| Protein: 328791358 XP_396548.4 PREDICTED: dynein heavy chain 7 axonemal-like isoform 1 |
Distribution (mouse over here Sample of a protein distribution map. for a definition map of the organs displayed below): |
| Drone | Queen | Worker |
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The above diagram is generated from the following data: (Organs are coloured according to percent relative expression - 100% = black, 0% = white)
| Tissues | Drone(D)% | Queen(Q)% | Worker(W)% | D/W | Q/W |
| Flagellum | |||||
| Scape | 62.4 | 37.6 | 1.6595745 | ||
| Brain | |||||
| Crop | |||||
| Eye | |||||
| Intestine | 7.5* | 30.1 | 62.3 | 0.12038523 | 0.48314607 |
| Leg, front | |||||
| Leg, middle | 68.5 | 31.5 | 2.1746032 | ||
| Leg, rear | |||||
| Mandibular gland | |||||
| Rectum | |||||
| Salivary gland, cerebral | |||||
| Salivary gland, thoracic | 99.9* | 0* | 0.1 | 999 | 0 |
| Sternite | |||||
| Tergite | |||||
| Ventriculus | |||||
| Thoracic muscle | 50.8 | 49.2 | 1.0325203 | ||
| Fat body | |||||
| Malpighian tubules | 59.7* | 30.2 | 10.1 | 5.910891 | 2.990099 |
| Nerve chord | 59.8 | 13.5 | 26.7 | 2.2397003 | 0.505618 |
| Poison sac | |||||
| Sting | |||||
| Heart | 88.9* | 11.1 | 8.009009 | ||
| Hypopharyngeal gland | |||||
| Galea | |||||
| Glossa | |||||
| An asterisk (*) on D or Q values denote a significance difference from W (p<0.05). | |||||
| Drone(D)% | Queen(Q)% | Worker(W)% | D/W | Q/W | |
| Whole Body Average | 55.5 | 41.9 | 28.6 | 1.9405594 | 1.465035 |
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If there is a connecting line with an asterisk (*) between 2 castes, it indicates that their whole body averages are significantly different (p<0.05) from each other. |
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| Sequence: |
MLELQKKISNIEEVRNVLELVVTKSKIYQKKKLADYQTMNECHLECPQSFYFEKMKEFAN KLPPNILLLEWEENIRNLISVNLRTKYMDIFEDQMLETKTRYYESMHDMALKKVIAIECQ DICNLGLEEIPPYKLAGRTEFYPKFLKNRCAFKKKYYLPHKLMKNIVAKAHFLMPKWICD FGRYRLEFDYLDFNRFLDLVENDTKKGALMVTSVYYSDIVRLISQPRYLSDVPSFSLPNF LNCANNLLSLQIITLMINTIEYLLQVLKDRQILPLFKLQLKCEENDLFLSPTMLEICNAF YNIVNQIRLTAQQLSPLESWVSVKIHREYIKVELPEWYLKDTYQHLEEILRDTFRPFNEY VEQLHKKFNIVFDPKSHDIYGRMGYSFQEKISQVEDFNRLIRDINGMPDHEYFSIGIINQ VAAKAGLLYYAEEMRRLIIEELVKSHRNYNLEICKTFEDIRDRALHIPYNTKELLELGEY MLYAASTLMRSLEEKITLSLRMMASLIGMTTLTKDHIELNNDTIHWLKRIRPIFEQNSAM YEQTKFELEEKLVKKIDDLNARVEDMYPRLKIMNDMDYADRIREYIEFMRKFARDLDRMD ERVNWINEEEKLFKYPLSEYPRINELKEIIMPYYDLIYRGYQWQRHRDVWLDGPFEYLDS NDVENKATDYFSNFSKINKQYRTRIKIEIAMNYPHSFTGSPDDSDPLQQPAPLKLTYQLM EDVKWFKQYIPLLAVFRNPAMRQIHWDEMSVIAGFDLTPDAGTTFRKIILMNLMEEIEKY ETISISATKQLALADLLAKMISEWDDVLFLTIPYKDSGVNILTQLDDTQMLLEEHIIKVE AMRGSAFVKLIEEEVKNFYFLLHRIHSTIEEWTKVQVQWMYLLPIFSSKDIVAQLPEEEV LFFQVDRIFRSAMNGVAKDPRVRETAGSVGLLEIMQEANMLMEKVNEGVLNYLEKKRLFF PRFFFLSNDDMLEILSETKEPLRVQPHLRKCFEGINRLRFDEELEICSMFSEDYEEVRMQ ERISTAAARGCVERWLIQVEEQMLRSVRHEILMSYLDYEVNKRDLWVRIWPGMVVLCVSQ IYWTMEVQNSLMTRMPSTMEVLHEKLMNQILEMCKKKKINNIKNKYSSGHLTKQNRTTLN ALITLDVHAMDVVKLLIEKKIINETDFEWLAQLRYYWEDDVFVRIIYTTVNYAYEYIGNC SRLVITPLTDRCYRTLIGAYSLNLNGAPEGPAGTGKTETTKDLGRAVAVQCVVFNCSEGL DYKNMGKFFKGLASCGAWSCFDEFNRIDLEVLSVVAQQILCIIQAVRAKLETFVFEGTEL KLNPAVYVCITMNPGYAGRSELPDNLKVLFRTVAMMVPDYAMIAEIFLYSSGFGTARELS TKIVTTYKLCSEQLSSQSHYDYGMRAVKTVLTAAQNIKLQLPDENESVLLLRSVIDVNLP KFLAHDVPLFQGIVSDLFPGLELPAPSYDILLKAVHEVCNEKNLQPVDGFLLKIIQTFEM MIVRHGFMLVGEPFGGKTSILHTLASALTLMYERKEPNGITTKYFTINPKSITLDQLYGF FDPVSSEWTDGICAVAFRDYSTEDTPDRKWIIFDGPVDAVWIENLNTVLDDNKKLCLTSG EIIQMTGVMSMIFETMDLEHASPATVSRCGMIYVEPRVLGWVPFLDSWMNKLNPIWKESY ENEIKEMFHWLMDPCLEFIRKNCHATIFVGQIHQVVSTLSIFEIYMEDAVQQNLATFEQF ILPWLQATMITSMIWGIAGTLDFPSRILFNDYFLSFWKNEQKEYPLPEFLVEILISIPTE DLVHDCFYTYRGRGAWRRFADMARQEEFSEVGSIVQLIIPTIDTVKYQSLFLKHIQYHKR FLMYGDTGTGKSFYINDLIMNKLGEEEYLPNFITFTPHITAAQTQELIVLKLYKRRRNMY GPLVGTFCIVFIDDVNMPAKEIYGSQPPIELLRQYFDHEVWFDLKKPEKIYIYDTMFVCA MGLPGGSRQVLYNRFLRHFNLFTIDKFTEDTMIRIFTNIALIGLQRHGFTTAIMPVILDL VNATMNIFQLAQAELRPTPAKSHYLFNLRDFSRVITGCAMIRVESFETRSDFTKLWVHET LRVFGDRLIDMKDRHWLFVRIRETVTAYLRESFDTVFNYLPKIDDQLSEESLRSLIFGTF MDVDTVPVDRHYEEVKSMDEYLQVAISYLEEYNITHRHKMDIVLFRYALEHLARICRILV IPCGSLLMVGVGGSGRQSLTKLASNIAALGLFQPEMGSMYGLQEWRDDIKKVLINSGGVG KDYVFLLTEGQMKTDIFLNDIDSLLNSGEVPNIFTVEERQEIIEMTRLAAQGGDRNLDIS VLAILSFFRNRCKEKLHIMLCFSPIGDTFRIRLRLYPSLVNCCTIDWFDVWPEDALEQVA LRSTTDINIDETVKVNAVIACKFFHVCAKDISSRFYSDTGRKTYITTAGFLDLIQSYAEL MKEKQEALILARDRYLNGLDKLQFAAEQISEMRVTLSELRPQLEASARETTETMKKIETE NISVEKATILVKKDEDMANIQAEIAMNLKTECEADLAEALPALEDALAALDTLKPADIAV VRTMRSPPAGVKLVMAAVCVMLGIPPLRVENPITGKKENDYWTPSKRLLGDMRFLETLRH YDKDNIPPHIMNEIKTVYMTDKNFEPKIVARASSAAEGLCKWVRAMVLYDEVIKVVAPKR EKLQIAQRDYENTVKFLNERRELLAELTEKLNVLKESLRVILAKKIELENEVTICRNKLI RAEKLISGLGGEKDRWTIAAENLQKSYDTLPGDILISCSMIAYLGPFTSPYRIESLEKWT VYVKNLKIPCSEDFDFVKILGSEIKINSWNIFGLPRDSFSIENAIIMDNSKRWSLFIDPQ SQANKWIRNMEKQNELEIVKLTDLNYMNIIEKALEYGKPVLIENVLEELTPPLEPILMKT IYKMGPFWFITLGEKIIEYNLRFKLYITTKLRNPHYLPEIFNKVTVINFALTIGALEDQL LGIVVAKERPDLQEKREYLIVQSAANRQALQQVEDNILRTLSVAGARILEDEEAIEILDS SKILSIDILKKQAAAKKTEAQIEGFRQNYKPIAVHSSALYYTITDLPNIDPMYQYSLMWF INLYIHSIETAHKSIILERRLAFLQETFTYNLYQNVCRSLFEKDKLLYSFVLYTTILMTE EAITRDEMTFFLSGGVVIAGLPENPVTWLTDKSWGEICRVQTLPNFANFQSSFTHDIAMW KEYYDLLNPEKAPIPEPWEERLTPFQKLIIMRMIRTDKVMIAIQQFVEAGMGLKFVLPPP FDISKSFAESSSLIPLIFILSPGSDPMEALRSFAETMNFQERFHSISLGQGQGPIAQKLI ERAQYSGEWVCLQNCHLAASWMPMLEDICDHFDPSNTHVHFRLWLTSYPSEYFPITILQN GVKMTNEPPTGLQNNIMRSYKSEAMKNIDAFYGEAVKRKAFSKLLYALCFFHAVVQERRN YGSQGWNIKYGFNESDLQISVQQLYLYINDYDDVPFKAIVYLTGECNYGGRVTDDRDRRC LNTILYDFYNQNVIINPNYTFADIGPEYNLPKRYEYEDFIKQIQGIPLNPPPEAFGLHMN AGITRDIELANTFFHSMLMIQGAVVIGDAVKQDEMMLNMKKDIYDRMPELFDIEEAQKQY PIVYMESMNTVLTQELVRYNILLKEIKESLNMLEKTVKGLIVMTPAIEILGNYILSARIP PSWINACAYPSLKPLPNFINDFLDRLHFFEKWLKEGIPKTFWISGFSFVHAFLTATTQNF ARKYKIPIDRIDFDFKVLPEFEMNESPANGVYVYGMYLAGARWNLSNMLLAESYPKVLWE PMPIIWMKPSVVDAIHIKERYECPVYITSARFGVLKTTGHSTNYVLSILLETNYPVSHWI KRGLALICQLDN |
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