SGID The Silkworm Genome Information Database
Gene
KWMTBOMO05347
Annotation
hypothetical_protein_[Mycobacterium_yongonense]
Location
Bomo_Chr9(-):15267497-15272525      View in EpiBrowser
Location in the cell
Extracellular   Reliability : 1.888 Nuclear   Reliability : 1.528
 

Sequence

CDS
ATGAAGATTTGTGAAATAAAGAAGCGGTGTGGTGGTACCTACCTGTCTGTTTCTACAAAACTACCTGGGCTTGTTTTTAGATTTCTGGTCTTTGATCCCGCTGCTCCTGTCCTGCCTGTAGGTCCTGTCTGTGGTCTAGTAGGTTCTGGCTGTGCTCCAGTTGATTCTGGGTGTGTTGCAGTGGGTTCTGGCTGTTGTCTAGTAAATCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGGGGTCTGGCTGTGGTCTAGTAAGTTCTGGCTGTGCTCCAGTAAGTCTTGTCTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGAGTTCTGGCTGTTGTCTAGTAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTAGGTTCTGGCTGTTGTCTAGTAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGGGTTCTGGCTGTTGTCTATTAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGGTCTAGTAAGTCCTGGCTGTGCTCCAGTTAATTCTGGTTGTGGTCTAGTAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGGGTTCTGGCTGTTGTCTATTAAGTTCTGGCTGTGCTCCAGTTGATTCTGGCTGTGGTCTAGTAAGTCCTGGGTGTGCTCCAGTTGATTCTGGCTGTGGTCCGGTAGATTCTGGCTGTGGTCTAGTAAGTCCTGGTTGTGCTCCAATTGATTCTGGCTTAGGTCCAGTAGATTCTGGCTGTGGTCTAGTAAGTCCTGGTTGTGCTCCAGTTGATTCTGATTGTGCTGTAGAGGGTTCTGGCTGTGCTGCAGTGGGTTCTGGCTGTGTTGATTCTGGCTGTGTTGCAGTGGGTTCTGGTTGTTATCTAGAAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGGTATCTGGCTATGGTCTAGGAAGTCCTGACTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGGGTTCTGGCTGTTGTCTAGGAAGTCCTGACTGTGCTCTAGTTGATTCTGGCTGTGTTGCAGTGGGTTCTGGCTGTGCTCCAGTAAGTCCTGGCTGTGCCCCAGTTGATTCTGGCTGTGGTCTAGTAAGTCTTGGCTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGGGTTCTGGCTGTTGTCTAGGAAGTCCTGAGTGTGCTCCAGTTGATTTTGGCTGTGTTGCAGTGGGTTCAGGCTGTGCTCCAGTAAGTCCTGGCTGTGCCCTAGTTGATTCTGGCTGTGATCTAGAAAGTCCTGGCTGTGCTCTAGTTGATTCTGGCTGTGTTGCAGTGGGTTCTGGTTGTTTTCTAGAAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTATGTTGCAGTGGGTTCTGGTTGTTGTCTAGAAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGGTATCTGGCTATGGTCTAGTAAGTCCTGGCTGTGCTCCAGTTGATTCTGGTTGTGGTCCAGTAGATTCTGGCTGTGGTCCAGTAGATTCTGGCTGTGGTCTAGTAAGTCCTGGCTGTGCTCCAGTTGATTTTGGCTGTGTTGCAGTGGGTTCTGATTGTTGTCTAGTAAGTCCTGGCTGTGCTCCAGTTGATTTTGGCTGTGTTGCAGTGGGTTCTGATTGTTGTCTAGTAAGCCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGGTCCAGTAGATTCTGGTTGTGGTCTAGTAAGTCCTGGCTGTGCTCCAGTTGATTATGGCTGTGTTGCAGTGGTATCTGGCTATGGTCTAGTAAGTCCTGGTTGTGCACCAGTTGATTCTGGCTGTGTTGCAGTGGGTTCTGGTTGTTGTCTAGAAATTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGGTATCTGGCTATGGTCTAGTAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGGGGTCTGGCTGTGGTCTAGTAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGGTATCTGGCTATGGTCTAGTAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGGTATCTGGCTATGGTCTAGGAAGTCCTGACTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGGGTTCTGGCTGTTGTCTAGGAAGTCCTGACTGTGCTCCAGTTGATTCTGGCTGTGTTGCATTGGTATCTGGCTATGGTCTAGTAAGTCCTGGTTGTGCACCAGTTGATTCTGGCTGTGTTGCAGTGGGTTCTGGTTGTTGTCTAGAAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGGTATCTGGCTATGGTCTAGTAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGGGGTCTGGCTGTGGTCTAGTAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGGGTTCTGGTTGTTGTCTAGAAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGGGTTCTGATTGTTGTCTAGGAAGTCCTGACTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGGTATCTGGCTATGGTCTAGTAAGTCCTGGTTGTGCACCAGTTGATTCTGGCTGTGTTGCAGTGGGTTCTGGTTGTTGTCTAGAAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGGTATCTGGCTATGGTCTAGTAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGGGGTCTGGCTGTGGTCTAGTAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGGTCCAGTAGATTCTGGCTGTGGTCTAGTAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGGGTTCTGGTTGTTGTCTAGAAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGGGTTCTGATTGTTGTCTAGAAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGGTATCTGGCTATGGTCTAGTAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGGTCCAGTAGATTCTGGCTGTGGTCTAGTAAGTCCTGGCTGTGCACCAGTTGATTCTGGCTGTGTCGCAGTGGGTTCTGGTTGTTGTCTAGAAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGGTATCTGGCTATGGTCTAGTAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGGGTTCTGGTTGTTGTCTAGAAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGGGTTCTGATTGTTGTCTAGAAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGGTATCTGGCTATGGTCTAGGAAGTCCTGACTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGGGTTCTGGCTGTTGTCTAGGAAGTCCTGACTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGGTATCTGGCTGTGGTCTAGTAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGGTCCAGTAGATTCTGGCTGTGGTCTAGTAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGGGTTCTGGTTGTTGTCTAGAAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGGGTTCTGGTTGTTTTCTAGAAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGGTCCAGTAGATTCTGGTTGTGGTCTAGTAAGTCCTGGCTGTGCTCCAGTTGATTATGGCTGTGTTGCAGTGGGTTCTGGCTGTTGTCTAGGAAGTCCTGACTGTGCTCCAGTTGATTCTGGCTGTGGTCTAGTAAGTCCTGGCTGTGCTCCTGTTGATTCTGGCTGTGTTGCAGTGGGTTCTGGTTGTTGTCTAGTAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGGTCCAGTAGATTCTGGTTGTGGTCTAGTAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGGGTTCTGGCTGTTGTCTAGGAAATCCTGACTGTGGTCCAGTAGATTCTGGCTGTGGTCTAGTAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGGGTTCTGGTTGTTGTCTAGAAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGGTATCTGGCTATGGTCTAGTAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGGTCCAGTAGATTCTGGCTGTGGTCTAGTAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGGGTTCTGGTTGTTGTCTAGAAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGGTATCTGGCTATGGTCTAGTAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGGTCCAGTAGATTCTGGCTGTGGTCTAGTAAGTCCTGGCTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGAGTTCTGGCTGTTGTCTAGTAAGTCCTGACTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGGTATCTGGCTATGGTCTAGTAAGTCCTGGTCTTGCACCAGTTGATTCTGGCTGTGTTGCAGTGGGTTCTGGCTGTTGTCTAGGAAGTCCTGGCTGTGCTCCAGTAGATTCTGGCTGTGGTCTAGTAAGTCCTGGTTGTGCTCCAGTTGATTCTGGCTGTGTTGCAGTGGGTTCCGGCTGTGGTCTAAAAGTCCTGTCTGTGGTGCAGTAG
Protein
MKICEIKKRCGGTYLSVSTKLPGLVFRFLVFDPAAPVLPVGPVCGLVGSGCAPVDSGCVAVGSGCCLVNPGCAPVDSGCVAVGSGCGLVSSGCAPVSLVCAPVDSGCVAVSSGCCLVSPGCAPVDSGCVAVGSGCCLVSPGCAPVDSGCVAVGSGCCLLSPGCAPVDSGCGLVSPGCAPVNSGCGLVSPGCAPVDSGCVAVGSGCCLLSSGCAPVDSGCGLVSPGCAPVDSGCGPVDSGCGLVSPGCAPIDSGLGPVDSGCGLVSPGCAPVDSDCAVEGSGCAAVGSGCVDSGCVAVGSGCYLESPGCAPVDSGCVAVVSGYGLGSPDCAPVDSGCVAVGSGCCLGSPDCALVDSGCVAVGSGCAPVSPGCAPVDSGCGLVSLGCAPVDSGCVAVGSGCCLGSPECAPVDFGCVAVGSGCAPVSPGCALVDSGCDLESPGCALVDSGCVAVGSGCFLESPGCAPVDSGYVAVGSGCCLESPGCAPVDSGCVAVVSGYGLVSPGCAPVDSGCGPVDSGCGPVDSGCGLVSPGCAPVDFGCVAVGSDCCLVSPGCAPVDFGCVAVGSDCCLVSPGCAPVDSGCGPVDSGCGLVSPGCAPVDYGCVAVVSGYGLVSPGCAPVDSGCVAVGSGCCLEIPGCAPVDSGCVAVVSGYGLVSPGCAPVDSGCVAVGSGCGLVSPGCAPVDSGCVAVVSGYGLVSPGCAPVDSGCVAVVSGYGLGSPDCAPVDSGCVAVGSGCCLGSPDCAPVDSGCVALVSGYGLVSPGCAPVDSGCVAVGSGCCLESPGCAPVDSGCVAVVSGYGLVSPGCAPVDSGCVAVGSGCGLVSPGCAPVDSGCVAVGSGCCLESPGCAPVDSGCVAVGSDCCLGSPDCAPVDSGCVAVVSGYGLVSPGCAPVDSGCVAVGSGCCLESPGCAPVDSGCVAVVSGYGLVSPGCAPVDSGCVAVGSGCGLVSPGCAPVDSGCGPVDSGCGLVSPGCAPVDSGCVAVGSGCCLESPGCAPVDSGCVAVGSDCCLESPGCAPVDSGCVAVVSGYGLVSPGCAPVDSGCGPVDSGCGLVSPGCAPVDSGCVAVGSGCCLESPGCAPVDSGCVAVVSGYGLVSPGCAPVDSGCVAVGSGCCLESPGCAPVDSGCVAVGSDCCLESPGCAPVDSGCVAVVSGYGLGSPDCAPVDSGCVAVGSGCCLGSPDCAPVDSGCVAVVSGCGLVSPGCAPVDSGCGPVDSGCGLVSPGCAPVDSGCVAVGSGCCLESPGCAPVDSGCVAVGSGCFLESPGCAPVDSGCGPVDSGCGLVSPGCAPVDYGCVAVGSGCCLGSPDCAPVDSGCGLVSPGCAPVDSGCVAVGSGCCLVSPGCAPVDSGCGPVDSGCGLVSPGCAPVDSGCVAVGSGCCLGNPDCGPVDSGCGLVSPGCAPVDSGCVAVGSGCCLESPGCAPVDSGCVAVVSGYGLVSPGCAPVDSGCGPVDSGCGLVSPGCAPVDSGCVAVGSGCCLESPGCAPVDSGCVAVVSGYGLVSPGCAPVDSGCGPVDSGCGLVSPGCAPVDSGCVAVSSGCCLVSPDCAPVDSGCVAVVSGYGLVSPGLAPVDSGCVAVGSGCCLGSPGCAPVDSGCGLVSPGCAPVDSGCVAVGSGCGLKVLSVVQ

Summary

Similarity
Belongs to the CRISP family.
Uniprot
I2AGX0   S4ZIS5   A0A1X0KDP5   A0A2U3P062   A0A1X2KHB3   A0A1A0KDY2   + More
A0A210QYI7   A0A1H1K0V1   A0A2K4Y8T3   A0A2N8R0N2   A0A1A2JMP3   A0A1A0K9S8   A0A016V7Y9   A0A0C2G9R1   A0A2J6MRY7   A0A2J6MKY1   W2TXQ2  
Pubmed
22815454    23929490    28812685    25730766   
EMBL
CP003491    AFJ36544.1    CP003347    AGP65182.1    MVIJ01000021    ORB73291.1    + More
FUFA01000005    SPM37153.1    NCXM01000068    OSC19304.1    LZSC01000063    OBA58946.1    NEDP02001212    OWF53796.1    FNKX01000002    SDR55567.1    FXEG02000002    SOX53164.1    NBSQ01000002    PNE76469.1    LZIZ01000077    OBG66985.1    LZSC01000081    OBA57650.1    JARK01001352    EYC23112.1    KN737008    KIH55634.1    PNEO01000009    PLZ02360.1    PNEO01000028    PLZ00274.1    KI657551    ETN86459.1   
Proteomes
UP000002868    UP000014801    UP000192601    UP000240988    UP000242320    UP000092392    + More
UP000242188    UP000199365    UP000236318    UP000235972    UP000092300    UP000024635    UP000243676   
Pfam
PF00823   PPE        + More
PF05594   Fil_haemagg
PF05658   YadA_head
PF05662   YadA_stalk
PF13018   ESPR
PF03895   YadA_anchor
PF00188   CAP
PF16168   AIDA
Interpro
IPR000030   PPE_family        + More
IPR038332   PPE_sf       
IPR011050   Pectin_lyase_fold/virulence       
IPR012332   P22_tailspike-like_C_sf       
IPR008619   Filamentous_hemagglutn_rpt       
IPR030930   AIDA       
IPR003992   Pertactin       
IPR005594   YadA_C       
IPR024973   ESPR       
IPR026737   GOLGA6L       
IPR008640   Adhesin_Head_dom       
IPR011049   Serralysin-like_metalloprot_C       
IPR008635   Coiled_stalk_dom       
IPR001283   CRISP-related       
IPR014044   CAP_domain       
IPR018244   Allrgn_V5/Tpx1_CS       
IPR035940   CAP_sf       
IPR036709   Autotransporte_beta_dom_sf       
IPR005546   Autotransporte_beta       
SUPFAM
SSF51126   SSF51126        + More
SSF55797   SSF55797       
SSF103515   SSF103515       
Gene 3D
1.20.1260.20     2.160.20.20     2.150.10.10     3.40.33.10    
ProteinModelPortal
I2AGX0   S4ZIS5   A0A1X0KDP5   A0A2U3P062   A0A1X2KHB3   A0A1A0KDY2   + More
A0A210QYI7   A0A1H1K0V1   A0A2K4Y8T3   A0A2N8R0N2   A0A1A2JMP3   A0A1A0K9S8   A0A016V7Y9   A0A0C2G9R1   A0A2J6MRY7   A0A2J6MKY1   W2TXQ2  

Ontologies

KEGG
101737743    no KO assigned | (RefSeq) GATA zinc finger domain-containing protein 14-like
GO
GO:0007155   GO:0009405   GO:0043001   GO:0019867   GO:0005576   GO:0008233  
PANTHER
PTHR23143  

Topology

Length:
1626
Number of predicted TMHs:
0
Exp number of AAs in TMHs:
2.51502000000001
Exp number, first 60 AAs:
2.48431
Total prob of N-in:
0.12378
outside
1  -  1626
 
 

Population Genetic Test Statistics

Pi
179.685664
Theta
169.163482
Tajima's D
-2.13632
CLR
227.468796
CSRT
0.00859957002149892
Interpretation
Uncertain
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