KEGG   Monodelphis domestica (gray short-tailed opossum): 100012435
Entry
100012435         CDS       T01031                                 
Symbol
MCF2
Name
(RefSeq) MCF.2 cell line derived transforming sequence
  KO
K20685  guanine nucleotide exchange factor MCF2
Organism
mdo  Monodelphis domestica (gray short-tailed opossum)
Brite
KEGG Orthology (KO) [BR:mdo00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:mdo04131]
    100012435 (MCF2)
Membrane trafficking [BR:mdo04131]
 Others
  Rho GTPase associated proteins
   Rho guanine nucleotide exchange factors (GEFs)
    100012435 (MCF2)
SSDB
Motif
Pfam: RhoGEF CRAL_TRIO_2 PH
Other DBs
NCBI-GeneID: 100012435
NCBI-ProteinID: XP_016282221
Ensembl: ENSMODG00000014008
Position
X:complement(45487300..45558776)
AA seq 947 aa
MAEANPPRGKPRFKRSAASFPGNLHLVMVLRPTGFIQRTFTDIGFRFSQDDFILRLPVVM
LSSVSELLSYIDEKQLTPEFGGTLEYCHSEWVIFRTAIENFALTVKDIAQILQSFGTELA
ETELPDDSFSIEQLLTIRTQKYFQLKEEIISVMKEGNMLLRTFEVPHTKDSKECSKEKCG
DWETVKRLLAQLHEMEVAFDDFWDKHQLKMDQYVQLWKFEQNFVELKDAIEFLMNSKLLY
PVLETAQQMXQRLTELGTLDEMAKELIGKAQLVILHGHQLAASHHYAVELICQRCNELRH
QTDVLSEELKAKDKKLTKTLELQNRLRQALLCCDEGAYLLANQPMDKCQAKEGAQRALYE
IEKFLDVTLPNLKYDPRVLQREFEVILTPELKAQIQAVQTKLENIRSMFQNRQSCFRKLA
DKQSRPVQLVTPRPEQAGRSKSPLFSPRHGMDFNPPLKFSFDISLPGKKSRKPQNSRKIE
VMHDYQEKRNSLQYIISDSEANLDVLKSHVINELIETERVYVDELFSVLMGYRAEMDNPS
MLVYMPPALRGRKDILFGNMPEIYEFHNTIFLQSLESCIRTPQRVGYCFLERRNNFQIYE
TYCQNKPRSELLWRQYSESAFFVECQKKLEHKLGLDSYLLKPVQRLTKYQLLLKELLKYS
GNCEGVQQLQEALIAMLDLLKSVNDSMHQTAIIGYEGNLSDLGKILMQGSFSVWISHRKG
STKMKDFARFKPMQRHLFLYEKALVFCKRRDEHGDGHDKTPFYSFKHYLKMSAIGITENV
KGDSRKFEIWYSGREEVYIMQAQTMESKAAWLNEIRKILFKQQELMKVEKQQQKQAAEPV
PIVSQLTDRMQQQMSLSSEENESDRTSPVMLENLAVSPQNKTSKSSSRTSLAAELGENLE
EWTNSSLLLPYTDTEEEDGSYLVDAHSKQKKRRCDSGGQFTECILGQ
NT seq 2844 nt   +upstreamnt  +downstreamnt
atggccgaagcaaatcccccgagaggcaagccgagattcaaaaggagtgcggcctctttt
ccagggaacttgcatttggttatggtcttgcggcccacaggctttatccaacgtactttt
acagacatcggctttcgcttcagtcaagatgatttcattctcagattgccggttgtgatg
ctgagctctgtcagtgagttactgagttacattgacgagaagcagttaacccctgaattt
ggaggcaccctggaatactgtcacagtgaatgggttatcttcagaacagctattgaaaac
tttgcccttactgtgaaggatattgcacagatactgcagtcctttgggacagagttggct
gaaacagaattgccagatgactctttctccattgagcaactattgacaatccgcacccaa
aaatactttcagttgaaggaagagataatcagtgttatgaaagaaggcaacatgctgcta
aggacctttgaagtgcctcacaccaaagactccaaggaatgttctaaagagaaatgtgga
gattgggaaactgttaaaagattacttgctcaattgcatgagatggaagtggcttttgat
gacttttgggacaagcatcaactcaagatggatcagtatgtccagctgtggaaatttgag
cagaatttcgtagagcttaaggatgctatagaattcttgatgaacagcaagctgctgtac
ccagtactggaaacagcccagcagatgtagcaaaggctcacggagttggggaccttggat
gagatggctaaggagttgattggaaaggcccagcttgtgatactacacgggcaccagctt
gcagccagtcaccactatgcagttgagttaatctgccagaggtgcaatgagttaagacac
caaacagatgtattgtctgaagagctgaaagccaaagacaagaagctcaccaagaccttg
gaactccagaaccggctgcgtcaggctctcctgtgctgtgatgagggggcctatctcctt
gctaatcagccgatggataaatgccaggcaaaagaaggtgctcagagagctctttatgaa
atcgagaagttccttgatgtgactctccccaatttaaagtatgatcctcgtgtcctacag
cgggaatttgaggtcattttgactcccgaactcaaggctcagatccaggctgtccaaacc
aagctggaaaacattcgcagcatgttccagaaccggcagagttgtttccggaagctggca
gataagcaatcccggcccgtccaacttgtgacgccccggcccgaacaagcaggcagatcc
aaatcgccactgttctcacccagacacgggatggactttaatcctcctttgaaattctcc
tttgatatctctcttcctgggaagaagtcccgaaaacctcagaactcacgaaaaattgaa
gtgatgcatgattaccaagagaagagaaattccttgcagtacattatttcggacagcgag
gccaacttggatgtgcttaaaagccatgtcataaatgagctaatagagaccgagagggtg
tatgtggatgaactgttctctgtcttgatgggctaccgagcagagatggacaacccttcg
atgctagtgtacatgccacctgccctaagaggcaggaaggatattctctttgggaacatg
cctgaaatctacgaattccataacacgatttttctgcagagcctggaaagctgcattcga
acaccacaacgtgtgggatactgtttcctggaaaggcggaacaatttccagatatatgag
acgtactgtcagaacaagcccagatccgagctgctttggagacaatactcagagagcgcc
tttttcgttgaatgccaaaagaaactagaacataagcttggtctggactcctatctgctc
aaacccgtgcaacgcctgacaaaataccagttgcttttgaaggagctactcaagtacagt
ggcaactgtgaaggtgtccaacagctccaggaagctctcattgcaatgctggacttactg
aagtccgtcaatgattccatgcatcagaccgccattattggctatgagggtaacctaagt
gacctgggcaagatattaatgcagggatcattcagtgtttggattagtcatagaaaaggt
tccaccaaaatgaaggactttgcccgattcaagccaatgcaacgccaccttttcttgtat
gaaaaagctcttgtgttctgtaagaggagagatgaacatggagatggacatgacaaaaca
cccttctatagctttaagcactatttgaaaatgagtgccattggaatcaccgagaatgtg
aaaggagatagccgcaaatttgaaatctggtacagtgggcgtgaagaagtttacattatg
caggcccagacaatggaatcaaaggcagcctggttgaacgaaataaggaaaattttgttc
aagcagcaagaacttatgaaagttgaaaagcagcagcagaaacaggctgcggagccagtt
ccaattgtttctcagctgactgacagaatgcagcagcaaatgtccctaagctctgaagag
aacgaatctgatcgcacgagccctgtgatgttggagaatttggctgtgtcaccccagaat
aaaacaagcaaaagttcctcaaggacatcactggctgcggaacttggtgaaaatctggag
gaatggactaacagtagcttactattgccttacacagacacagaggaggaggatgggagc
tatttggtcgacgcgcattctaaacagaagaaaagaaggtgtgattccgggggacagttc
acagaatgtattctgggacagtag

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Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (21)   
   KEGG ORTHOLOGY (1)   
   RefGene (16)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (5)   
   RefSeq(pep) (5)   
DNA sequence (5)   
   RefSeq(nuc) (5)   
Protein domain (3)   
   Pfam (3)   
All databases (37)   

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