
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  • ovary
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  • pancreas
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  • pituitary
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  • prostate
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  • salivarygland
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  • skeletalmuscle"
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  • skin
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  • spinalcord
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  • spleen
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  • stomach
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  • testis
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  • thymus
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  • thyroid
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  • tonsil
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  • trachea
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  • uterus
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  • reticulocytes"
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  • t-lymphocytes
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  • b-lymphocytes
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  • neutrophils
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  • macrophages
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  • sperm
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Evolution

Species Conservation
PhosphoNET % Identity:
PhosphoNET % Similarity:
Homologene %
Identity:
PhosphoNET % Identity:
PhosphoNET % Similarity:
Homologene %
Identity:
  • tableheader
    100

    100

    100
  • tableheader
    66

    70.6

    97
  • tableheader
    75.3

    76.8

    -
  • tableheader
    -

    -

    83.5
  • tableheader
    -

    -

    -
  • tableheader
    31.7

    36.3

    83
  • tableheader
    -

    -

    -
  • tableheader
    83.1

    87.8

    87
  • tableheader
    39.5

    53

    85
  • tableheader
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    -

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    28.5

    35.2

    -
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    31.3

    44

    48
  • tableheader
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    38
  • tableheader
    32.9

    47.5

    -
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  • tableheader
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  • tableheader
    29.1

    42.9

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  • tableheader
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  • tableheader
    31.8

    46.7

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For a wider analysis go to PhosphoNET Evolution in PhosphoNET
 

Regulation

Activation:
NA
Inhibition:
NA
Synthesis:
NA
Degradation:
NA
 

Protein Kinase Specificity

Matrix of observed frequency (%) of amino acids in aligned protein substrate phosphosites

Kinections GIF
Matrix Type:
Predicted from the application of the Kinexus Kinase Substrate Predictor Version 2.0 algorithm, which was trained with over 10,000 kinase-protein substrate pairs and 8,000 kinase-peptide substrate pairs.
Domain #:
1
 

Inhibitors

For further details on these inhibitors click on the Compound Name and enter it into DrugKiNET or click on the ID's
Based on in vitro and/or in vivo phosphorylation data
Compound Name KD, Ki or IC50 (nM) PubChem ID ChEMBL ID PubMed ID
Staurosporine Kd = 25 nM 5279 22037378
NVP-TAE684 Kd = 54 nM 16038120 509032 22037378
Lestaurtinib Kd = 120 nM 126565 22037378
R406 Kd = 190 nM 11984591 22037378
Aurora A Inhibitor 1 (DF) Kd < 200 nM 21992004
KW2449 Kd = 230 nM 11427553 1908397 22037378
Crizotinib Kd = 240 nM 11626560 601719 22037378
Aurora A Inhibitor 23 (DF) Kd < 400 nM 21992004
Tozasertib Kd = 530 nM 5494449 572878 22037378
Aurora A Inhibitor 29 (DF) Kd < 800 nM 21992004
WZ3146 Kd > 1 µM 44607360 20033049
WZ4002 Kd > 1 µM 44607530 20033049
JNJ-28312141 Kd = 1.1 µM 22037378
PD173955 Kd = 1.1 µM 447077 386051 22037378
Sunitinib Kd = 1.9 µM 5329102 535 19654408
Nintedanib Kd = 2 µM 9809715 502835 22037378
TG101348 Kd = 2.9 µM 16722836 1287853 22037378
BMS-690514 Kd < 4.5 µM 11349170 21531814
 

Disease Linkage

Mutagenesis Experiments:

Insertional mutagenesis studies in mice have not yet revealed a role for this protein kinase in mouse cancer oncogenesis.
Mutation Rate in All Cancers:

Frequency of Mutated Sites:

None > 1 in 19,905 cancer specimens
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