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Summary
Expression
Gene Literature (0)
Nucleotides (59)
Proteins (11)
Interactants (0)
Wiki
XB-GENEPAGE-950095
[provisional- machine annotated only]
Gene Symbol:
fdxacb1
[Predicted: Source is Human Entrez Gene]
Gene Name:
ferredoxin-fold anticodon binding domain containing 1
[Predicted: Source is Human Entrez Gene]
Add Xenopus synonyms
Gene Function:
Uncharacterized conserved protein
Interactants:
XB-GENE-950096
XB-GENE-6488128
Molecules
tropicalis
laevis
Gene
JGI XT Genome 7.1
JGI XT Genome 4.1
Ensembl 4.1
JGI XL Genome 6.0
Entrez Gene
mRNA
NCBI Nucleotide
>XM_002932936|PREDICTED: Xenopus (Silurana) tropicalis hypothetical protein LOC100497477 (LOC100497477), mRNA ATGAAATTAGAATTAACAAGTCTAAGTGATACACGCTGGGCATGCAGATGGAAAAACATTTCTGCTGTAAAAGGTTCTATGAAAGCCCTTCTTGACACTTTAAATCACTTATCAAGACCTCCATACCGAAGATTTATTGAAGCATCAGGCCTTCTGAAGGCTATCCAGAATATGGATTTTTGTGTGTGTCTGATTGTTTTTCATGAGATCCTTAGTGTTATTCATATTGCACATAAAGCCCTGCAGTCACCAGACACAACACTCGCTCAAGCCTCCAGTGTGCTAGAGAAAACTACAAAAACTTTAGAAAGCATGCGGACCAGTGCCAAGTGGGATGAGATGTGGATGCAGGAATCCTGTAAGATGCATGATATCCATGCCAGCTCAGGAGAGGAACGTGTTCACAAGCGACCAGTTAAAAAAACAGCTGCCCTTGCCTGTTCATTTGTCACAAGCACACTTGGGCAACAGGAACACGAGCCAGGCACACATGAAAGCTCCAAAGAAAAATGGCGCAGTCAGCTGTATTTTCAAGTTTTAGATACAATGCTTGGTGAATGTCATTGCCAGCATATTATGGAAAAATCCCTTAATATTCTGTTGGTGGGTGAGGGGAACTTCTCCTTCTCTGTTTGTCTTTGTGATTTAAGCCATGGCAAGCATCACATTACTGCCACATGTTTTGAGGCAGAAGATAAAGTATGCAGACAAACCCTAGCCTGGGACAATGTGCAGGATTTAAGAGAAAAAGGAGCTGCAGTTCTCTTTGGGGTGGATGCCACAGACCTTAGTGGTAACGAGATGCTTGCTAATAAGCTATATGATCAAATTATTTTCAACTTCCCCCACTGTGGAAGGAAGGCTGGTGTGAAGAAAAACAGGGACCTGCTCACAAAATTTTTTATAAGCTGCTCCAAAGTTCTTGCTCAGAATGGGGACATACATGTTACGTTGTGCAAAGGACAGGGAGGAACACCTGCAGATCACCCAGTAAGAGAATGGCATAATAGCTGGCAAGTGGTGGCCATGGCAGCAAAAGCAGGATTTATTCTAAGTACAGTGGTTCCTTTTGGTTCTGATCAATACAGTGCCTATCAATGCACAGGATACAGAAGCCAAGAAAAATCATTCCATGTGGAAGGCTCTTTGACACACATCTTTACTAGGAGTTTGCCACTGGAGATGCCAAAACCACTGCAACTAATAGGCAGAATCACAGACATGTTAGCATTGAAGAAAGTTCCACATGCGGAAGATATTAGAGCTCACAGAGATCTCTTAGAACAGGATGTAAACCATCCAACCAAGATTCTCAACAAAGAACTTGTAGCCTTTATGGAGAAACGTGTGGCACTAAGATGTCTGAAAGATATGTTTTCCCTAGTATGTGATGCCTGCAGTGGTTCAGCATATTGCTGTTGTTCGGTACCTGAGACTGTTCCATATTTCTTATATTCTTCGAATGCAGAGCTGAAGCAGATTGGTTCCAACACTTCCTGTACAAACCAGAGCTCCAAACTGTATTTAAGGCCTTCACTGTCATATTTCACTAATGACATCATTCAGAGACCTGACTTTACCCCAGGGGTGATGTACGTATTGAATGGACTTGTTTTCAGAAAATGTTTGGCATCACAATGGAACATGCCAGTTTATCATGAATTCATGCTTTTGTGGGGTTGTGAGACAGACAAGATTACAGAGCAAATGCAGATGCTCATGAATACTATTGACAGTGCCATAGCATATATTCAGACTTTAATTGCCAACAAGGCTATGTATTCTGGAAAAATGAATACTGAAACAAATACCATTTTTAACAGCGAGTTAACATTTCACAGCAACCCCCACACTGAAAATTGCACTGAAAATTTTTCTTGTAATTATGGTGATCATATAATAGGACATATAAATGCATTGTCACCTGGGAAAATAGGCAATGAAACTGGCCTTCTGGAAGTGACACTAAATCTTGATTTAATGGCCATGTGCCTTCTGGATATCCAAGACTGGCGAATCCTTTGGACACCTGATGACAGATTCAAGCAACAATTTAACACTCCTCAACTAAGAACCTTTAAACTGTTCTCTCTGTACCCCCCTCACTATACCCATGATGTCAGTTTTTGGGTTAGAGAAGGGTCCATTTTTGATAATCTAGAATTTCATATGTTAGCTCAGAGAGTATCCAAAGGGACCATTCTGGACATTAAACTTCTGGATGAATTTCAGAATGTAAATACTGGACAGACCAGCTTATGTTATAGGATAATATATCAGTCATGTGATAGGGCACTGAGTTATGAGTTGGCATCAGAAATGCAACTACTAAAGATTCTATATTATTGTAATATAAGGCTCATCAACTGGGAGAAAAGCAATATTAAACCAGCCCAGGTGGTAAAATTACTGGAGTGCAGTTTTAAATTCAACCCAGATGATTATTTATCTTCTGGAACAATGAAGATTCAAGATTCTCCAGGAGATGACAGAGTTTGCAGGAGAGGCGATAACAGCTCCATGAAATTCCAGGTTTTGATATACCTTCCCTCCTATTCCTCTGATCCTGTCCCTACTGAGAATTCTGGTGGAGCAGCGGGACTGTTGGGCGGTACGGGGTCTAATGCCACGTCTGGTGGTGTTTCTCCCACGGCTGCAAACAGTAAAGCAGGTCAAGTGTGGGCACCAGAGGGATCCACTGCTTTTAAGTGCTTAGTCTCCGCAAGGTTCTGTGCAGCATTGCTGAGCAACATCTCAGATTGTGATGAAACCTTCAACTACTGGGAGCCTACTCATTACCTGGTGTATGGAAAAGGTTTCCAGACATGGGAGTATTCACCAGCTTATGCTATCCGATCTTATGCTTATCTCTGGCTTCATGCATTACCCGCCTGGTTTCATGCCAGTGTTCTACAAACAAATAAGGTCCTTGTGTTTTTCTTTATACGAAGCTTCCTTGCCTTCCTTAGTTGTGTTTGTGAACTTTACTTCTACAAGGCTGTGTGCAAAAAATTTGGACTTCATGTTGGTCGATTGATGTTGGCTTTCCTTGTTCTAAGCACAGGGATGTTTTCTTGTTCTGCTGCTTACCTACCAAGCAGTTTCTGTATGTATACTACAGTAGTAGCAATGACTGGTTGGTACATGGACAAGATCTCAGTAGCAGTTTTGGGGGTGGCTGCTGGAGCAATTTGGGGCTGGCCATTTTGTGTTGTTCTGGGAATCCCCATTGCTTTTGATTTCTTGTTCTTAAAGCAGAAGTGGAAGAGTTTTATAAATTGGTGCATAGTGTCCCTTGTCTTGTTTCTGGTCCCATTAGTGGCCATTGACAGTTATTACTACGGCAAGCTAGTAATTGCTCCTCTTAATATCCTCTTGTACAATGTCTTCACACCACATGGACCTGACCTCTATGGTACAGAGCCCTGGCATTTCTATTTTATTAACGGTTTCCTGAACTTCAATGTGGTCTTTGTAATGGCCCTCTTTGTGTTGCCTCTGACATGGCTGATGGAACATTTACTGCAGAAAATTAGCATTCAGAATCTTGGAAGACCCTATTGGCTAACACTGGCTCCTATGTATATTTGGATTTTGATTTTTTTCAGCCAACCTCATAAAGAGGAGAGATTTCTGTTTCCCATCTACCCACTCATCTGTCTCTCTGGAGCTGTAGCTCTTTCAGCCCTACAGAAATGCTACCACTTTTTGTTCCAACGATACCGCTTAGAGCATTATACTGTATCTTCAAATTGGCTAGCTCTAGGGACAGTTTTGCTCTTTGGCCTTCTGTCTATCTCCCGTTCAGTAGCCTTGTTCAGAGGGTACCATGCGCCCCTAGACTTATATCCTGAATTTCATCGAATTGCTGGAGATCCTGCTGTGCACATGGTCCCAGAGGGAAGAACTGTTAATGTATGTGTAGGAAAGGAATGGTATCGTTTCCCTAGCAACTTTCTTCTTCCAGATAATTGGCAGCTTCAGTTTATTGAATCAGAGTTTAGAGGACAACTACCAAAGCCTTTTGCAAAAGGGACACGAGCAACAAGAACAATTCCCAAGGACATGAATGACCAGAATCGAGAGGAAACATCTAGATATGTGGATATTGCAAAATGTCATTATTTGGTGGATCTGGATTCAGTCAGTGAAACACCTCGGGAGCCTCTTTACTCAGCAAAGAAGGAAGAATGGACAGTGATTGCTTACAAACCATTTCTTGATACAGCAAGGTCATCAAAGTTTTTCCGTGCATTTTATATCCCATTTATGTCCAGCTGGCAAACCTCTTATAGCAACTACACCATTTTAAAAGCCCGCAGGCCCAAACAGGTGAAGAGAAGGGGCGGAGTATAAGCAAAAACCTTGTCTATCAAAATAAGAGGGGATTGCAAACTGTAGTTCTACTTCAAACAGAAAATTCCTCATTGTCATATCCATTTACTGCCAGAGTGACCTTTGGAAGATGCTTCATTGCAACAGATGCTCTACTGTGGATGTTATCTTTTTATCAGCTGAAACATATTCCATAAGTAGTATTTTTTATACTATGACCCAGCCCATTTCCTTCTAGGAGTTGGCCACTATAACCCACTGTCAGTAAAACATCCCGGTTAAGCTTTACAATTTCTTGCTACAGATACTGGATATCTTACCATCAACATTCTGTTATCAAAGAGACCTAACAAATGCTTTGTGCACAGCTGCTTTTAAATATTTTTATAGGTGCCATTTAAGGTGATTGTTGTCAATGTGTTTATAAATGAGTCCCATATCTACAGTTATTAATGGGCAAACACTGCTAAGAAAGAAGATCAGAATATGACCTTCCTGGAATTATATAGAAATTGTCATTCAGTTAGCCAAATTATTGTCAGTACATCACTTCTCCAAAAGCTCTATAATAATGAGGCCTCAGATTTAGCTCAAAAAGCTTTGTAATTCTCACTTCAGCATCACTGCTCCAGTGGAGTCTTAACCACTATGGTGGAGAATTGTAACAAGTAAAACGCCTGAACTTGCCTTTTTCTTTCTTTTATGCCATTAGATTATGCTCCTGATACATAAGCCCATCTGCCATAATTAACTCTCCCTGTTTGCTCTTAGCAGCTCACCAGTTTCTTTATGTTCCCACCTGCATCACCGCAAAGGCTCCGATAATGAACTGTCCATAGGCAATGCAGCTGCTGCTTCATCCACATTATCTAGACCAAAGAACAGCCCTGACAGTGGCCTCAACAGACTAAATAGCATTTGTTTATGTTGTGATTGAGTTCTGTGTGTTATATATGTCTCATATGTGTCATTTTTTTCCATCATTTACAACTTTTTCATGTCTGGGATTCTTTTTGGCCAACCTGGAGTTGATTTGATACAGCATTAACTGAGTACACACAATTTGTAAATGCAGTATTTATGCCTGTTTAGAAAACATGGTGATACCCATAACATCCTACAGTACCTCTGCTACTGGCTTTTGGTTCCTGCTTTAACGTTACACAAGTTATTTAGTCTTTCCCAGTGTGGTGGTAATGGTAATTTATAGGACTAAGTCACCTGTTACACTATCAAGTCTAACCCATATGATAAATAGGGGGTGGGGGCCTGGTTTAACACGCTTGTACACGTTACAAACTTTAAATCGGTGATGGGAGTGAGGCAGCCTCTGATAAGTTATATATGTTATATTACATTTCATATGGTGATGACATACTATACAGATATACTTCTGCTAGCACTGCATTCCATCATTAGGCTTAAAAAACACCACCTGGGAGCCTGTGCACCAGATGTGACGTGGTCAGACATGGCGGCTGCTAGCCCATTGTGCTTCTCTCCATTTACAGATCAGGTAGCATGGAGCTGATGCAGCTCCTCATGTGGTTGGGGAAGGGAAAGGCAGAACTGTGTATATCTGTTGGAGGGGTGCTTTCTTTGTCAGAATATTTCAGACTCCCATTTTATTACACTGTACAATACTGTTGGTTTTTGTCCTGTTCTTTAAGGCCTAATGAAAGTATTGTTTAACAAATCAGATGATGATCTAGTAATATTCCTGGGAAGCTGGAAATTAGACATGGAATAACGTGTTCCGTTTACAATCCAACTGGGCTTCTCATGTGGAGGTGCAATGAAGAAATTGGATATTTAAAAACGTGATGATTTTTTTGTTATTTATGGTTTAATAAGATAGCTGTGCATAAATGAAATGCTATACAAACTAATGGGTGTAAATATTTGTTTCCATTGTATCTAGTAATTTATAGGGGTGTATTGACTGTATTAAAGCAGATGTGTCTGGGGTGGAACTTTCATTCATCAGTACAGGCATGGGACCCGTTATCCAAAATGCGACAGACCTGGGGTTTTCCGGATAAGGGATCTGTCCGTAATTTAGATCTCCATACCTTAAGTCTAATAAAAAATAATTTAAACATTAAATAAACCCAGTAGGATTGTTTTGTAATTCAGAACTTTCTGGATAATGAGTTTTCGGATAACGGGTCCCATACCTGTACCTGATGTTCATATGTTCCTTAATGTTTGTTTACATCAACGTTAACTTGTCACCTGTATTAAAAAAAAACAAAATCATCTTACCATTCCTTATCTGAATTATTTGCATTTTTACTGTTTTTAATAAAAGATATGAGCCAGA
Protein
NCBI Protein
>XP_002932982|PREDICTED: hypothetical protein LOC100497477 [Xenopus (Silurana) tropicalis] MKLELTSLSDTRWACRWKNISAVKGSMKALLDTLNHLSRPPYRRFIEASGLLKAIQNMDFCVCLIVFHEILSVIHIAHKALQSPDTTLAQASSVLEKTTKTLESMRTSAKWDEMWMQESCKMHDIHASSGEERVHKRPVKKTAALACSFVTSTLGQQEHEPGTHESSKEKWRSQLYFQVLDTMLGECHCQHIMEKSLNILLVGEGNFSFSVCLCDLSHGKHHITATCFEAEDKVCRQTLAWDNVQDLREKGAAVLFGVDATDLSGNEMLANKLYDQIIFNFPHCGRKAGVKKNRDLLTKFFISCSKVLAQNGDIHVTLCKGQGGTPADHPVREWHNSWQVVAMAAKAGFILSTVVPFGSDQYSAYQCTGYRSQEKSFHVEGSLTHIFTRSLPLEMPKPLQLIGRITDMLALKKVPHAEDIRAHRDLLEQDVNHPTKILNKELVAFMEKRVALRCLKDMFSLVCDACSGSAYCCCSVPETVPYFLYSSNAELKQIGSNTSCTNQSSKLYLRPSLSYFTNDIIQRPDFTPGVMYVLNGLVFRKCLASQWNMPVYHEFMLLWGCETDKITEQMQMLMNTIDSAIAYIQTLIANKAMYSGKMNTETNTIFNSELTFHSNPHTENCTENFSCNYGDHIIGHINALSPGKIGNETGLLEVTLNLDLMAMCLLDIQDWRILWTPDDRFKQQFNTPQLRTFKLFSLYPPHYTHDVSFWVREGSIFDNLEFHMLAQRVSKGTILDIKLLDEFQNVNTGQTSLCYRIIYQSCDRALSYELASEMQLLKILYYCNIRLINWEKSNIKPAQVVKLLECSFKFNPDDYLSSGTMKIQDSPGDDRVCRRGDNSSMKFQVLIYLPSYSSDPVPTENSGGAAGLLGGTGSNATSGGVSPTAANSKAGQVWAPEGSTAFKCLVSARFCAALLSNISDCDETFNYWEPTHYLVYGKGFQTWEYSPAYAIRSYAYLWLHALPAWFHASVLQTNKVLVFFFIRSFLAFLSCVCELYFYKAVCKKFGLHVGRLMLAFLVLSTGMFSCSAAYLPSSFCMYTTVVAMTGWYMDKISVAVLGVAAGAIWGWPFCVVLGIPIAFDFLFLKQKWKSFINWCIVSLVLFLVPLVAIDSYYYGKLVIAPLNILLYNVFTPHGPDLYGTEPWHFYFINGFLNFNVVFVMALFVLPLTWLMEHLLQKISIQNLGRPYWLTLAPMYIWILIFFSQPHKEERFLFPIYPLICLSGAVALSALQKCYHFLFQRYRLEHYTVSSNWLALGTVLLFGLLSISRSVALFRGYHAPLDLYPEFHRIAGDPAVHMVPEGRTVNVCVGKEWYRFPSNFLLPDNWQLQFIESEFRGQLPKPFAKGTRATRTIPKDMNDQNREETSRYVDIAKCHYLVDLDSVSETPREPLYSAKKEEWTVIAYKPFLDTARSSKFFRAFYIPFMSSWQTSYSNYTILKARRPKQVKRRGGV
Genomic
tropicalis
Genome Browser
Xenbase
Xenbase
JGI
Ensembl
UCSC
Synteny
Metazome
Expression
tropicalis
laevis
UniGene
Str.20186
[+]
Str.63704
Xl.34878
Unigene EST Profile
EST Profile
EST Profile
GEO data
GEO
Images
0 expression image(s) for tropicalis and laevis
Orthology
MOD
Entrez Gene
Genetic Phenotypes
Morphants
human
FDXACB1
mouse
MGI
Fdxacb1
All(2)
Targeted, knock Out(2)
zebrafish
Publications
First:
Most recent:
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Functional Ontologies
GO: Molecular:
Biological:
Cellular Component:
EC:
KOG:
[S] Uncharacterized conserved protein (alt_id KOG:4174)
Reagents
tropicalis
laevis
Clones
open biosystems
open biosystems
geneservice/RZPD imagenes
geneservice/RZPD imagenes
Affymetrix 1.0
Str.20186.3.S1_a_at
[+]
Str.20186.2.A1_a_at
StrEns.1398.1.S1_a_at
Affymetrix 2.0
Xl2.34878.1.A1_at
Symbol legend
[+]
- Blast this sequence
- Literature Or Expression Images
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- Literature Or Expression Images