KEGG   Helobdella robusta: HELRODRAFT_116840
Entry
HELRODRAFT_116840 CDS       T03272                                 
Name
(RefSeq) hypothetical protein
  KO
K06816  golgi apparatus protein 1
Organism
hro  Helobdella robusta
SSDB
Motif
Pfam: Cys_rich_FGFR Retrotran_gag_4
Other DBs
NCBI-GeneID: 20195685
NCBI-ProteinID: XP_009010583
JGI: Helro1_116840
UniProt: T1EGI3
Position
Unknown
AA seq 1126 aa
MNKNPEDPYNLNLAKSLECAGDVGRICGRHFAWDNFQVISCLQNGYRDNEISEPCQHLIW
NYKRNMTVDPVYEKMVQNMCQTMIAQIPECKSLTNTKGHLIPCLIGYLDNSSLTTPHCQS
FLSRLKPVVFGDYRIIYKFSESCQADITRLKCGRVEGQQEEDAYHNQGNTLTCLEKKLSD
LQPNCRDELLRVAELQADDYHNDRWQLYFACRNDRERLCGDVQSGQGRVYECLFKKKMSP
DMSEKCRDMLILRQRLQQEDYKVNLRLAQSCQEEVVENNCMRHIDRIARFPNARMSAILL
CLEAGMKEGRQVKAECRMELKEVRRSMMEDYRISPSIVVGCSNEIEQKCGGSLRRDGGTI
HCLMDLARPQKVNGVFSIQVSSTYLMLQVDIGESYDVDPILKRACRDVVAVYCGDLTPGE
GRVMQCLMSSIDKPQMTEVCRESLTEIQYFISRDFRLDPQLYKECHKEASTICRAPSEWY
NSENVFHQPEIAYLIFACLYRHIDREADPEEKNYKPLSRKCAIEVERVMRERALSVNLDP
IIEGQCLNDLSKFCLDKSEKSEEMNCLEDNLDNLSEECRKVVSESIVDVDKDPSINGIFL
RSCEPFWQKHCQMMTEELEDELMACLILNKHHPDMHDKCRAGVEHHQLMTLKDYKFSHNF
DKACRSNIKKYCPQVRNKADVVDCLSTVMLTDTFLETKHRLDKQCRAQLNFEFLQRSEDI
LLDPKLRDSCSKDISTFCQHVEHGEQKVIQCLMDNFEKLSQKCHREMFRRKEIEAVNPKH
DYGFVTKCQHMIQKHCSDQQQNPHSIIYCLLQKMNDEDDDDDGGDGGGDPGDGEFDEKCK
RTVAKWSHVMGIDIRLDRELSVSCSPDIRKHCPSEFSSLKNDSEDGGKVLECLKNVYVKK
SEKPQLTARCHHHIRNLIRMEAKDHRMNIPLVKHCHAEIKNLCSEEANLGRSNGEPDGQR
GDEGEADNGRVLDCLKDAVLKKLITMEKNRKCFKQISHVIEEDMVDIHADVRLYSACSLD
LVRLCGDVPLGEGKKLECLLAFQKDKTHKLSEKCDEQLKTRFKLWSSMSQIIQPPINLQE
VFDAMTSSPSSHYFLFVFVAAVLVIFIFGLCFGRVTKRVRREMKNR
NT seq 3381 nt   +upstreamnt  +downstreamnt
atgaataaaaatcccgaagatccgtacaatttaaatctggcaaaaagtctagagtgtgca
ggtgacgttggcagaatttgtggcagacattttgcctgggacaatttccaagttatcagc
tgcctgcaaaatggctacagggataatgagatcagtgaaccatgccagcatttaatttgg
aactacaaaagaaacatgactgttgatcctgtctacgagaagatggttcaaaacatgtgc
caaactatgattgctcaaatcccagaatgcaaaagtctgacaaacacgaaaggtcacctg
atcccttgcctaattggctacctggacaactctagcctcacaactccccactgccaaagt
tttctcagcaggttgaagccagtggtctttggagactatcgaataatttataagttcagt
gagtcatgccaggctgatatcactaggctgaagtgtggcagggtcgaaggtcaacaggaa
gaggatgcttaccacaaccaaggaaacacgttaacttgtctggagaagaagctgtcagat
ttgcagccgaactgtcgcgacgagctgctgagagtggctgagctgcaagccgacgattat
cataacgacaggtggcagttatacttcgcctgtcgcaatgacagagagcgtttgtgtggc
gacgtgcagtcgggccagggcagagtctacgaatgcctctttaagaaaaaaatgtcgcca
gacatgtctgaaaaatgtagagacatgttgatcttgaggcagaggttacagcaagaggac
tacaaggtcaatctgaggctcgcccagtcttgccaggaggaggtcgtggagaataactgt
atgaggcatattgataggatcgcgaggttcccgaacgcccgcatgtcggccattttgttg
tgtctggaagccgggatgaaggaaggtcgccaggtcaaggctgaatgtaggatggagttg
aaggaggttcggaggagtatgatggaggactacaggatcagtccgagcatcgtcgttggc
tgctccaatgaaatcgagcagaagtgtggaggcagtctacgacgggacggtggtaccata
cactgcctgatggatctggccaggccccagaaagttaacggggttttctccattcaagtc
tcgtctacatatctgatgttacaagtggatatcggtgaaagttacgacgtcgatcccatc
ttgaagcgagcgtgtcgcgacgttgtggccgtctactgtggcgacttgacgccaggggaa
ggaagggtaatgcagtgtctgatgtcgtcaattgacaaaccccagatgacagaagtgtgt
agggaaagtttgaccgaaatccagtactttatatccagagattttagactggacccacaa
ctctacaaagaatgccacaaggaggcgagcacgatctgtcgggcccccagtgaatggtac
aactctgaaaacgtttttcaccaaccggaaattgcttaccttatctttgcctgcctctac
aggcacattgatagggaagccgacccggaagaaaagaattataagcctctgagccgaaaa
tgtgcaattgaagtcgaacgcgtcatgagggaacgtgccctttctgttaaccttgacccg
atcattgaaggtcaatgtctgaatgatttgtccaagttctgtctagacaagtctgaaaag
tctgaggaaatgaactgtctggaagacaatctcgacaacttatctgaagaatgtcgcaag
gtggtgagtgaatcaatagttgacgtggacaaagatccaagcatcaatggcatcttcctc
agatcctgcgaacccttttggcaaaaacactgccagatgatgacggaagagctggaagat
gagctgatggcatgtctcatcctaaacaagcatcatccggatatgcatgacaagtgcaga
gccggtgtggaacatcaccaactgatgaccttgaaagactacaaattttcacataacttt
gacaaggcctgcagatctaacattaagaaatattgcccccaagtcaggaataaggctgat
gttgtcgactgcttgagcacggtcatgttgactgatacgttcttggaaactaaacacagg
ctggacaaacagtgcagagctcagctgaatttcgagttcttgcaaagaagtgaggatata
ttattggatccaaagttgagagattcttgttccaaagacatcagcacgttttgccagcac
gttgaacacggcgaacagaaagtcattcaatgcctaatggataacttcgaaaagttgtct
caaaagtgccacagggagatgttccgtagaaaagagattgaggcagtaaacccgaagcat
gattatgggttcgtgacgaaatgccagcacatgatccagaaacactgctcggatcagcag
cagaacccacacagcatcatctactgcctactgcagaagatgaacgacgaggacgacgac
gacgacggtggcgatggtggcggcgatcctggcgacggcgagttcgatgaaaagtgcaag
aggactgtggccaagtggagtcatgtcatgggcattgacataagactagatagggagctg
tccgtaagctgttcgccagacatcaggaagcattgccccagcgagttcagcagtctgaag
aatgatagtgaagatggcgggaaagttctggagtgtctgaagaatgtttacgttaagaag
tcggagaaaccacagttgactgccaggtgccaccaccacatacgtaacctcatcaggatg
gaggccaaggatcataggatgaatataccacttgttaagcattgccacgctgagataaag
aacttatgctctgaagaggcaaacttgggaagatcgaatggggagcctgatggccagagg
ggggatgagggggaggctgacaatgggagggtcctggactgtctgaaagatgccgtcctc
aagaagttgatcaccatggaaaagaataggaagtgcttcaagcaaatcagtcacgtgata
gaggaggatatggttgatatccatgctgacgtcaggctctacagcgcttgttccctggat
ctcgtcagactctgtggggacgttcctctgggggaggggaagaagttggagtgcttgctg
gcttttcagaaggataagactcacaagctgtccgaaaaatgcgacgaacaactcaagacg
aggttcaaactctggagctccatgtctcagatcatccagccgccgatcaatctgcaagag
gtcttcgacgcgatgacgtcatcaccttcctcccactacttcctgttcgtcttcgtggca
gccgtactcgtcatcttcatattcgggctctgctttggcagggtcaccaagagggtgaga
agggagatgaagaacagataa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (114)   
   KEGG ORTHOLOGY (1)   
   RefGene (109)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (120)   

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