| Protein: 328786387 XP_392578.4 PREDICTED: hypothetical protein LOC409051 |
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 | 30.9 | 33.4 | 35.7 | 0.8655462 | 0.93557423 |
| Scape | 48.2 | 19.1 | 32.7 | 1.474006 | 0.58409786 |
| Brain | 30.7 | 25.4 | 43.9 | 0.6993166 | 0.5785877 |
| Crop | 37.3 | 15.9 | 46.9 | 0.7953092 | 0.33901918 |
| Eye | 69.9 | 13.1 | 16.9 | 4.1360946 | 0.7751479 |
| Intestine | 18.3 | 49.9 | 31.8 | 0.5754717 | 1.5691824 |
| Leg, front | 37.8 | 28.2 | 34 | 1.1117647 | 0.82941175 |
| Leg, middle | 37.5 | 27.9 | 34.6 | 1.083815 | 0.8063584 |
| Leg, rear | 37.1 | 23.9 | 39 | 0.951282 | 0.6128205 |
| Mandibular gland | 6.5 | 64.5 | 29 | 0.22413793 | 2.224138 |
| Rectum | 12.8 | 26.8 | 60.5 | 0.21157025 | 0.4429752 |
| Salivary gland, cerebral | 11 | 31.3 | 57.7 | 0.19064125 | 0.542461 |
| Salivary gland, thoracic | 26.9 | 39.8 | 33.3 | 0.8078078 | 1.1951952 |
| Sternite | 46.6 | 30.3 | 23.2 | 2.0086207 | 1.3060344 |
| Tergite | 75.3 | 9.4 | 15.3 | 4.9215684 | 0.6143791 |
| Ventriculus | 5.2 | 26.6 | 68.2 | 0.076246336 | 0.3900293 |
| Thoracic muscle | 72.1 | 27.9 | 2.5842295 | ||
| Fat body | 60.2 | 27.7 | 12.1 | 4.9752064 | 2.289256 |
| Malpighian tubules | 75.4* | 9.9 | 14.7 | 5.1292515 | 0.67346936 |
| Nerve chord | 35.6 | 19.9 | 44.5 | 0.8 | 0.447191 |
| Poison sac | |||||
| Sting | 44.1 | 55.9 | 0.7889088 | ||
| Heart | 33.9 | 18.2 | 47.9 | 0.70772445 | 0.37995824 |
| Hypopharyngeal gland | 88 | 12 | 7.3333335 | ||
| Galea | 34.3 | 35.7 | 30 | 1.1433333 | 1.19 |
| Glossa | 45.1 | 27.3 | 27.6 | 1.634058 | 0.98913044 |
| 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 | 38.6 | 30.7 | 35 | 1.1028571 | 0.87714285 |
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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: |
MTGEEGKCGGGTGTGGDAGVGNTNTNLTDNVNNINANVHANLNANINVSQQNGGPEKAPV VGGTNVETLPRAGKQSDPSTAFLRAARAGQLEKVLEYLESGVDINASNANGLNALHLAAK DGHLEIVRELLKRGAVVDAATKKGNTALHIASLAGQEEVVQLLVQRGASVNAQSQNGFTP LYMAAQENHDSVVKFLLSKGANQTLATEDGFTPLAVAMQQGHDKVVAVLLENDTRGKVRL PALHIAAKKDDCKAAALLLQNDHNPDVTSKSGFTPLHIAAHYGNDRIASLLYDRGADVNF AAKHNITPMHVAAKWGKIKMVNLLMSKGANIEAKTRDGLTPLHCAARSGHHEVVDILIEK GAPIGSKTKNGLAPLHMASQGDHVDAARILLYHRAPVDEVTVDYLTALHVAAHCGHVRVA KLLLDRNADPNARALNGFTPLHIACKKNRLKVVELLLKHKASIEATTESGLTPLHVASFM GCMNIVIYLLQHAASPDIPTVRGETPLHLAARANQTDIIRILLRNGAQVDARAREEQTPL HVASRLGNVDIVMLLLQHGADVDATTKDLYTPLHIAAKEGQEEVASVLLENGASLTATTK KGFTPLHLAAKYGNMNVARLLLQRNAPVDAQGKNGVTPLHVASHYDHQNVALLLLDKGAS PHAMAKNGHTPLHIAARKNQMDIATTLLEYGAKANAESKAGFTPLHLSAQEGHTDMSTLL IEHKADTNHKAKNGLTPLHLCAQEDKVNVASILVKNGAQIDAKTKAGYTPLHVAAHFGQA AMVRFLLRSDAAVDSSTNAGYTPLHQAAQQGHTLVINLLLEGKAKPNTITNNGQTALDIA QKLGYISVIETLKVVTETVITTTHTVTIEEKYRVQAPESMQETFMSDSEDEGGGDEIGMA AMNVYGQPPHAQHVYLPSYYQGQMTYTREDPMLSDQQQYRYMTVDDMKSMGDDSMRVNVT DDERDNRHSGAPTITEMITKETCQRTNAANLKPDNVDINRHPVHVGFLVSFLVDARGGAM RGCRHSGVRVIVPPRKAAMPMRVTCRYLRRDKLTNPPPLMEGEALASRILELGPVGAKFL GPVIIEVPHFASLRGKEREIVILRSDNGETWREHTLEASEEAVQDVLNESFEGEELSQLE DLQTSRIVRILTADFPHYFAVVSRIRQEVHAVGPEGGTVSSSAVPQVQAVFPPAALTKKI RVGLQAHPIPADLVAKLLGNRVAVSPIVTVEPRRRKFHKPITLTIPVPQAANKGMINQYS GDAPTLRLLCSITGGQSRAVWEDVTGSTPLTFVKDCVSFTTTVSARFWLMDCRNISEATK MATELYTHATHVPFMAKFVVFAKRVDPLEARLRVFCMTDDKEDKTLENQEHFTEVAKSRD VEVLEGKTQYMEFSGNLVPVLKSGEQLQLPFRAFKENRVPFTARIKDPDAADMMGRIMFM SEPKVPKGELPQTPICTLNILLPEKISPEPAVSEIDLLELSKNYSFLRDGGISRPDAIHR ATIRLTDIANLLDKDWEKLAEELNVPPNEVSTIKQEYANKPAQQAAAMLKVWQSNGNKAT GNTLEKALNKIGRDDIVKKCIFNVELITDDVEKAVARVRLDQPGFDSLKEELGPSRDTSL RRDATMDPKMNPDYDDFNKSKESGSMEELDISGAKRDKSKQHVTITNGTVFNGTSTPIKD KYASEEKELGDVMADFLEHKCHVSDTMSKKLRDELDDKDKKRQRVIADANKIVSGVIADA EKAKGKLAKEGWSVVYDDDDDDDDDDDDDDDDDTRDNKEARGAIVESFVREQLVKSKPKD KSDNKGDNREGERMKETDRTSAAATADAATIPNGKQRVISKKEMMSREGKEIDEKSVPAG IVTPKKEEEKEKEVEESKETVAGVNIPKEGRATGDKQVSSAYESVYSVQYPSTDERQEDE SKKSKDKSGGILSGIFKGSKLKKSKSKGSKETSFDSGDEESRTVGNGKEGPKPTSTFVSY DAYADMKPAEQTATDIKLATMQFLDESRRLASEVHALDSGLIDSARVEDREEAVKDGEDT SDQEREKGGGFFGMFKSPKSKEKRAKKSKESSLDSGDEEGIRIATERLLDDTRKVAETTI VVPVIDGKQDLYTFTSQVRYNEDTPKDKLNGHSYDISEIRRKEEGRKEANGKSDAGRKRK EVGSLERQGGEKKSDSPEKRVEKEEEEEGGKEKGGGFFGMFKSPKLKSKKRSSSREKSSS KEASFDSGDEETRQLTAEFLEDTRKVAESMHREGSRQIGERMTPADGAPAIIEVTTEPVD KDRGGGGIFGKFKSPKLTRASRSRSREKSGPPQEATSPSSEILEDATRSAALDARERVED ATTEATDASDKGSKEGRKVKEKSGGFLSGLFKGAKHAADEASEEVKEAVGEGRDRAREAV EGKSKDADAARDKAASEARDGKEKAIAILKDSKDAIGGKASDAGKIAGEKVADAAKRVEE KVVDGVKIGKDEIKKIEIDVKGVAVTGVNGIEDKIGEKLGEGGRKVADTGRAVADKVTEG IKDAESGGRSVTEGAKATKDKMVKEVKEDIELARQKTPWSGVDSAEGAKERAAKEGKKGK EKSGGFLSGLFRSAKHAADEVSQEVREFVEETRKEAGEEEARARAAAAEKSKELDEAKEK LVKDGKEWGTAKVSDVEKTVGERVSDVEKKVDAAIRDAAEAKDEAIAKLATSAKDVGDKV AEGAKDAEARVEAASDGVKAAKDKVSKEMREEGEAMRQRIASGIDSGVDGAAAARDRAAK EARKAKEKAGGFLSGLFKGAKHGADEISEDAKELVDETRKEAVQEEGRIRDQVTEKWKEI DATRDKVKAVAIDVEDKVGEKVSGIAEKVGDAGKAVVEKTIPDDAVERGATIDGTRIIDA AKDKIADVKAVENEAASVAKDKISDGARMTADVGKAVGERIADGAERTRDAAQAGVREAV DAAKAAKEKVAKEIRDDADAAKRKISSGVGAVVDGAGGAKDKAAREAKRAKEKAGGFLSG LFKGAKNAADEVSEDVKEFLEETRREASEEKSRVRDAVDEKWKEGKEEAEDAVKGAEDAL LAKASDAEGKVVEKTADGVKRIEGKAESIARTIDSAKDEAEKVGKETKDKVAEGVDAVVD GGAAAKDKISKEARKGKEKTGGFLSGLFKSAKHAADEASEEARGLVDETWKEAGAAKERA AADARDAKEKVASAARDARDRVGEAAADGGRKVSEVGKTAIEKAEEGAKRAERRVDAVAK DASEAAKAAKDKVVADTLAAKDRMAATAKETRDEIGEKVAESVGKVSDAGRAVGEEVTDG AKRAVDKAGEIVRDASSGVEATKEKVAREIREDAEAAKRKVSSGVDAVVDGGAAAKDKIE KEAKRAKEKGSGFLSGLFKGTKHAADEVADDVKEFLEEAKRESSEEKTRVYEAMEKRIED TAAAKDRAIIEAKETKDKIASSVRDGLEKVSDVGRVVGEKLEDGAKRGGERIESTAREAV TGARDAKEKLGEKMAEVGKKVDEGIASGAKAIGDETRAAKDRAEKEAKEDMAAARQKISS GVDAAMDSADAAKEKIAREAKKGKEKGGGFLSGLFRGAKHAAEEVSEGVEDLVDETKRVA GEEEARARQAVEKAGKDVEAAREKAVAEAKDARDKTAISMKRGKDKVGEKASESMKTVAA VGKMVVDEATKRAEAVVGEAADGVEATKEKLAADAKDAKDKLADKAADTVRAIGEKVKAE EVGRGSGDGAKERASEEDVDGAISAKERAGKEGKRAKEKGGGFLSGLFKAAKQSTEEISD DAKDLLEEARREVSEESGRVRDAADEKLKSAKAAKDEAIEGAKDKVVAAVKRSEDAIGGK VSDVARQATDAGKSVGDEARRAAEITETRIREMGDGAKATKDKVAADLERVKAGAATTAE DAMATIGEKAREGGKAAMEGARRAEDKAAREMEAGKERISSEMDKAAESVAAAKDKLAKE GKKGKEKGSGFLSGLLKSVKQAADEVSEDVREFVGEKKREAVEEEARAREAASGKLKDLG AAKDKAVGEAKEARDKVKDAVKDGKEKVEEKASDIARRVTDAGEALGGKVSSGAKDAEAK AEAAVKDLAEARDEATAGAKDAVDRGASLVKGAEERIGEAVSDTARKVTDGGKAVGERIA DGARKAEEKISGGAKAAKDAVVKEVKEDAEAAKEKAAAAIDAVTDGATSAKDKAGREAKK AKEKSVGFLSGLFKGAKHAADEASGDAKEFLEETRREATEEKSRLREAVEGKVKDAEAAK DGAVADAKDATRKIVGIAKDAGDKAAGKISEGVERTTDAGRAAGEKIVDGAKLVQAKTKE AADAAKDKLVSDTREIGERIESAARDGKDRVGEKVKMAEDETVAVARDIADVAKTTKDKV AKGAKEGVDVAKEKVSSGVESVVDGASSTKETISKEAKKAKEKGGGFLSGLFKGVKHAAD EISEDGKHLVDEARKETAEAGEKLGKGVDATRDKGIAIAKDAKDKVSNKVSEGVQKVSDV GKAVGERATDGAKEIGTGMEAGARRMGDAAKATKDKVAAGVKDCKDEAIASARDARDKLA ERVAEGGEAIGEKVAAGAERVEAAVRKAADEAKETKEKVRKEIGDDVESVKREVSSGAGA LVEGATSAKDKATKEAKKAKEKGSGFLTGLFKGAKQAADDVSDEVKEFLDVTRREAAEEE ARAREARDKAAADIEKAVGEKASEVGKAVGEGVKRVEERTDAAIRDTVDIAKATKDKLIT TDAKDKAASVVRDAKDKVKEKGSEGGEKISEAVKRAGEKVEDENAKAAKEAEKVGTEIKK DVDAAADAASSAKDKAARDAKKGKEKGSGFFSGLLKSAKHAVDEVSEEVKEFVDETKKEA TKEEARAREALARKADAAKDKAGAEWNDAKDKARTSVRDATDAVGGKITEGVQKVSDTGK IVSGKIVEGAKGVEARTEAVARDAVESGKAAKDKAVFEAKVVKDALATSAKDAKEGIGEK ISEGVEKVSDAGSLVSAKLAEGAKRIGGGETESVARMTKDPLSEGIKGDAAREKAMDDGG EARDKASKEGKKGKEKSGGFLSGLIKGVKHAADEVSGEVKEFFDETKKEAVEEEARARRA LVAKAKEAEAVKEEIATGAKDAKEKIGERVTGGVQKVSDKLVDGAKMVEIKTETRAREIA EYVEATRDKVIADAKDGGEKVATAAKDTKEKIGEKVSGTAHAVSEVGKAVGAKITDGIKK TEAKVGTIGQEASDGAKATRDKLAKEVKEDSSIVKEKISSGVDTAMDGAKAAKDKAWKEG KKAKEKSGGFLSGLIKGAKHAADEISGDVKDFVDETKKEAMEEEARGRVAASEKSKQVEI AAESGKSGKGKVKSAQRASDSGKAGSERDAGRIFGEKLSNQAGQRFIAVSSDPKSAVAEF LEEMKRDSAWDKVHFQHEPDVHLYENVDTMFVKERKEEGESREGGAGKHEKESKKSAMKV AYSVFDPLSELDSEARVRLSEREIEDSDGGGESMFKKVSRIPQRVSSSTERVSPSSSSDS SSSTVRILNVFRNVEHLEPRTRQTVTTVVTKSVRTATTPPPSPAEYTDNVTEEAARRAQD LADQAQSLAKSGHDSAEIDGTRVERHATSAPTKQPVPAPRHSTRSSIKTDFHLDLADTPY SPKTSKPRDEESRPVQGHHFSPDKNSPTSKIPVRVKKSAENGRGSKIEFDDQRSLDFATT RENGGDEDGEFSLGEKEARQPEEDKERSDSSLKSEPSNETHETATIIEETCCSALPIDEH ELVKRTETAVIGGETRDRSSFDESTREISSRVDKWPIDSKPIDERGKTREEVVRTVVTTV RCATTVESYVMERSERIAGRLERGNGVDYDVEQASGNMIKSDTELSEPWAQASLSDRSFP NDEKVEQWESQLSQDTSPGSGNGDIYTKNGSSRHDLNSDTDSDGSPRSRRRSPSKRCTLG SSSGSDVALHEGAELSPLEDDQESDFLQLSEPSYMETTTTEEDPETQERITRTVQVITTT SGTASGPDELRESMQKIVDRFMMEERRDQ |
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