KEGG   Maylandia zebra (zebra mbuna): 101486209
Entry
101486209         CDS       T02814                                 
Name
(RefSeq) uncharacterized protein LOC101486209
  KO
K01330  complement component 1, r subcomponent [EC:3.4.21.41]
Organism
mze  Maylandia zebra (zebra mbuna)
Pathway
mze04145  Phagosome
Brite
KEGG Orthology (KO) [BR:mze00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04145 Phagosome
    101486209
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:mze01002]
    101486209
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:mze04131]
    101486209
Enzymes [BR:mze01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.21  Serine endopeptidases
    3.4.21.41  complement subcomponent C_overbar_1r_
     101486209
Peptidases and inhibitors [BR:mze01002]
 Serine peptidases
  Family S1: chymotrypsin family
   101486209
Membrane trafficking [BR:mze04131]
 Endocytosis
  Phagocytosis
   Opsonins
    101486209
SSDB
Motif
Pfam: Trypsin CUB Sushi FXa_inhibition EGF_CA cEGF EGF EGF_3 DUF61 HRM Plasmod_Pvs28 EGF_MSP1_1
Other DBs
NCBI-GeneID: 101486209
NCBI-ProteinID: XP_023009602
Position
LG11:complement(19047278..19060479)
AA seq 1391 aa
MFYLNVRHLLSQQPTSSLMDTVNWKMRWVSCIIWFLYVSVCECSPLPEPEPQMYGKVQSP
LYPQPYPPNLQEQWDLVVPEGYQIRLTFTHLDIEASANCYYDSLTVFYKEKALWKFCGSE
NSADGHHPGNEPILSPGNSLTLIFQSDSNNPEAHQNLGFSAQYHAIDIDECSAPEPGDGS
GPLCSQICLNTLGSYLCSCHHGYELRSDQRTCVLSCGGGIFDEPEGHLFSPGYPNHPPHA
VSCQYVISVQEGFTITLNFTDNFHIESMDSPEGPQCLHHWLELTVRDEQPTKLCGKTSPG
PIVTNSNMVKLEYHIDDEGQSNGWSLDYSTHRVKCPSPGSVAKGRVTPNLSEYLFRDYIY
VRCDQGYKLMMNGREMESFSSICQSNGQWHLPLPECHIIDCGEPDPLLNGGVAFLSGFQN
QYLSVIQYRCNEPFYSLLGDANVNFTCDADRKWRSTHEVIDSPLCLPVCGQPTNHINVYQ
RIFGGQDAPDNTIPWQVLLSVSGNRGGGMVIGDRWIMTAAHNVVNKGVMVANETLRIFMG
LNEVKALEKSPLFAASIHVHPEYNNPNYVDYNNDIALIKLNVTLTFDSSVMPVCLPEPGA
TYDTGVMGLVSGFGVTNENNRRIITNQLKYVYLPVVDEQTCRDSVTSARRGRDNIPDLTN
NMFCAGLPEGGKDSCQGDSGGPFTLTKDGRHWAAGIVSWGVECGGKGTYGVYTRVANYLN
WIKKTMQENLIIFCVTVMVHSSLRHLFWKYNQHQSFTNMGWTHCIIWFLWFSVSECQQLS
TTEPEMHGQIQSPQYPRPYPPHLQKQWDLWVPRGYQIQLSLTHLDIKVSADCSQDSLTFF
YDEKVLGKFCGQGNSTDHHGDETILSPGNKLTLVFQTSDSTPEHQQHTGFSATYKAIDID
ECSKTDPGLDSGPLCSQICINTAGSYHCSCHSGYKLHLDQRTCLLSCGGCVFDKHEGHLS
SPGYPKPSPPFLSCKYIISVEPRFIVTLNFRDNFHIDNKDNQHGSSCQGHFLQVTIPGRL
AMKFCGTKSPGLIVTNSSTVRLDYHTEEEGLSNGWSLQYSTHEVKCPHPGSVTKGRITPD
LNEYFSGDSIHVTCDQEYKLMMGQQEIKTFSAMCQSDGQWQLPLPTCIAVCGQPTNHINV
YQRIFGGQDAPDNTIPWQVLLSVSGNRGGGMVIGDRWIMTAAHYVVNRGVVVSNETLRIF
MGLNEVKALEKSPLFAASIHVHPEYNNPNYVDYNNDIALIKLEDTLTFNSSVMPVCLPEP
GATYDTGVMGLVSGFGVTNENNRRILTNQLKYVYLPVVDQQTCRDSISLARRRRYNIPDL
TNNMFCAGLPEGGKDSCQGDAGGPFTLTKDGRQWAAGIVSWGVECGRKGTYGVYTRVANY
LNWIQKTMQEN
NT seq 4176 nt   +upstreamnt  +downstreamnt
atgttttacttgaatgtgagacatttgctctcgcagcagccgaccagttcactcatggat
acggttaattggaaaatgcgctgggtctcttgtatcatctggtttctgtatgtctcagtg
tgtgagtgctcacctctgccagaaccagagcctcaaatgtacgggaaggtccaatctcct
ctgtaccctcagccttaccctcccaacctgcaggagcagtgggacctcgttgtccctgag
ggctaccagattcgactcaccttcacacatttggatattgaagcttctgcgaactgctac
tacgactcacttacagttttctacaaagagaaggccctctggaaattttgtggcagtgag
aattctgctgatgggcatcacccaggcaacgagcccatcttgtctccaggaaacagtctc
accctcatctttcaatcagacagcaacaacccggaggcccaccagaatctgggcttctct
gcccagtaccatgcaatagacatagatgaatgttctgcaccagagcctggagatggctca
gggccactctgctctcagatctgcctcaacactcttggctcatatctctgctcctgtcat
catggctatgaacttcgctctgatcagcgcacctgtgtgttatcctgtggcggtggtata
tttgatgaaccagaggggcatctgttcagtccgggatatcctaatcacccacctcatgct
gtgtcctgtcagtatgtcatttctgtacaagagggcttcactattactctaaactttact
gacaacttccacattgagagcatggacagcccagagggcccgcaatgtctccatcactgg
ttggagttgactgtcagagacgaacagcccacaaagctatgtggcaaaacgagcccagga
ccgatagtcacaaactcaaacatggtcaagctggaataccacattgatgatgaaggacag
agcaatggctggagcctcgactacagcacacacagggtgaagtgtccatcacctggaagt
gtagctaaaggcagggtcactcctaatttgagtgaatatctcttcagagattacatctat
gtacgctgcgatcaaggatacaagctgatgatgaatggtcgggagatggagagtttctct
tccatttgccaaagcaatgggcagtggcaccttcctctgccagaatgccacataattgat
tgcggagaacctgaccccttgctgaatggaggcgtggccttcctttctgggtttcagaat
cagtatctttctgttattcagtatcgctgcaatgaaccattttactctctccttggggat
gcaaacgttaacttcacatgtgatgcagacaggaaatggagatcaacccatgaagttatt
gacagtccactttgtttaccagtttgtggtcagccaacaaatcacatcaatgtgtatcag
aggatctttggaggccaggatgctccagataatacaatcccctggcaagtgctactgagt
gtaagtggaaacaggggaggaggcatggtgattggagaccggtggattatgacagcagct
cataatgtagtaaataagggagtgatggtagcaaatgaaactctacggattttcatggga
cttaatgaggtaaaagccctcgagaaatctcctctgtttgctgcctcaatccatgttcac
cctgagtacaacaaccccaactatgtagactacaacaatgacattgccctgatcaaactg
aatgtcacactcacattcgactcatctgtaatgccagtgtgtttgccagaaccgggagcc
acatatgatactggtgtgatggggctggtgtctggctttggtgttacaaacgagaataat
cgtcgcattataacaaatcaactgaagtatgtttatctcccagtggtggacgagcagaca
tgcagggattcagtcacttcggcaaggagaggacgtgacaacataccagacttaacaaat
aacatgttttgtgctggactccctgaaggtgggaaggactcttgccagggtgactctggg
ggccccttcactctgactaaagatgggcgacactgggctgctgggattgtcagctggggg
gttgagtgtggaggaaagggcacatatggagtctataccagagtcgctaattacctgaac
tggatcaagaagaccatgcaggagaacctaatcatcttctgtgtgacagtcatggttcat
tccagtctgagacatctcttctggaagtacaatcaacaccagagctttacaaacatgggc
tggacccactgcatcatttggtttctgtggttttcagtgagcgagtgccagcagctgtcc
accactgagcctgaaatgcacggacaaatccagtctccccaatatccgcgaccttatcct
ccccacctgcaaaagcaatgggacctctgggttcccaggggttaccagatccagctgtct
ttaacacatctggatattaaagtttctgcagactgcagtcaagactctctcacatttttc
tacgatgaaaaggttttgggaaagttttgtggccagggaaactctactgatcaccatggt
gacgagacgatcctttctccaggcaacaaactgactctcgtattccaaacaagtgactct
acaccagagcatcaacaacatactggtttttctgccacgtataaggcaatagacatagac
gagtgttccaaaacagacccaggactggattcaggtccgctttgctctcaaatctgtatc
aacactgctgggtcctaccactgctcctgccacagtggttacaagcttcatttagaccag
cgcacatgtctgttgtcctgtggtgggtgtgtttttgacaagcatgaaggacatctgtcc
agtccagggtatcctaaaccctcacccccttttctctcctgcaagtacatcatctctgtg
gagcccagattcatcgtgacgctcaacttcagagacaattttcacattgataataaagat
aatcagcatggttcaagctgccaaggtcactttttacaggtgaccattccaggcagatta
gctatgaaattttgtggaacaaagagtcctggtctgatagttacaaactcaagtacagtc
aggctggactaccacactgaggaggaaggtctgagcaacggctggagcctgcaatatagc
acacatgaggtgaaatgtccacacccagggagtgtgacaaaaggcaggatcactcctgat
ttaaatgaatactttagtggagactcgatccatgtcacttgtgaccaagaatacaagttg
atgatgggacaacaagagattaagacattctcagccatgtgtcaaagcgacgggcagtgg
caactccctctcccaacctgcatagcagtttgtggtcagccaacaaatcacatcaatgtg
tatcagaggatctttggaggccaggatgctccagataatacaatcccctggcaagtgcta
ctgagtgtaagtggaaacaggggaggaggcatggtgattggagaccggtggattatgaca
gcagctcattatgtagtaaataggggagtggtggtatcaaatgaaactctacggattttc
atgggacttaatgaggtaaaagccctcgagaaatctcctctgtttgctgcctcaatccat
gttcaccctgagtacaacaaccccaactatgtagactacaacaatgacattgccctgatc
aaactggaagacacactcacattcaactcatctgtaatgccagtgtgtttgccagaaccg
ggagccacatatgatactggtgtgatggggctggtgtctggctttggtgttacaaacgag
aataatcgtcgcattctaacaaatcaactgaagtatgtttatctcccagtggtggaccag
cagacatgcagggattcaatcagtttagcaaggagaagacgttacaacataccagactta
acaaataacatgttttgtgctggactccctgaaggtgggaaggactcttgccagggtgac
gctgggggccccttcactctgactaaagatgggcgacaatgggctgctgggattgtcagc
tggggggttgagtgtggaagaaagggcacatatggagtctataccagagtcgctaattac
ctgaactggatccagaagaccatgcaggagaactaa

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Ontology (4)   
   KEGG BRITE (4)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (65)   
   KEGG ORTHOLOGY (1)   
   RefGene (61)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (12)   
   Pfam (12)   
All databases (86)   

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