KEGG T00189: CAALFM

Candida albicans: CAALFM_C503140CA

Entry

CAALFM_C503140CA  CDS       T00189

Symbol

CaO19.4346

Name

(RefSeq) hypothetical protein

K20353

COPII coat assembly protein SEC16

Organism

cal Candida albicans

Brite

KEGG Orthology (KO) [BR:cal00001]
09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:cal04131]
    CAALFM_C503140CA (CaO19.4346)
Membrane trafficking [BR:cal04131]
Endoplasmic reticulum (ER) - Golgi transport
  Forward pathways
   Coat protein complex II (COP-II)
    CAALFM_C503140CA (CaO19.4346)

SSDB

Motif

Pfam:

TPR_Sec16 Sec16 Nup84_Nup100 Sec16_N

Other DBs

NCBI-GeneID:

3637798

NCBI-ProteinID:

XP_720651

UniProt:

A0A1D8PNM2

Position

5:complement(<699595..>705870)

AA seq 2091 aa
MSELSNDNIVESQELSSPVTREEPVANDSNDLFGGDDQSTSNQQDDFFSNIQQPDQPDQP
IIETNEELETVHKSTDVELPQEIPLEQEQIPQQPQQQENVIDDLFGTSNNDDDFFSNHNQ
DGLNSAEIETEENVEVPLQPDFEQNQDLESEKATISIDKKDEDPVLESLTTESDILDNDH
ESTSEAPGISTESEVFEEEAVVEEVQSTAEDSPVDATQPSELGPLSTEQINLVDEPEAGA
PNTEESQTESKLDQFFTESNEGDFFENIARDNVEQEVSNPSKTEADQKLEDLFAGADNEN
GEDLDFLQQPQHNVAEVNSEAAVATESINLDLFGEDDTDFLDELNSKKQQQQEEEVGPSS
TSTTNPEDKLAALDLDDDLLLDDDFLEEGSVQPKVESSLPENKPVKHHHSYIPSGPSANQ
KSVYAPPQVSGVNKNDFIKNLEQSKKKHDAYDFPDTLLVNKSRPAARHAPSSNKYGPPSV
SQTSIPSISSTSSLPPARDVKSSSSAPPAAAPPTGTSTSKVAKKSFFEDFPDDEEIPKPK
RAGRAAAPVKAVNQIHSPQVLNQQVQQQQQQQQSQQNAPPAPPPSKVNKQPPVNPYMPKS
GTSPILQQQTPAVHKSGIAAPNVNVPHANNYAPPLNSFAFPPRQPNQKTNDYSPQLQSSP
APPPPPTSLQPFPSIGQSQSAPVYHNRQPSNSINTNVNKVPSINSPYVPNAGPYAPSTHQ
RSHSRASSLVGGKGKEVNPYAPALETVASGDINQIQQQQQQQQHLSPATAVLPPARARGF
SNAKSNIYKSAPKVVNPEQLVFRQYPIFSFSINSNCSVIIPNTGYNQGTSINIGPISNLL
KDKDLYATFPGPLSKSKSKKKDVEKWLESSSGYLRSLGKNDELVLNDILLHLIKHDGDVK
NQEFLRSACSILNPNVNFDVNNLPTSGLAIGATNAHKLDNSGINTVFTLIQSGNLEKALE
YCVSRGDWALALIISGPENFNKIAAEYARNTFPFAKTNNKVLHIMPIILKVLGGNVSSVI
EDLTAVPNEGEYANLHWREIISTIAICGSLKATEFLIEFGKFLNQQGNFIGSEIAYIMAG
LPFGHQNFMMLASGHNSMYTEVYEYALNLHKAMHFPHLLSLKLKHALTLADYGLINESQR
YIDHINSSIKTLGNKSPFVTPNLLHEFQNLIMRITEVGSGDDQNNWFSGKISRVNLDKIW
GQIDKFIVGGDESKNGNNNDGNGTGNGSGSVFNKFSPSVSRNASSVNLHNYAQPSMIRQP
SLLPYQPQQQPQPQQQLLDQVHIERKPTTGFAPQPPPLVGHPSTTSVNKYSPSIKSSPRQ
AQQNKFEKYAPSNNSSHHNLSLVEERSAVTSADGPEYPHHQHQQSINASAVPVPLPPPTP
PVSMPQHVSRSPRSHQSHQPPTLPPSHSHHVQQPSRDRSPLATRIYPYSNSVGGQISTTS
VGSIPSQIPLGRQTHGKQPSISSVISGDSIAAVGLGEQENILPPSTGQTGKTATSEVNRN
EEGYGFGGHYHHDQPETITESPELRGLQQPQSSEAEISKDISNDVALDSAKIPEASQEPE
EETDESGNVAAAPPPPPVAPVAPPRKTKSSRSNPYAPSTDIGATSNAPSAVGQTLGGKPS
MRKSGSRTNRYGPPPGVGNKQPTIDVSPPSATNNTGNEDSISMFSYGGYQNESSPPLKQP
SQFDQTAVASAPAPPPLQPQLAVPERVPTKNVANIDDSFDENSLAADTSTTYNNNMVNKP
YGSSPMGPTVATNGPGSVTSTPLILNQGSANMKLSNLSTISVTGTGTGTGTGGAFDGFPI
PGSPDETTRPNSIFGGHTRGLFSSRLSESQSVLYQQYAIADDTVGDYIPIMEEDDEDDED
EQAKQQKQKEKEAQEQELKRKQEQQQQKAAAKNNNNSGGGGGKFFSLFGGGGNNKKQDND
AKVYKAHLGQKNTFVYDEKLKRWIDKSKPLEEQLQANLPPPPPPSMKKKPNPVSTTTNSN
NSSGPPPMVTPNPTPIPGGDLSTTTTGGISTPIPASAPPSRMSKDTTKPTPSINRPKSSL
ATASGLDDLLSLTDNNPPPNGRSRGVGGGATPGGSRRNKPKRRGYVNVMEK

NT seq 6276 nt +upstreamnt +downstreamnt
atgtcagaattaagcaatgataatatcgtcgaaagccaggaactatcactgccggtaacc
agggaggagccagtggctaatgatagcaatgatttgtttggtggagacgatcaaagtaca
tctaatcaacaagacgattttttctccaacatacagcaaccagatcaaccagatcaacca
attattgagaccaatgaagaacttgaaactgtgcataagtcaaccgatgtggaattacca
caagaaataccactcgaacaagagcagattccgcagcaaccacaacaacaagaaaatgtg
attgatgatttgtttggtaccagtaacaatgatgatgattttttcagtaatcacaatcaa
gacggtctaaacagtgctgaaatagaaacagaagagaacgtggaggtgcctttacaacct
gattttgagcaaaatcaagatttagaatccgagaaggcaacaatctcaattgacaaaaaa
gacgaagatcctgttcttgaaagtctaaccactgaatcagatattcttgacaatgatcat
gaatcaacgagtgaagctcctggtatctcaactgaactggaagtctttgaagaagaagca
gtagtggaggaagtgcaatcaactgcagaagattcgcctgtggatgccactcaaccatca
gagcttggacctttatcaacagaacagattaatcttgttgatgaaccagaagctggtgct
ccaaatactgaagaatcgcaaacagaatccaaattagatcaattctttactgagtcaaat
gaaggagatttctttgaaaacattgccagggataatgtagaacaagaagtatccaatcca
tcaaagacagaggcggatcaaaaactcgaagatcttttcgccggtgctgataacgaaaat
ggcgaggatcttgattttcttcaacaaccacagcataatgttgcagaggtaaattctgaa
gctgccgtagctaccgaatcaatcaatttagatttatttggtgaggatgatacagatttc
cttgatgaattaaactccaaaaaacaacaacaacaggaagaagaagtgggaccatcatca
acttcaactacaaatcctgaggacaaattagcagcattagatttagatgacgatttatta
ttagatgatgattttttggaagaaggttctgtacaacctaaagtagagagttctttacca
gaaaataagccagtgaaacaccatcattcttacattcctagcggtccttctgccaatcaa
aagtctgtatatgcaccaccacaagtttctggagttaataagaatgattttattaaaaat
ttagaacaatctaaaaaaaaacacgatgcatacgatttcccagatacattattggtaaac
aaatcaagaccagctgctagacatgcaccttcatcaaacaagtatggtccaccatctgta
tcacaaacgagtatcccatctatctcatcaacaagtagtttaccacctgcaagagatgta
aaatctagctcactggcacctcctgcagcagcacctccaactggtacaagcacttcaaaa
gttgccaagaaatcatttttcgaggactttccagatgacgaagaaattcctaaacctaaa
cgtgcaggcagagcagctgcaccagttaaggcagtgaatcaaattcactcaccacaagtt
ttgaatcagcaggtgcaacaacaacaacagcagcagcagagtcaacagaatgcaccacca
gcaccaccaccgtcaaaggtaaacaaacaaccacctgtcaatccatatatgccaaaatct
ggcacatcgccaatcttacaacaacaaacccctgctgttcataaaagtggtattgcagca
ccaaatgtgaatgttccacatgcaaacaattatgctccaccattgaattcatttgcattt
ccaccacgtcaaccaaatcaaaagactaacgattactccccacaattacagtcttctccg
gctccaccaccaccacctactagtttgcaaccatttcctctgattggtcagtcacaatct
gccccagtttaccacaatcgacaaccttccaactcaattaacactaatgtgaataaagtg
ccatctattaacagtccatatgttcctaatgctggtccttatgctccactgacacatcag
agatctcattcaagagcaagttcattggttggaggtaaaggcaaagaggtcaatccttat
gcccctgcattggagacagtggcaagtggcgatattaatcagatccaacagcagcagcag
cagcaacaacatctttcaccagcaactgcggttctcccaccagccagagctcgtggattt
tccaacgcaaaaagcaacatctataagtctgcgccaaaagttgtcaatccggaacaattg
gttttcagacaatacccaattttcagttttagtatcaattccaattgttcagtcataatt
ccaaacactgggtataaccagggaacaagtattaacattggaccaatctctaatttattg
aaagataaagatttgtatgccactttccctggtcctttatccaagagtaaatctaaaaag
aaagatgttgaaaaatggttggaactgtcatcagggtatttacgcagtttagggaaaaat
gatgaacttgtgttaaatgatattttgttgcatttgatcaaacatgatggtgatgtgaaa
aatcaagaattcttaagatcagcatgtctgattctcaatcctaatgtcaattttgatgtt
aataatcttccaacttctggattagccattggagctactaatgctcataaattggacaat
tccggtatcaacactgtattcactttgattcaatcaggtaatttggaaaaggcattagaa
tattgtgtgtctcgtggtgattgggcattagcattaattattagtggtcctgaaaatttc
aataagattgctgctgaatacgctagaaatacattcccatttgctaaaacgaacaataaa
gtgttacatattatgcccataattttgaaagttcttggtggtaatgtttctagtgttatt
gaagatttgactgcagttccaaatgaaggagaatatgcaaatttgcattggagagaaatc
atttctacaattgcaatttgtggatcattaaaggcaactgaatttttgattgaatttggg
aaatttttgaaccaacaaggtaattttattggtagtgaaattgcttacatcatggctgga
ttaccttttggccatcagaactttatgatgttggcttctggtcataattccatgtacact
gaagtttatgaatatgctttgaatttacacaaggcaatgcatttcccacacttgttgtcc
ttaaagttgaaacatgcattgactttagctgattatggattgatcaatgaatcacagaga
tatattgatcatattaattctagtatcaagacattgggtaacaaatcaccttttgtcacg
cctaatttgcttcatgagtttcagaatttgattatgagaatcactgaagttggatctggg
gatgatcaaaacaactggttttccggtaagattagtcgagtcaatcttgataagatctgg
ggacaaattgataaatttattgttggtggagatgaactgaaaaatggtaacaataacgat
ggtaatggaactggcaatggaagtggtagtgttttcaataaatttagtccttccgtgtcg
agaaatgcatcaagtgtgaatttacacaattatgcacaaccttcaatgattaggcaacca
tcacttttaccatatcaaccacaacaacaaccgcaaccgcaacaacaattattggatcaa
gttcacattgaaagaaaacctacaactggattcgctccgcaaccaccaccattagttggt
catccatcaacgacatcagttaataaatattctccaagtattaaatcgagtcctcgtcaa
gcacaacagaataagtttgaaaaatatgccccaagcaacaattcatctcatcataatctt
agtcttgttgaagaaaggtcagctgttactagtgctgatggtcctgaataccctcaccac
caacaccaacagagtatcaatgcgtcagcagttcccgtgccacttccaccaccaacacca
ccggtaagcatgccacaacatgtatctaggtctccacgtagccatcaactgcaccaacca
ccaacattaccaccactgcattcacatcatgttcaacaaccatctagagatcggtcacca
ttagcgacacgaatctacccttatagcaatagtgttggcggacaaatttctactacgtca
gtgggttctattcctagtcaaataccacttggtcgacagactcatgggaaacaaccttct
atttcaagtgtaatttctggagatagtattgcagcagttggtttaggagaacaagagaat
attttaccaccatccactggacaaacagggaaaacagctacaagtgaagtgaatagaaat
gaagaaggttatggatttgggggtcactatcatcatgatcaacctgaaactataactgaa
tctccagaattaagaggattacaacaaccacagtccagtgaagcagaaattagtaaagac
atttcaaatgatgtagcattggatagtgctaagataccagaagcttcacaggaaccagaa
gaagaaacggacgaatcaggtaatgtggcagctgctccaccacctccaccagttgctcca
gttgcacctcctagaaaaacaaaatcttctagatctaatccatatgctccatctacagat
attggtgctaccagtaatgcaccgtcagctgtggggcaaacacttggtgggaaaccaagt
atgagaaaatcgggatcaagaactaacagatatggaccaccaccaggagttggtaataaa
caaccaactattgatgtttcaccaccttctgctactaataatactggtaatgaagattcc
attagtatgttttcctatggtggctatcaaaatgagtctagtcctccactcaagcaaccg
tcacaatttgatcagactgcagttgcatctgcacctgccccacctccattacaaccacaa
ttggcggttccagaaagagttccaactaaaaatgttgccaatattgatgatagttttgat
gaaaatagtttagcagctgatacatcaacaacttacaataataatatggtaaataaacca
tatggactgtcaccaatgggaccaactgttgcaactaatggacctggatcagttactctg
acacctttgattttaaatcaaggttctgcaaatatgaaattatcaaatctcagtactatt
agtgtcactggaaccggaaccggaactgggactggtggagcattcgatggatttcctata
ccaggatcacctgatgaaactactcgaccaaattctatatttggtggtcatactagagga
ttattttcttcaagattatcagaatcacaaagtgtattatatcaacaatatgcaattgct
gatgatacagttggtgattatattcctattatggaagaagatgatgaagatgatgaagat
gaacaagctaagcaacagaaacaaaaagaaaaagaggcacaagaacaagaattgaagaga
aagcaggaacaacaacaacaaaaagctgcagcaaagaataacaacaatagtggcggtggt
ggtggcaaattctttagcttattcggtggtggtggtaataataagaaacaagataatgat
gctaaagtttataaagctcatttaggacaaaagaatacttttgtttatgatgaaaaattg
aaacgttggatagataaaagtaaaccgttagaagaacaattacaagctaatcttccacct
ccaccacctccatcaatgaagaaaaaacccaatcctgtctcaactactacaaacagcaat
aatagtagtggaccaccaccaatggttacacctaatccaactccaattccaggaggtgat
ttgtctacgactacaacagggggaatatcaactcctattccagcatcagctccaccatca
agaatgagtaaagatactactaaaccaacaccatcaataaatagaccaaagagtagttta
gctacagcttctggattagatgatttattatcactaacagataataatccaccaccaaat
ggtagatcaagaggtgttggtggcggtgctacaccaggaggaagtagaagaaataaacct
aaacgtcgtggatatgtgaatgttatggagaaataa

All links

Gene (3)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (10)   

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