Gene

KWMTBOMO15892  Validated by peptides from experiments

Pre Gene Modal

BGIBMGA013342

Annotation

apolipophorin_precursor_protein_[Bombyx_mori]

Location

Bomo_Chr27(-):746273-791951      View in EpiBrowser

Full name

Apolipophorins       + More
Vitellogenin      
Apolipoprotein B-100      

Alternative Name

Retinoid- and fatty acid-binding glycoprotein

Location in the cell

Cytoplasmic   Reliability : 1.793 Nuclear   Reliability : 1.658

CDS

ATGCTCGTTGGCGTGCAAAGGATCACCTGCCGGCCCAACCTTTCAAGCTGGGCAGACGAGACCGGCGTCAAGCTTTTAGGTCAGGTTTCAGTGACAGCACTGGATAACTGCAACTACCAGTTGGATGTGCAAAAGCTGAGCATCTCTGGGCCTGATGGAAAGAAATACGAGAGCCCATCCGGTATCAAAAAACCGGTCAAGTTCGGTTACCAAGACGGCAAGATCCAGCCACAGATCTGCGCGGAGGAAGACGACACACGCCAATCGTTGAACATTAAAAGAGCCATCATCTCGTTGCTGCAGAATGAACAAAAACCATCAACACAGGTGGACGTGTTTGGGATTTGTCCGACTGAAGTGTCGACCTCACACGAAGGCGGAGCAGTTATTGTGCACCGCAGCCGCGACCTGTCCCGGTGCTCCCATCGAGAACAGGGCAAATCTGACATCATCATTTCCAACGTCAATCCTAATGCCGGCGTTAAGGATATGCAAGTCCTTCAGTCGACGCTGAACGTAGAGTCCAAGGTTATTAACGGTGTACCAGAGAAGGTGGCCGCCACTGAAGAATATCTTTACAAGCCTTTCTCCATTGGAGAGAACGGAGCTAGAGCTAAAGTTCACACCAAGTTAACTTTAACTGGCAAAGGAAAAGCTGTCGCTCCTTCGAGCAAATGCACTGACGTTAACAGCATTATCTTCGAGAACCCTCACAGTGGAGAGAAAGTCCCTAAGAACGACCACGCTTGTCTCGGAGCAGTTAAAGAAGTTGCCAAGAGTGTTACCAATAACGTCGGAGCAAACTCAGCATCGAGTTTTGCTCAATTAGTCAGAATCTTGCGTAGAACCGAAAAGGAAGATCTGGTGAAAGTTTTCAACCAAGTCAAAGGGAATACTTTAGAAAAACGCGTGTTCCTTGATGCCCTACTCCGCGCTGGTACCGGCGATAGCATCGAAGCATCCATCCTGATTCTAAAGACTAGACAACTGTCGCAACTAGAACAGCAGCTGGTCTTCTTGTCTCTCGGGAACGCAAGACACGTCAACAACGATGCCCTAAAAGCTGCTGCGGGTCTTTTGGATCTACCGAACTTACCAAAAGACGTCTACCTTGGTGCTGGAGCTCTCGCTGGTGCGTACTGCCGTGAACATGAATGCCATAGCTCGAAGGCTGACGGAGTAGTGGCTATTAGCCAGAAATTCGGCTCCAAACTCCACTGCAAGCCTAAGAGTAAAACAGAAGAAGATACAGTCGTGGCCGTGCTTAAAGGTATCCGCAATATTAGACACTTGGAGAATTCTTTGATTGAGAAGCTGGTACGGTGTGTCAATGACAACAATGTCAAACCAAGGATTCGGGCTGCGGTCCTCGAAGCGTTCCATGCTGACCCTTGCAGTCCAAAGGTCAAGAAAATTTCTCTGGACATTTTGAAGAACCGTCAACTCGACTCAGAGATTCGTATCAAGGCTTATTTGGCTGTGATCGAATGTCCTTGCGGCCATTCAGCTAACGAGATCAAGAACTTGCTTGACAACGAGCCGGTCCACCAAGTTGGCAATTTTATTTCGTCGTCACTCCGTCACATCAGATCCTCGGCTAATCCTGACAAACGCCTTGCGCGCGAGCACTACGGTCTCATCCGTACTCCAAAGAAGTTCAACTCTGATGACAGAAAGTACTCCTTCTACCGGGAGATGTCGTATAACATAGACGCTCTTGGTGCCGGTGGAAGCGTCGACGAAACAGTAATATACTCCCAAGACTCGTACCTACCAAGATCAGTCAACTTTAACTTAACAGTTTCGTTATTCGGTCACGACTTCAATGTCTTGGAGTTTGGAGGTCGCCAAGGTAACTTGGACCGCGTTCTTGAACATTTCTTGGGTCCCAAGAGCTTCCTGCGTACGGAAAGCCCTCAAGCTATTTACGATAGTCTGGTCAAGAGGTTCGAAGAAGCTAAGAAGAAGGTGGAAGATGGACTAACGAGAGGACGTAGATCTGTCAAGACGGAAATTGATTCGTTTGACAAAAATCTCAAAGCGGAAGCAGCTCCATACAACAATGAGTTGGATCTGGACATTTTCGTGAAACTGTTCGGTACTGACGCCGTCTTCTTATCCTTCGGTGACGACAAAGGATTCGACTTCAATAAGATCCTGGATGATATCCTTGGCACGTGTAGCAGTGGTATTAGCAAGCTAAAGCATTTCCAGACTGATTTCCGGACTCATCTCTTATTCCTCGACGCTGAACTAGCATACCCAACTTCAACTGGTCTTCCTCTCCACCTCAACTTGGTTGGTTCGGCCACTGCCAAATTAGATCTGGCCACTAACATCGATGTACGTCAAATCATATACTCCCCACAAAACGCCAAAATTGACGTCAAATTCATTCCTAGCACTGACCTAGAGATCGCAGGAGCGTTTTTGGTAGACGCTTACGCTGTCACTACTGGACTAAAAGTTTCGACTACATTGCGTTCTTCAACCGGGGTCCATGTCATAGCAAAAATTTTGGAAAATGGTCGTGGATTCGATTTGCAACTGGCCCTGCCTGTCGACAAGCAAGAGCTTCTAGTTGCCTCCAACGATCTGCTTTACGTAACCGCCGAGAGGGGACAGAACGAGAAATATGTTCCTATTAAAATAGGAACAGCCCCGAAGGAATATCCAGCCTGTTTCGATCAACTTTCAAGCGTTCTTGGACTCACACTTTGCACTGAATTCACAACACCATTCGCTATTTCAAAAGACACACGAGGGCCTAGCGACGACTCCATCGCGCAGTTCCTGGCTCGGTTCCCGCTTTCCGGTTCTGCTAAGGTTAAGGTGGTCTTAGAGAAGAATGATCTTCGTGGATATCACATCAAGGGTGTCGTAAGAGAAGACAAAGGCGCTGGTAAACGCAGCTTCGAATTGCTTTTCGATGCCGAAGGATCTCGAAATCGTCGCACACAATTAACCGGAGAGGTAGTCTACAACGACCACGAGGTTGGCCTGCAAATAGCTCTAGACTCACCAATTAAGGTCCTGCATGCTCAAATCTCGGCTTACAACAAGCCCAACGAGATGGTCGCCTTAGTTAAGGCCAAAATCGATAATCTGGAGTACTACGCTAAGGCCGGATTCGCTGTTCAAGGCAATGCCCAACGCAGCATCTACAAACCAATTTTAGAGTACCAATTGGCAGAAGATGGAGGTAAAAAGCATGAGATCAAAGTTGATGGTCAAATGGTCAAGGAATCCAACGGGCAAATCACTCGGTACAGCTTAGAAGGAGTACAGATTAATCTACCGAATACTGAGGAGCCTTTACAGATAACTGGTCATGCAGCCAACCAGCCTCAGACAAGGGAATTCGACTTTGATGTAGCTGTTAAGAATTTCGCGTCTCTCAAAGGTGGAGTTAAGGGAACTAATATCAATCTGGAGTTTGAGAACAAACTAAATCCCGTCATCAACTTCAAGCTCAAAGGAATTTTCGAGTTTACCGATACGATTCACAACGAAATTGACTTGCAATACGGACCAAACTTTAAAGACCCCAACTCGAGGATATTCTTATCTCAGCTGCTGAAGTACCACATTAAATCAGCTGAAGACTTCAATATTATCACCAAAAATAAGTTTGAAATCCGCGCTATTCCATTCAAAATTGTAGCCGAAGCAGATATAGACCCTAAAAAGGTGATTGTGGAAATAGGGGGACAAGTCGAGCAGCGAAGCGCTGCGTTTGAACTTGAAGCTAGAACTCAAATAGAGAAACCAGGAGATTACAGTGTAAAAATTAAAGGAAATGTCGACAAATTCTGTGTCGAGGTTTTAGCCAAAAGAAATATACTAAATGCTGATAAATCCAACCTAGAAAACTACGTTGATATCAAAGGTTATGGAAGATACGAACTGTCCGGTGTGCTTTTACATAAGAATAAACCAAACGATGTGAATCTTGGAGCTATAGGTCACCTCAAAATCAGCAGCAGTGGAAAGAGTGATGATATTAAATTCGATGTTGGCGTGGTAGAGAATACTCATTTTTACTCGTCGCACGCCGTTATCTCTAATTCCAAGGGTACTCTATTGGATTACCTATTGAAGATCAGCAGAGGGGGTACCCCAAGTGGCCAATTGAAATTCGTCCTGAAAGACACAATCGCTGCTAACGGAGAATACAAAGTTACAGGAAACGATGGAAAAGGCAACGGAGTTGTCATTGTCGATTTTAAAACGTTACAACGCAAATTTAAAGCTGATGTAAGCTTTTTGGCGAAGGAACCCGTGTTTAATGCAAACATCGACTTATATTTGGACTTTGACAAGAACAAAAATGACAAAATCTGTTTCTCTACGAATACCAAGAAAACCGATAAACTACTGGAATCCAAAAACAAATTGGAATACGGCGGAAAGAACTTCGAACTAAATATCCATTTGGAAGGTAATTTCGATTTAACCGGAGCAACTCGTGCCAAAGTGGAAATCGTTCTGCCAAATGAAAGGTGTCTGTCTTATGAAGTTAATCGCAATATAGCCGTCAACAATGCCGGGCTCTATAACGGCTTCGCCAAAGTACTGATCTCGGATGAAGAGAAACGTGGAGCGGCCGCTTCTACGATCAAATACGAAGCTAAAATACGCGACACGAACATCGAAAAGCAAATCATCAGCTATGAGGGTCAACTGGAATTCCAATTTAAGAATAAAGGTCAAAGTAAAGACCTTAAAAATACATTCACCCTTAGGAACTTCCCCGATGGAGACAAGTTATACAATTTCGACTTCAAGACTGACGTCCGAGGCAACTTGATCCCGAAGCCAGCGTCTTTGGTGGCAAGCGTGACTTATGCCAATTCAGTGAGCGTTCTCGATGATAAATACAGGTTCAAGGGTAACTATGGTGATGATATCTCGTTCGAGCTCGCTGGTGTACGGGAGATCAAACTTATTGAAAAGGGCGAGAAGAAATTCAATGATAATTTCATATTAACTGTAATATTGCCATTCGAAAAAGCTCACGATATTAAATGGGTTTCTACGATATTCTTCCTCCAGCCTGAAGGCAAAGATTTTGCTGAGTACACGCTGGTAGAATCTGTGCAGATTAATGCAGATCTATACAAAATCGACGTGAATGGCAAGAAAAGTCTTAAGGATGGAACTGGAACCATCAAGTTCTTAGTCCCTCATGTTGATCCATTCATATTGGAGTATAAATACAAGAATGGACTTGAAGGGGAGAAAAAGAGCCACGAAGTCGAAGCGAAAGCGAAATATGGTAAAGGCAAAAGCGCTACAATATCCTTGGATACTGCGTTCTCGCCACACGAAAACTATCTCCAGTTCAAAGGGCAAGCTCCCCAAGCCGAGAACCTGAAGAAACTGGAGTTCACTATAAACTCCAAGAATCCGTCTCCGGACTCATACAGTAGCACGCTCATCGTAGATGCTGATGGAAGGGTCTACAAATTGGAGAACAATGTAGTACTATCTAAGGCCCATCCAGTATTGGACCTCAAATACTCCAGTCCAAGCTCGAACAGACCAAGAAAGATTTTCATCAAGGGCACCTCTCTTAGTTCTACTCAAGGCAAAATCGAAGTGAACCTACAGGATATCAACGGCATTTGCCTTGATGCCGTTTCTGAAGGAAACATCCAGAAGGACAACATTGCCATTAAATTCCAGGGTAACTCCAAGGAATTGGGCATGAAAAACTATATCGTCGAGATCAGCAGTAAAGACGCTGGTAGTGGAAAGAGATTGGAATTCCATGCGACTAATGACAACAAGAACGTATTGAGTGGAAGTACCTCGTTCATTAGCAAACAAGAAGGCCAAGGAACTATCATAGAAGGTTCTGGAACTGTCAAAGTTAAGGAAGAACAGAAATCGGCTAACTTCAAGTACATTCGCACCGTTCTGACCGAGGGCAACGAGAAGGGAGTGGAGACATTCTTGAAGCTGAGCCTCGGTGATAGGAGCTACGCGGCTGAATCCCGGGTCACGAACCTGGAGTACAAGAACTCTTACATTTACTGCGAGGAGAAAAAGCAGTGCGCGGCCATTGAGATCCAATCCAAGATTGATTTGTCGAAACCCGGAGTCATCGTCAACGTGGTTAACGCCGGATTCGATCTTCGTACGCTTGGTATCTTACCTGAAATTGGCTTCCAAATGCGTGACGAGGTCTCCGACAATCGCTTCCCGAGATTCACCTTAGATCTTCACGTCAACACCAAGGAGAAGAAGTACCATCTCAACGCTTATAATACACCTGAGTTCGGAAACTATGCTTCGGGAGTCGTTTTCTATCTTCCGTCCAGGGTTATGGCTCTAGAGACCACTGTAACGTACCCAACCAGCAGTGACTCTCCGTATATATTCAGCGGAGAGGCCTGCCTCGACCTGGATAAGAAGAAACAGGGACACAAGACCTCTGTTAGATACCTCATCAACATCTCCAATAATAGGAATCAGGAAGCTATTGCAGCCGAAATCGGATTCTTCCACCCAAGACTTGATAAGGAGGTAGTCATCAAGTCGAACGCAGTCTTCAAGGTCCCGGAACCAAATCGATATATTCTCGAATCATCAGTCAGCCTATGTCACTCCTCTCTCGGCGCTGATCGCGTCTCCAAACTGTTGTTAGATGTTTCACCAACCAAATTCGTTTTCTTGGCCCAAACACCATTTGTAAAGGTTATAGACTTAGAAGGAACAGTGGACGTGCAAAGCAAGGCGAAGACCCAGCAGGCCAAGTTGAGGTTCAAGCTTCTAGAGGGCAAGGAGGTCAGCGTCCAGGCTCTGGCGAAAGACTTCCAGTATTTCGAGTTCACAACAGGTTATCTTGAAGAGGCAGACCGCAAGCTCTCTATCGTCGGTCATTTGGTCCCGGAAAAGAGAGTAGATATAACCGCTGATATCATCCTATCTGGTGACAAGAAAAACATCGCCCACGGGGCACTTTTCCTGCAAGATAACCTGGTCAAAAGCGACTACGGACTATCGAAAGAAAACTTCAACTATTTCTTGAACGCTCTGAAAAACGACCTAGACACATTAGCTGAGCGCATCAAAGAAAAAAGTGAAAAGGCCGGCCAGGAAATTTCAACGATATCCCAAAAAACAGCTCCTTACTTCAAGAAAATCGATGAAGACTTCCGCAGAGAATGGAGCAAGTTTTACCAGGAAGTCACTGATGATAAGACCCTGAAGGAACTATCGCATGCTTTCAACGAAATAGTCCAGTTCTTCGCTAAGATATTCGACACCATCTACAAAGGTACTGAGCCGATTGTGGATAGCATCATTAACACGTACGTCGAGACAGTGAAGAAGATTGCGGAATTATATGAGAAACAGCTGGAACCTCAAGTGAGACAGTTATACGAAACCTTGGCGGCCTTACTCAAGGAGTATTTAGATGGCTTGATCGACCTCGTGGCGCACTTCGCGGCTCTGATCACAGATTTCTTCGAAAAACACAAGCCTGAACTGCAGGAGTTCACGAATGTGATCACCGATATATTCAAAGATCTAACCCGAATAATTGTCGCTCAAGTAAAGGAACTTCCTTCTCTAATAGCGCAGAGCTACAGAAACATTGTCGAACAAATCAGCGCGCTGCCTATATTGTCTAATTTGAAAGAGAAGTGGAACGATCTGGTAGTTCCCGAGAAGATTCTAGAAGTGACCCAGATACTGTACAGCAATATCCAGAAACTGTTGCCAACGCAGGAAAGCAGAGATCTGGCCGAAGCGATCCACTCCTACGTTCAGAAGAAACTCCGTAACCAGAAATGCGATGATGAGAAGGAGCTGCGTGTGGTCTATCAGAAGTTGATCACAGCTGTTACATCTCTCGTCCAGTTCTTGAGGACTCAGCTGAACGAATTTGGCATTATCAACACGACGCCCGACTTTGCGAACTTCTTCGCTGCCCCAAGCTCAATTAAGTCCGCTCCGTCTCTTGCTGGAGAGGCAACGTGGAGCTTCTTCAAACAGTTGTACTCCGGTGATTTCCCTGACATCCTGGCCCTTCTCAGAGCCTACAGACCTCGTAGCATCAACCCACTAGATGAAGTGCCGTCTAAGCTCCGCGCTGTTGTTGTGAACGGTCAACACATCTTCACGTTCGACGGTCGCCACCTCACCTTCCCAGGAAACTGTCGCTACGTATTGGCGCACGACCACGTCGATAGAAACTTCACGCTGCTAATCCAACTTCAAAACGGAAAGCCCAAGGCTCTTATTTTGGAAGATAAGAGCGGAGCTATCATCGAATTGAAAGAAAATGGACAGGCTATTCTAAACGGAGCTTCCAAAGGATTCCCGATCATCGAAAAGGATGTGTTCGCTTTCCGTCAACCAAGCAACAGAATCGGTGTTGGCTCATTGTACGGTCTCATGGTCTTCTGCACATCTAAACTTGAGGTGTGCTACATTGAAGCTAACGGCTTCTACTTGGGTAAACTTCGCGGTCTTCTCGGAGACGGTAACAACGAGCCTTACGATGACTTCAGGCTACCTAATGGAAAGATCTGCACTTCGGAAAGCGAGTTCGGTAACGCGTACCGTCTGGCCCGCAGCTGTCCACAGGTGCAAGCGCCCGAACACTCCCATCACCAGCTGCACGATGCATCCCTCCCCCCCGCCTGCGAACAGGTCTTCGGGGGAATATCGCCGCTCAGGACCCTGTCATTGTTCATGGACATGTCGCCTTTCAGACAAGCGTGTATTCACGCCGTCACCGGCACAGACGCCGCTAAAGATTTGCACGAAGCTTGTGATTTGGGACGAGGAATGGCAGCTCTGGCCCTGACCGGCCTTCTCCCTGCCGTACTTCCGAACGTATGCGTCAAGTGTACTGATGCAGATAAGCCGAGGGACATCGGAGATAGCTATGAATTCAAAGTTCCCAACAAACAGGCTGATATTATCCTATCAGTTGAGACAACTGAATCCAATGCAAAGACTTACAAGGATATCGTGGTACCGCTCGTGTCACATTTGATTGACAGTCTAAAGAGTAAACACATTACTGACGTCAAAGTGTTCCTTGTAGGACACACCTCCAAATATCCATATCCGATCTTGTATGACACTGACCTCAAACTGAAAAACGCCCACGTACACTTCGACGACAAGGAACGCTACAATAACATCCCCACCATCAAGACTGGGTATGAATCCTTCGACAAATACGAGGACCAAATCATCAGTATCATCAATGACTTGAAGAACACATATGGATTCAACAACATCGAAGCCAGCAAGCAATCGTTGTTCGATCTTCCTGTCAGACCGGGTGCTATCAAACACTTGGTCTTCGCTATTGGTGAACCGTGTATCGGACGATGCTTCCTGCTCGACGCAATCGAGTCAGCCATTTACGATGTGATCTTCAAGAACATGGCGGTTACGACATCGCTGATCACGGCCACACCCGACCTCAAGATTGGAGGTGGAAAGAATTTGAATCAAGTCGTTGGATTCAGTGAGCATTCCGTCGTGCTGCTTGGCGAGAAGAAACAAACTAAAGATTCTGAAACTTTGAGAGGAACGCTCCAGAAGACAGACGATTCATGCGTGAACTTTGTTGAAGGCACCGGTGGCTACGTTTTCTCGTCGACCAACTTCGAGAAGTTGAATGCGCCACAGCAAAAGCAGTTCATCCAGACGGCCGCCAACACGATCACGCACAAGCTCCTCAGCGAACAGCTATCTCAGCTATGTACCTGCACCTACGTGGATCCGTTTAGGGTTCGCTCTGTCTGCGTAAACAAGGATAAGAAAGACGCTAGCTATTAA

Protein

MLVGVQRITCRPNLSSWADETGVKLLGQVSVTALDNCNYQLDVQKLSISGPDGKKYESPSGIKKPVKFGYQDGKIQPQICAEEDDTRQSLNIKRAIISLLQNEQKPSTQVDVFGICPTEVSTSHEGGAVIVHRSRDLSRCSHREQGKSDIIISNVNPNAGVKDMQVLQSTLNVESKVINGVPEKVAATEEYLYKPFSIGENGARAKVHTKLTLTGKGKAVAPSSKCTDVNSIIFENPHSGEKVPKNDHACLGAVKEVAKSVTNNVGANSASSFAQLVRILRRTEKEDLVKVFNQVKGNTLEKRVFLDALLRAGTGDSIEASILILKTRQLSQLEQQLVFLSLGNARHVNNDALKAAAGLLDLPNLPKDVYLGAGALAGAYCREHECHSSKADGVVAISQKFGSKLHCKPKSKTEEDTVVAVLKGIRNIRHLENSLIEKLVRCVNDNNVKPRIRAAVLEAFHADPCSPKVKKISLDILKNRQLDSEIRIKAYLAVIECPCGHSANEIKNLLDNEPVHQVGNFISSSLRHIRSSANPDKRLAREHYGLIRTPKKFNSDDRKYSFYREMSYNIDALGAGGSVDETVIYSQDSYLPRSVNFNLTVSLFGHDFNVLEFGGRQGNLDRVLEHFLGPKSFLRTESPQAIYDSLVKRFEEAKKKVEDGLTRGRRSVKTEIDSFDKNLKAEAAPYNNELDLDIFVKLFGTDAVFLSFGDDKGFDFNKILDDILGTCSSGISKLKHFQTDFRTHLLFLDAELAYPTSTGLPLHLNLVGSATAKLDLATNIDVRQIIYSPQNAKIDVKFIPSTDLEIAGAFLVDAYAVTTGLKVSTTLRSSTGVHVIAKILENGRGFDLQLALPVDKQELLVASNDLLYVTAERGQNEKYVPIKIGTAPKEYPACFDQLSSVLGLTLCTEFTTPFAISKDTRGPSDDSIAQFLARFPLSGSAKVKVVLEKNDLRGYHIKGVVREDKGAGKRSFELLFDAEGSRNRRTQLTGEVVYNDHEVGLQIALDSPIKVLHAQISAYNKPNEMVALVKAKIDNLEYYAKAGFAVQGNAQRSIYKPILEYQLAEDGGKKHEIKVDGQMVKESNGQITRYSLEGVQINLPNTEEPLQITGHAANQPQTREFDFDVAVKNFASLKGGVKGTNINLEFENKLNPVINFKLKGIFEFTDTIHNEIDLQYGPNFKDPNSRIFLSQLLKYHIKSAEDFNIITKNKFEIRAIPFKIVAEADIDPKKVIVEIGGQVEQRSAAFELEARTQIEKPGDYSVKIKGNVDKFCVEVLAKRNILNADKSNLENYVDIKGYGRYELSGVLLHKNKPNDVNLGAIGHLKISSSGKSDDIKFDVGVVENTHFYSSHAVISNSKGTLLDYLLKISRGGTPSGQLKFVLKDTIAANGEYKVTGNDGKGNGVVIVDFKTLQRKFKADVSFLAKEPVFNANIDLYLDFDKNKNDKICFSTNTKKTDKLLESKNKLEYGGKNFELNIHLEGNFDLTGATRAKVEIVLPNERCLSYEVNRNIAVNNAGLYNGFAKVLISDEEKRGAAASTIKYEAKIRDTNIEKQIISYEGQLEFQFKNKGQSKDLKNTFTLRNFPDGDKLYNFDFKTDVRGNLIPKPASLVASVTYANSVSVLDDKYRFKGNYGDDISFELAGVREIKLIEKGEKKFNDNFILTVILPFEKAHDIKWVSTIFFLQPEGKDFAEYTLVESVQINADLYKIDVNGKKSLKDGTGTIKFLVPHVDPFILEYKYKNGLEGEKKSHEVEAKAKYGKGKSATISLDTAFSPHENYLQFKGQAPQAENLKKLEFTINSKNPSPDSYSSTLIVDADGRVYKLENNVVLSKAHPVLDLKYSSPSSNRPRKIFIKGTSLSSTQGKIEVNLQDINGICLDAVSEGNIQKDNIAIKFQGNSKELGMKNYIVEISSKDAGSGKRLEFHATNDNKNVLSGSTSFISKQEGQGTIIEGSGTVKVKEEQKSANFKYIRTVLTEGNEKGVETFLKLSLGDRSYAAESRVTNLEYKNSYIYCEEKKQCAAIEIQSKIDLSKPGVIVNVVNAGFDLRTLGILPEIGFQMRDEVSDNRFPRFTLDLHVNTKEKKYHLNAYNTPEFGNYASGVVFYLPSRVMALETTVTYPTSSDSPYIFSGEACLDLDKKKQGHKTSVRYLINISNNRNQEAIAAEIGFFHPRLDKEVVIKSNAVFKVPEPNRYILESSVSLCHSSLGADRVSKLLLDVSPTKFVFLAQTPFVKVIDLEGTVDVQSKAKTQQAKLRFKLLEGKEVSVQALAKDFQYFEFTTGYLEEADRKLSIVGHLVPEKRVDITADIILSGDKKNIAHGALFLQDNLVKSDYGLSKENFNYFLNALKNDLDTLAERIKEKSEKAGQEISTISQKTAPYFKKIDEDFRREWSKFYQEVTDDKTLKELSHAFNEIVQFFAKIFDTIYKGTEPIVDSIINTYVETVKKIAELYEKQLEPQVRQLYETLAALLKEYLDGLIDLVAHFAALITDFFEKHKPELQEFTNVITDIFKDLTRIIVAQVKELPSLIAQSYRNIVEQISALPILSNLKEKWNDLVVPEKILEVTQILYSNIQKLLPTQESRDLAEAIHSYVQKKLRNQKCDDEKELRVVYQKLITAVTSLVQFLRTQLNEFGIINTTPDFANFFAAPSSIKSAPSLAGEATWSFFKQLYSGDFPDILALLRAYRPRSINPLDEVPSKLRAVVVNGQHIFTFDGRHLTFPGNCRYVLAHDHVDRNFTLLIQLQNGKPKALILEDKSGAIIELKENGQAILNGASKGFPIIEKDVFAFRQPSNRIGVGSLYGLMVFCTSKLEVCYIEANGFYLGKLRGLLGDGNNEPYDDFRLPNGKICTSESEFGNAYRLARSCPQVQAPEHSHHQLHDASLPPACEQVFGGISPLRTLSLFMDMSPFRQACIHAVTGTDAAKDLHEACDLGRGMAALALTGLLPAVLPNVCVKCTDADKPRDIGDSYEFKVPNKQADIILSVETTESNAKTYKDIVVPLVSHLIDSLKSKHITDVKVFLVGHTSKYPYPILYDTDLKLKNAHVHFDDKERYNNIPTIKTGYESFDKYEDQIISIINDLKNTYGFNNIEASKQSLFDLPVRPGAIKHLVFAIGEPCIGRCFLLDAIESAIYDVIFKNMAVTTSLITATPDLKIGGGKNLNQVVGFSEHSVVLLGEKKQTKDSETLRGTLQKTDDSCVNFVEGTGGYVFSSTNFEKLNAPQQKQFIQTAANTITHKLLSEQLSQLCTCTYVDPFRVRSVCVNKDKKDASY

Description

Constitutes the major component of lipophorin, which mediates transport for various types of lipids in hemolymph. Acts by forming lipoprotein particles that bind lipoproteins and lipids. May be required for morphogens wingless (wg) and hedgehog (hh) function, possibly by acting as vehicles for the movement of wg and hh (By similarity).
Constitutes the major component of lipophorin, which mediates transport for various types of lipids in hemolymph. Acts by forming lipoprotein particles that bind lipoproteins and lipids. Also involved in the transport of hydrophobic ligands like juvenile hormones, pheromone hydrocarbons and carotenoids. Required for morphogens wingless (wg) and hedgehog (hh) function, probably by acting as vehicles for the movement of wg and hh, explaining how covalently lipidated wg and hh can spread over long distances. May also be involved in transport and/or metabolism of heme.
Precursor of the egg-yolk proteins that are sources of nutrients during embryonic development.
Apolipoprotein B is a major protein constituent of chylomicrons (apo B-48), LDL (apo B-100) and VLDL (apo B-100). Apo B-100 functions as a recognition signal for the cellular binding and internalization of LDL particles by the apoB/E receptor.

Subunit

Interacts with PCSK9. Interacts with MTTP.

Keywords

Cleavage on pair of basic residues   Glycoprotein   Lipid transport   Lipid-binding   Secreted   Signal   Transport   Wnt signaling pathway   Complete proteome   Direct protein sequencing   Heme   Iron   Lipoprotein   Metal-binding   Polymorphism   Reference proteome   Disulfide bond   Storage protein   Acetylation   Cholesterol metabolism   Chylomicron   Coiled coil   Cytoplasm   Heparin-binding   LDL   Lipid metabolism   Palmitate   Phosphoprotein   Repeat   RNA editing   Steroid metabolism   Sterol metabolism   VLDL   Atherosclerosis  

Feature

chain  Apolipophorin-2

Uniprot

Q25490.1   Q9V496.2   Q9U943.2   Q6RG02.2   E9Q414.1   Q7TMA5.1   + More
A0A0N6WHT4.1  

Pubmed

9014323    8702812    10731132    12537572    11778050    8031123    + More
10393207    15062105    15875013    17893096    11056463    15604521    16432892    16289995    19468303    15489334    2332175    16141072    16944957    21183079    632283    6948299    2911593    22673903   

EMBL

U57651    U62892    AE014135    AF433843    AF433844    AF433845    + More
AF433846    AF433847    AF433848    AF433849    AF433850    AF433851    AF433852    AJ130944    AY499620    AAR88442.2    AC163900    BC038263    BC100607    BC141357    BC141360    M35186    X15191    AK147540    AY318958    AY321317   

Proteomes

UP000000803    UP000000589    UP000002494   

PRIDE

Q25490    Q9V496    Q9U943    Q6RG02    E9Q414    Q7TMA5    + More

Pfam

PF06448   DUF1081        + More
PF01347   Vitellogenin_N
PF00094   VWD
PF09172   DUF1943
PF08742   C8
PF12491   ApoB100_C
PF00134   Cyclin_N

Interpro

IPR009454   Lipid_transpt_open_b-sht        + More
IPR015255   Vitellinogen_open_b-sht       
IPR015816   Vitellinogen_b-sht_N       
IPR015819   Lipid_transp_b-sht_shell       
IPR011030   Lipovitellin_superhlx_dom       
IPR001846   VWF_type-D       
IPR001747   Lipid_transpt_N       
IPR014853   Unchr_dom_Cys-rich       
IPR015817   Vitellinogen_open_b-sht_sub1       
IPR022176   ApoB100_C       
IPR013763   Cyclin-like       
IPR006671   Cyclin_N       
IPR036915   Cyclin-like_sf       

SUPFAM

SSF56968   SSF56968        + More
SSF48431   SSF48431       
SSF47954   SSF47954       

Gene 3D

1.25.10.20     2.30.230.10     2.20.50.20    

CDD

cd00043  CYCLIN

ProteinModelPortal

Q25490.1   Q9V496.2   Q9U943.2   Q6RG02.2   E9Q414.1   Q7TMA5.1   + More
A0A0N6WHT4.1  

PDB

1LSH     E-value=1.9184e-13,     Score=192

KEGG

100862791    no KO assigned | (RefSeq) apoLp-II/I; apolipophorins

GO

GO:0005576   GO:0008289   GO:0005319   GO:0016055   GO:0019841   GO:0006869   GO:0045880   GO:0030139   GO:0020037   GO:0045178   GO:0046872   GO:0005504   GO:0005615   GO:0005102   GO:0008017   GO:0090263   GO:0045735   GO:0048477   GO:0034363   GO:0042953   GO:0012506   GO:0032496   GO:0030317   GO:0005737   GO:0006642   GO:0070971   GO:0008203   GO:0005829   GO:0043025   GO:0034364   GO:0001701   GO:0010886   GO:0034383   GO:0008201   GO:0048844   GO:0042632   GO:0010628   GO:0010744   GO:0010269   GO:0031983   GO:0033344   GO:0017127   GO:0019433   GO:0009615   GO:0050750   GO:0009743   GO:0045540   GO:0034361   GO:0042159   GO:0006629   GO:0016042   GO:0034359   GO:0071356   GO:0005543   GO:0071379   GO:0007283   GO:0010884   GO:0009566   GO:0042157   GO:0035473   GO:0034374   GO:0043231   GO:0034362   GO:0007399   GO:0042627   GO:0030301   GO:0032355   GO:0005783   GO:0009791   GO:0042158   GO:0010033   GO:0005488   GO:0007016   GO:0005891   GO:0043565   GO:0003677   GO:0003707   GO:0006281   GO:0006259  

Subcellular location

Secreted  
Cytoplasm  

Length:

3270

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

0.03693

Exp number, first 60 AAs:

0.0002

Total prob of N-in:

0.00001

outside

1  -  3270

 

 

Pi

206.272394

Theta

188.884708

Tajima's D

0.336743

CLR

1.159696

CSRT

0.460876956152192

Interpretation

Uncertain