KEGG   Monodelphis domestica (gray short-tailed opossum): 100032513
Entry
100032513         CDS       T01031                                 
Symbol
MYOM2
Name
(RefSeq) myomesin 2
  KO
K24495  myomesin
Organism
mdo  Monodelphis domestica (gray short-tailed opossum)
Pathway
mdo04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:mdo00001]
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    100032513 (MYOM2)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04990 Domain-containing proteins not elsewhere classified [BR:mdo04990]
    100032513 (MYOM2)
Domain-containing proteins not elsewhere classified [BR:mdo04990]
 Fibronectin (FN) domain-containing proteins
  Fibronectin type III domain-containing proteins
   100032513 (MYOM2)
SSDB
Motif
Pfam: fn3 I-set Ig_3 Ig_2 ig Pur_ac_phosph_N V-set Tissue_fac CRLF2-like_D2 C2-set_2 Y_Y_Y B-CoV_A_NSP1
Other DBs
NCBI-GeneID: 100032513
NCBI-ProteinID: XP_001381506
Ensembl: ENSMODG00000014165
UniProt: F6U7N1
Position
1:549573413..549733817
AA seq 1461 aa
MSSVSLPFYQKRHKHFDQSYRNIQTRYLLEEYAAKKRAQSQSSSTQKSSSQKASSKTSIG
GTTCRLCEKRLNTSSEEEELESKRRSQSLLSSYGEARRQRFLNELSFIEEDVRLARSLAR
EKLDKYSIQEMVQDKMAWERHAFEERISRAPEILVRLRSHTVWEKMNVKLCFTVQGFPTP
VVQWYKNDSLICQAGEPGKYRIESKYGVHTLEINRADFDDTATYSAVATNVHGQVSTNAA
VVVRRFRGEEEPYHSVGLPIGLPLSSIIPYTHFDVQFLEKFGVTFKREGETVTLKCSLVV
TPDLKRLQPRVEWYRDSELLKESKWTKMFFGEGQASLSFGHLNKDDEGLYTLRIISRGGV
TDHSAFMFVRDADPLVTGAPGAPMDVKCHDANRDYVIVTWKPPNTASESPVIGYFIDRCE
VGTDNWIQCNDSPVKICKYPVSGLFEGRSYMFRVRAINNAGISRPSRVSEAVAALDPVDL
KRLQAIHLEGNREIVIYQDDLEGDVQIPGPPTNVHASEISKTYVVLSWDPPVPRGKEPLM
YFIEKSMVGSGSWQRVNSQTAVRSPRYAVFDLAEGKPYVFRVLTANKHGLSDPSEITAPI
QAQDVIVAPSAPGRVLASRNTKTSVVVQWDKPKHEEDLIGYYIDCCVAGSNKWEPCNHKP
IDYNRFVVHGLTTGEQYIFRVKAVNAVGTSENSQESDVIKVQAALTAPSYPYGITLLNCD
GHSMTLGWKVPKFSGGSPILGYYIDKREAHHQNWHEVNSSPIKERIFTVENLTEQAFYEF
KIAATNLAGIGQSSDPSEHFKCEAWTMPEPGPAYDLTFCEVRDTSLVILWKAPVYSGSGP
ITGYFVDYKEEGSEEWITVNESTTKNRYLKVTDLQQGKTYVFQVRAVNASGVGKPSDTSE
AVLVEARPGTKEISAGVDEDGNIYLSFDCPEVTDASHFTWCKSYEEINEPEKFNIETEGD
HSKLYFKNPEKSDIGTYSVSVSDTDGISSSFVMDEEELERLMALSNEIKNPTIPLKSELA
YEIFDKGQVRFWLQAEHLSPDASYRFIINDREVSDSETHRIKCDKSTGIIEMVMDRFTIE
NEGTYTVQIHDGKAKNQSSLVLIGDAFKAVLEEAEFQRKEFLRKQGPHFAEYLHWDVTEE
CEVRLKCKVANTKKETVFKWLKDDVLYEVEALPDLEKGLCELLIPKLSKKDQGEYKATLK
DDRGQDASVLEIAGKVYDDMILAMSRVCGASASPLKILCTPEGIRLQCFMKYFTEEMKVN
WYHKDAKISSSEHMRIGGSEEMAWMQICEPTEKDKGKYTFEIFDGKDNHQRTLDLSGQAF
DEAFAEFQQLKAAAFAEKNRGKVIGGLPDVVTIMEGKTLNLTCTVFGNPDPEVVWFKNDK
DIELNEHFVVKVEQSKYVSLSIKGVTSEDSGKYSINVKNKYGGEKIDVTVSVYKHGEQIP
DVSPPQAAKPKLIPASSSTLE
NT seq 4386 nt   +upstreamnt  +downstreamnt
atgtcatcggtttcattgcccttctaccagaagagacacaaacactttgaccagtcatat
cgaaatattcagaccaggtatcttctggaagaatatgcagccaaaaagagggctcagtct
cagtcttcctctacccagaagtcatcttcccagaaagcttctagcaagacatcaattgga
ggaacaacatgcagactttgtgagaaaagattgaatacctcctctgaagaggaagaactt
gaaagtaaaagaagatctcaatcattgctgtcttcttatggagaagcaaggaggcagcgt
tttctcaatgaactgagcttcatagaagaagatgtgcgcctggctcggtctcttgccaga
gaaaagttggataaatattcaattcaagagatggtgcaagataagatggcctgggaaagg
catgcatttgaggaaaggataagtagagctcctgagattctggtgcggcttaggtcccac
actgtctgggagaagatgaatgtgaagctttgcttcactgtacaaggatttcctactcct
gtggtacaatggtataagaatgatagtttgatttgccaagcaggagagccaggaaagtat
aggattgaaagcaaatatggagtgcataccctggagataaatagagcagattttgatgac
actgcaacttattcagctgtggcaaccaatgtccatgggcaagtctccaccaatgctgct
gtggttgtgaggaggttccgaggagaagaagaaccataccattctgtgggacttcccatt
gggttgcctttgtcatctataattccttacacccattttgatgttcagtttctggagaag
tttggggtcacctttaaaagagaaggtgaaactgttactctcaagtgctctcttgtggtt
actcctgacctgaaaagactccaacctcgagttgaatggtacagagatagtgaactgctg
aaagaatctaagtggacaaaaatgttctttggagaaggacaggcctcactgtcatttggc
cacctgaataaagatgatgaaggcctttatactttaaggatcatttcaaggggaggcgtg
actgaccacagtgcttttatgtttgtgagagatgctgatccattagttacaggggcccca
ggagccccaatggatgtgaagtgccatgatgctaatagggattatgttattgtaacgtgg
aagccaccaaatacagctagtgagagtccagtcattggctattttattgatagatgtgaa
gtgggaactgataattggattcagtgcaatgactcgccagtgaaaatctgcaaatatccc
gtaagtggactttttgagggaaggtcctacatgttccgcgtaagagcaatcaataatgct
ggcattagtagaccatctagggtttctgaggcagttgcagccctggatcctgttgacctc
aagagattacaagcaattcatttggagggaaacagagaaattgtcatctaccaggatgac
cttgaaggcgatgttcagattccaggacctcccaccaatgtacatgcttcagaaatcagc
aaaacatatgttgtgctcagctgggatccacctgttccccgtggcaaagagccattaatg
tatttcattgagaagtctatggtaggtagtgggagctggcaacgggtcaattcccagaca
gcagtgagatcccctcgctatgctgtttttgatctcgcagaagggaaaccatatgtgttt
cgagttttgacggcaaataaacatggcctaagtgacccttcagaaattactgcaccaatt
caggcacaggatgtgattgttgccccttctgctcctggtcgtgtgcttgcttcaaggaat
acaaaaacatctgttgttgttcaatgggataaacccaaacatgaagaagaccttataggc
tactatattgactgctgtgtcgcaggatcaaacaaatgggaaccctgtaatcacaagcct
attgattataacaggtttgttgttcatggtttaacaactggagaacaatacatcttccgt
gttaaagctgttaatgctgttgggactagtgaaaactcacaagagtctgatgtaataaaa
gtccaggctgccctcactgctccgtcatatccttatggaataactcttctcaactgtgat
ggccattcaatgactcttggttggaaggtgccaaaattcagtggaggatcaccaatcctt
ggttactatatagacaaacgtgaagcacatcatcaaaattggcatgaagttaattcttct
ccaatcaaagaaagaatctttacagtggaaaacttgacagagcaagcattttatgaattc
aaaattgctgcaaccaatctggctggcataggacagtcatctgatcccagtgagcacttt
aagtgtgaggcttggacaatgccagagcctggtcctgcatatgacttgacattctgtgag
gtcagggatacatccctcgttatattatggaaagcacctgtgtacagtggaagtggtcct
attacagggtactttgtggattataaggaagaaggttctgaagaatggattacagtcaat
gagtctacaactaaaaatcgttacttaaaggtcactgatctacaacagggtaaaacttat
gtcttccaagtcagagcggtaaatgcaagtggtgttggaaagccatctgacacctctgaa
gctgtacttgtagaagctagaccaggaactaaagaaataagtgctggtgtggatgaagat
ggtaacatttatctaagttttgactgtccagaggttacagatgcatctcacttcacttgg
tgtaaatcttatgaagagatcaatgagccagagaagtttaatatagaaacagaaggagac
cactctaaactatactttaaaaatccagaaaaatcagacatcgggacctattctgtatca
gttagtgatactgatggcatttcatcaagttttgtaatggatgaagaagagcttgaacgc
ctgatggcactcagcaatgaaataaagaatcccacaattcctttgaaatcagaactagct
tatgagatttttgataagggccaggttcgtttctggctccaggctgagcacttatcaccg
gatgccagctacagattcattattaatgacagagaagtttctgacagcgagactcacaga
attaagtgtgataaatcgactggcatcattgagatggtaatggatcgatttactattgaa
aatgaaggcacctacactgtgcagatccatgatggaaaagccaaaaatcaatcttcatta
gttcttattggagatgcatttaaggctgtcctggaagaggctgaattccaaagaaaagaa
tttctcaggaaacaaggtcctcattttgcagagtatttacattgggatgtaacagaagaa
tgtgaagttcgactgaagtgtaaggtggcgaacacaaagaaagaaacagttttcaagtgg
ctaaaggatgatgttctttatgaagtcgaagccttacctgatctggaaaaaggactttgt
gaactactcataccaaagttgtccaagaaggatcaaggtgaatacaaggcaacattgaaa
gatgatagaggccaagatgcatctgtccttgaaatagctggcaaagtgtatgatgatatg
atcttggcaatgagtagagtctgtggcgcatctgcttctccattaaagatcctctgtact
ccagaagggataaggctgcaatgtttcatgaaatattttacggaggaaatgaaagtgaac
tggtatcacaaagatgcaaagatttcttccagtgagcatatgagaattggtggcagtgaa
gagatggcctggatgcagatctgtgagcctactgaaaaggataaagggaaatatacattt
gagatatttgatggcaaagataaccatcaaagaacacttgatctctctggacaagctttt
gatgaagcatttgcagaattccagcaactcaaggccgctgcatttgcagagaaaaatcgt
ggcaaggtgattggtgggttacctgatgtggtaactataatggaaggcaagactctgaat
ttgacttgtactgtatttggaaatcctgacccagaagttgtttggttcaagaatgacaag
gatatcgaactcaatgaacactttgtggtcaaagtggaacaatccaaatatgtcagctta
tccatcaaaggggtgacctccgaggattcaggaaaatacagcatcaatgttaagaacaaa
tatggtggagaaaaaatagatgtcactgtgagcgtgtacaaacatggtgaacagatacct
gacgtttctcctccccaggcagctaaacccaagctgataccagcatcctcctccactcta
gagtaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (15)   
   KEGG ORTHOLOGY (1)   
   RefGene (10)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (12)   
   Pfam (12)   
All databases (36)   

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