NMPFamsDB

NMPFamsDB

NMPFamsDB

A database of Novel Metagenome Protein Families

A database of Novel Metagenome Protein Clusters

A database of Novel Metagenome Protein Clusters
x
This website uses cookies to improve user experience. By using NMPFamDB you consent to all cookies in accordance with our privacy policy. OK
Sample 3300005225

3300005225: Hotspring Microbial Communities from Lower Geyser Basin, Spring Unknown 43 (Mound Spring), Yellowstone National Park, Wyoming, USA ? Sample 3, bulk metagenomes as controls for mini-metagenomic methods



Overview

Basic Information
IMG/M Taxon OID3300005225 Open in IMG/M
GOLD Reference
(Study | Sequencing Project | Analysis Project)
Gs0114622 | Gp0115256 | Ga0073353
Sample NameHotspring Microbial Communities from Lower Geyser Basin, Spring Unknown 43 (Mound Spring), Yellowstone National Park, Wyoming, USA ? Sample 3, bulk metagenomes as controls for mini-metagenomic methods
Sequencing StatusPermanent Draft
Sequencing CenterStanford University
Published?N
Use PolicyOpen

Dataset Contents
Total Genome Size93020691
Sequencing Scaffolds38
Novel Protein Genes53
Associated Families35

Dataset Phylogeny
Taxonomy GroupsNumber of Scaffolds
Not Available24
All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber2
All Organisms → cellular organisms → Bacteria5
All Organisms → Viruses → Predicted Viral1
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Cyanobacteria/Melainabacteria group → Cyanobacteria1
All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → Flavobacteriaceae → Muricauda → unclassified Muricauda → Muricauda sp. M101
All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → unclassified Bacteroidetes → Bacteroidetes bacterium1
All Organisms → Viruses → unclassified bacterial viruses → Cyanophage cp-OS1
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Deinococcus-Thermus → Deinococci → Thermales → Thermaceae → Thermus1
All Organisms → cellular organisms → Bacteria → FCB group → Candidatus Hydrogenedentes → unclassified Candidatus Hydrogenedentes → Candidatus Hydrogenedentes bacterium ADurb.Bin1701

Ecosystem and Geography

Ecosystem Assignment (GOLD)
NameMicrobial Communities From The Yellowstone National Park, Bulk Metagenomes As Controls For Mini-Metagenomic Methods
TypeEnvironmental
TaxonomyEnvironmental → Aquatic → Thermal Springs → Near-Boiling (>90C) → Alkaline → Hotspring → Microbial Communities From The Yellowstone National Park, Bulk Metagenomes As Controls For Mini-Metagenomic Methods

Alternative Ecosystem Assignments
Environment Ontology (ENVO)aquatic biomehot springsediment
Earth Microbiome Project Ontology (EMPO)Free-living → Non-saline → Water (non-saline)

Location Information
LocationYellowstone National Park, Wyoming, USA
CoordinatesLat. (o)44.564833Long. (o)-110.86325Alt. (m)N/ADepth (m)N/A
Location on Map
Zoom:    Powered by OpenStreetMap ©


Associated Families

FamilyCategoryNumber of Sequences3D Structure?
F015070Metagenome / Metatranscriptome257Y
F019254Metagenome231Y
F020181Metagenome / Metatranscriptome225N
F021443Metagenome / Metatranscriptome219Y
F028182Metagenome / Metatranscriptome192N
F033055Metagenome / Metatranscriptome178Y
F033339Metagenome / Metatranscriptome177N
F036130Metagenome / Metatranscriptome170Y
F040513Metagenome / Metatranscriptome161Y
F041593Metagenome / Metatranscriptome159Y
F043237Metagenome / Metatranscriptome156Y
F050401Metagenome / Metatranscriptome145N
F050402Metagenome / Metatranscriptome145Y
F051766Metagenome / Metatranscriptome143N
F063403Metagenome / Metatranscriptome129N
F069506Metagenome124N
F069691Metagenome / Metatranscriptome123N
F075804Metagenome / Metatranscriptome118N
F080678Metagenome115N
F084856Metagenome / Metatranscriptome112N
F085286Metagenome / Metatranscriptome111N
F086282Metagenome111N
F086364Metagenome111N
F088087Metagenome109N
F092114Metagenome / Metatranscriptome107N
F092122Metagenome / Metatranscriptome107Y
F092976Metagenome106Y
F093431Metagenome / Metatranscriptome106N
F096328Metagenome104Y
F098762Metagenome / Metatranscriptome103N
F100012Metagenome103N
F101227Metagenome / Metatranscriptome102N
F102748Metagenome / Metatranscriptome101N
F104114Metagenome101Y
F104561Metagenome / Metatranscriptome100N

Associated Scaffolds

ScaffoldTaxonomyLengthIMG/M Link
Ga0073353_1000220Not Available571Open in IMG/M
Ga0073353_1000437All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber5404Open in IMG/M
Ga0073353_1004631Not Available890Open in IMG/M
Ga0073353_1008195Not Available5114Open in IMG/M
Ga0073353_1011128Not Available806Open in IMG/M
Ga0073353_1015813Not Available787Open in IMG/M
Ga0073353_1016114Not Available927Open in IMG/M
Ga0073353_1017653Not Available11712Open in IMG/M
Ga0073353_1019999Not Available919Open in IMG/M
Ga0073353_1022430All Organisms → cellular organisms → Bacteria3022Open in IMG/M
Ga0073353_1026062All Organisms → Viruses → Predicted Viral1051Open in IMG/M
Ga0073353_1029064All Organisms → cellular organisms → Bacteria → Terrabacteria group → Cyanobacteria/Melainabacteria group → Cyanobacteria2106Open in IMG/M
Ga0073353_1033362Not Available557Open in IMG/M
Ga0073353_1035890All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → Flavobacteriaceae → Muricauda → unclassified Muricauda → Muricauda sp. M10831Open in IMG/M
Ga0073353_1038504Not Available634Open in IMG/M
Ga0073353_1038864All Organisms → cellular organisms → Bacteria5225Open in IMG/M
Ga0073353_1039734All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → unclassified Bacteroidetes → Bacteroidetes bacterium631Open in IMG/M
Ga0073353_1044916Not Available726Open in IMG/M
Ga0073353_1045459All Organisms → Viruses → unclassified bacterial viruses → Cyanophage cp-OS1438Open in IMG/M
Ga0073353_1047359Not Available9993Open in IMG/M
Ga0073353_1049376Not Available1044Open in IMG/M
Ga0073353_1049509All Organisms → cellular organisms → Bacteria → Terrabacteria group → Deinococcus-Thermus → Deinococci → Thermales → Thermaceae → Thermus2811Open in IMG/M
Ga0073353_1053160Not Available574Open in IMG/M
Ga0073353_1058668All Organisms → cellular organisms → Bacteria11782Open in IMG/M
Ga0073353_1061688Not Available3530Open in IMG/M
Ga0073353_1065923Not Available780Open in IMG/M
Ga0073353_1067420Not Available4847Open in IMG/M
Ga0073353_1068231Not Available5431Open in IMG/M
Ga0073353_1070680All Organisms → cellular organisms → Bacteria704Open in IMG/M
Ga0073353_1083266Not Available640Open in IMG/M
Ga0073353_1083798Not Available528Open in IMG/M
Ga0073353_1084683All Organisms → cellular organisms → Bacteria → FCB group → Candidatus Hydrogenedentes → unclassified Candidatus Hydrogenedentes → Candidatus Hydrogenedentes bacterium ADurb.Bin170911Open in IMG/M
Ga0073353_1086632Not Available506Open in IMG/M
Ga0073353_1093373Not Available2460Open in IMG/M
Ga0073353_1095088All Organisms → cellular organisms → Bacteria → Aquificae → Aquificae → Aquificales → Aquificaceae → Thermocrinis → Thermocrinis ruber3383Open in IMG/M
Ga0073353_1096292Not Available1537Open in IMG/M
Ga0073353_1100007Not Available665Open in IMG/M
Ga0073353_1104273All Organisms → cellular organisms → Bacteria1155Open in IMG/M

Sequences

Scaffold IDProtein IDFamilySequence
Ga0073353_1000220Ga0073353_10002201F098762IFHSHSAMVVQYPSLAERVAYPVISENIDYSAIDGSIRAWYPFTRVQNTLTVYGMGVWRDNLYYVAGNKFYRYPTVLLGTLDDEPLITERAYFVPLADVLVVVASGSIYLYDTANGFRKFQPPTPPTNTPTTERVLFTANRGTDYGGTATFTDGTNDYTLADVADSEPGAHRWFGIDLPADRPNYVSEIS
Ga0073353_1000437Ga0073353_10004373F043237MDLEKTAKYIAQLSARGYKYAIIGQLSGYNRKLVKRLEYNGFVFYLCRLQTKKEVIAYCLERAQGTFKVYCLSSKPLEFPNAPLKLWYDEKGQRLRLLAQRSFINACLNAIERASSLTYPSPKLYIAQVNKALRQLYEILAYTYNDKERVRAIRRKVKHWVVEALKSQYGLKPKDAMLDYSRYVLKFSDVLRKKKTQKSASASSDAEGGRIGG*
Ga0073353_1004631Ga0073353_10046312F096328MTEAAYHLSKEAEIILAPYVQHLVGAKDPPRISSPSFAAIWDYAFNDDLLVDLKLACKARSYGKVSHRTLTDIRKSLESGVVVALLVPPRLYLLSPWDITWDGRLEALWNRPSILLPKNVLDRVWDIYSRMTS*
Ga0073353_1008195Ga0073353_10081956F063403MEQTFDRQEALRALRVAIRSVRRTPIRIPFGDDDRFFIEIRIPRFAERLDLQMAAELFLGGYESSERLLRSLPSVITAFRLPAEDDDGNFVQAIYNAEPLPDLPVINLTPADLFSDDSAFNATPALMTVIITTLMTLSGRTQAVAAGVNALLELFPGTNQNSADLLEQGSSGMSGDQ*
Ga0073353_1011128Ga0073353_10111281F021443MKCLLDDSKLNFIFRSSYVTCHNNGYNYYQTNGILSFAIMDLVFKIIKQQKRKSIILKKRRPIIHLLNYIDILNFNFNFNSNISDITFPLKNKHETQLIYDLYLHRNLYRRRYYKDFYKDSLKVIERENLCIIKLEDDYASGIQPKNLNLVAMLMRILEKEEIDMIDIDGIIFYCVFLM*
Ga0073353_1015813Ga0073353_10158131F050401MNWFTRLFTLPKRYNSLSDIARDPFGAITNTAQWAVPLAVGLPGGFSALPKLVNNPALLAKWSLGNAPQLFSVKNAINTQNAMNWFKNPNNLALLVGGLAYLDQSRRARKASAQMDAYRQQLSGLGELERLFNTQLLNRRIGAVGTVLDPSFAIAQLRAVETDTANRLRRMMDTAGVKSQRSVEDALARTAGELSRQRALIPLQYAQATLGIPLGTQYTSLVGSLLGQQRADE
Ga0073353_1016114Ga0073353_10161141F015070MGELERLGFIGVADYIDRQEDWRSPEWKSLNKEFFTVVADNLLDFLWDYYLPL*
Ga0073353_1016114Ga0073353_10161142F041593MASKNTHNELYKLAIAMHKHNGRGVKWNLDYLLSQEQARNNARNNSTQLSLPIH*
Ga0073353_1017653Ga0073353_10176536F084856MMERGDAMSDLSNLMIVTHLYTKEHAEALSLTLSEWRKLAPSSQIIVGYYQSRFQPSDFSNLMQDDAVEFVPVSNSSYGAAYDTLLERTIGKPILILAPYAVPKEWFIGASGSLLKWFESYAIIGRYKQPRILVSDAILMPLVAPVIVELGRLQMDCIAVREDVPRSVGYHEWWFGSILVRARPGAFLLYNALAAGYPVLTLPRNCNPVRYVKPETQMDRKSGKPSGRR*
Ga0073353_1019999Ga0073353_10199991F085286MAKMVVPMDTLQQLLQQARMSGNAELVAQLEQAIRDAKPVKNPNAIDDWDDAREAFQAGNLTIKKEAVREAARVLFAIADQTPQYREKVLQLFSRAMRNGES*
Ga0073353_1022430Ga0073353_10224302F069506MQLEQQTFTDEQIKQAIEEVWQELLQEADAEDYSLEEYLEHYRKYWDEPDFPNDIPEIIMRAVEKIVGRPLSWYCELVRDPAGFTGEYSFVVVDPRTQKCLTYREYTSDGVNVHRFIHVAGTVVDYEDIVRLVTKLLNQIQSALADA*
Ga0073353_1022430Ga0073353_10224303F086364MEREKIIAALETAFAEISGAEYEDEPTTFAQFLESFKKFRDPDFPVYWIPWTVEEAVEELTGRKFGWHEDAFKDEWNYTGEFGFICVDPETLRCLTAERTDDERCAVSVVFPILSIDDAVQAVEYFLRLVQQA*
Ga0073353_1026062Ga0073353_10260622F092114MRELLSITREELEQLLGENPPKRDTWLLKCRRLREIVSNLPSYQIITTSIPEGHSNLLLINITIKAHAMMQLLRGTAIDFGADNEPFQKQFAEFLASNELALRDAILQRLVVGIGAVCVVGDKQRGWRLQSISPNDLWWDCTTGDVMQPKWIAREYRDTDGTRYREVWYADVYHRYKVDSTDVETQHNPYGVIPIVLFPAHYIPDTVYPIGDVELACPQQFILDEIRRTFLNMARRGAGFFAVKQSSIDETELQRLQNPDEVYILVKEQDAIMPIPTPPPNPEWQALETLAKQDMDALMGISEYVRGVLP
Ga0073353_1029064Ga0073353_10290641F036130MSEFPMFGSGDEFLRYMEQLVADIREGRVEDPPYHAVFLANRDEAEESLAYHREEAVRLGFDPDRVVMLRDPTFDDWVVLIPSDQDDAAFEELWGDESDDVIPF*
Ga0073353_1029064Ga0073353_10290643F033339MEMGVQGGSTGDPQIQGRSPNQSLFQGGCIVFRSKLTNLDVGVVVATPSPRVRVLFDNRNHATQKVILYVGFPDKESAERVYSWLITHGYRHYDRATDTGILKPRKAERVSGMAWEIKIHRPTVELVKRFVVKDLAR*
Ga0073353_1033362Ga0073353_10333621F092122MLNTLLRHLGIPSKPEQTQGPDNPDEGKLSAAIETAKEAMEGLAKSTLTAISTIREMASSIGLDPLLEIMRKAYEGLCFVIGLPTT
Ga0073353_1035890Ga0073353_10358902F050402MFLQLPTTRKGAIAERYVRDVLVSKGWHIYTYSADQPHPIDMLAITPDKQLVGVEVKCKCARLYYPDTGIDRNDYYAYHNLQSQLNLPILILFADNYSKTVYGNYLDTLSQPITIVDNQRTLLYPMITEQYVYFPLQVMEHYADIPPAIVAQLNTRTHSKYYHPIPRTTDVDDDGV*
Ga0073353_1038504Ga0073353_10385041F043237LEYDGFVFYLCRLQTKKEVIAYCLERAQGTFKVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLAQRSFINDCLNAIEKASSLTYPSPKLYIAQVNKALRQLYAILAYTYNDKERLKAIKKKVKHWVVEALKSQYGLKPKDAMTDYHRYVLKFSDVLRKKVKKNLKP*
Ga0073353_1038864Ga0073353_10388644F051766MAIKKQGIVSGSYAFSGVEDNGLVTLTSPIDDIYIIEIQSLTQLFNFISPYDIPIMVDNTIYQVTNVADYSSASDTLIYSTVNTPRGSKTIIECEIKAIGIKPNSSVIFSTQERWIVYPEKTYQLVDGGTQSFTFTDNSIAYLRLTGKRILPTQLTSAYR*
Ga0073353_1038864Ga0073353_10388645F015070MMEELEKEGFVGIADYVDHPSWESPEWKALNREFFTVLVDDLLDFLWEYYLPL*
Ga0073353_1039734Ga0073353_10397342F033055MMVYPNQVIVNDNWATNTGIGILLALGENDGLYIYNTSPINLLHLGMPQEVVNCELRVQGTGSLFTPPLVLNFYRANNLIDSISVPTTNDWVVHTLTVDRWDSVELMVGIG
Ga0073353_1044916Ga0073353_10449162F040513MNALIQFLDYLVRELEFHYSLQRADSLIDYLDYLDAIVSLEEIRASEEYRKLCK*
Ga0073353_1045459Ga0073353_10454591F069691MTGTPPSNATVEQILVWALLALHTRGSSQTVQEGGEVLPRFSYALAPNAIILRANLPLQEGWPGATGPLWFRVGEAVQGGLPTGF*
Ga0073353_1047359Ga0073353_10473592F084856MERGDAMSDLSNLMIVTHLYTKEHAEALSQTLLEWRKLAPSSQIIVGYYQSRFQPSDFSNLMQDDAVEFIPVSNSSYGAAYDTLLERTIGKPILILAPYAVPKEWFIGASGSLLKWFESYAIIGRYKQPRILVSDAILMPLVAPVIVELGRLQMDCIAVREDVPRSVGYHERWFGSILVRARPGAFLLYNALAAGYPVLTLSRNCSPVRYVKPETQMDRKSSKPYGRR*
Ga0073353_1049376Ga0073353_10493762F104114MERLRLWLSLTQDEKFAAAEKELKDAIVVRYDEFADEWSLVRSVEDFSPGTLAEIIIQTVEALLGLQWQLEWDYDADADDMVWSSGATAYWFKVSDPETGYVLTHKTSGMTGERLRYFKLIETFRDAVQAVVDLADIIAEKLPVVRSQVPLIKEVK*
Ga0073353_1049509Ga0073353_10495091F096328MKDAAYFWSKDAEIILAPYVQVLVGSEKPPQISSPLFAESWDYSFEGLLVDLKLACKARVYGRISDRTLADIRASLVKGVMVALLVPPYLYLLFPQDITWDGRLEALWNRPSILLPKSVL
Ga0073353_1053160Ga0073353_10531601F093431QHGDEYEYVITGTAFYQNAPWQVTGSRVERFRSVGAGVYQWIIETQFVLRRGSLTQTFNEDIVWYITQDRETRQVSVIGYGDTPDSPRIDAELPYQPILPGVIHQNSNFSTTITFEDESQYTKSWQIGGWEDVSTYAGSVGCYRIREEGSWSRPLPFTEATVAATAWFSPQLMNYARIETRESGWIGANPV
Ga0073353_1058668Ga0073353_105866810F069506MQLEQLTYTEEQIKQAIEEVWQELLQEADAENYSLEEYLEDYRKYWDDTCFPNDIPELIMRTVEKIIGRPLSWYCELVRDPAGFTGEYSFVVVDPKTQKCLTYREYTSDGVNVHRFINVAGTVVYYEDIVRLVIKLLDQIQSALADA*
Ga0073353_1058668Ga0073353_105866811F100012MDREKVLQALKEAQAEYNIKNLDRLVREAWEEGDVLYAEIVVELTERAVEILFNQHFLWVHIVESEDCEEWIPDGWYSFVAVHPETGQCLTFLNDPVYRCKSASFRARIRSADDAVDAVMRLAELIERNLKSRAVE*
Ga0073353_1058668Ga0073353_105866814F080678MFVRKVDAKTTPISEVYDDWERIWMGEKEIRRFLAYTGLSAPPYNLRVEHFLKFPFLRGISAGKFMRKLQKLGVTWSFNRDVVRHGVLQAVGYKWRDIEEFEHMRVLVARR*
Ga0073353_1058668Ga0073353_105866815F088087MKASDGSVWLPVTVSSAPCEVCKRKSKSVVYECTEGKWAGVRVVACPEHAEKAIEQFIAGGDE*
Ga0073353_1058668Ga0073353_105866818F092976MMVQEILHWKQELRQVKQEFLQVWQKCPRCGARWVDISWDAESDHEFLLVECRSGHLFRADEQFWLFDCDDYSDAGVYVPSEETETTEVSAYAG*
Ga0073353_1058668Ga0073353_10586684F104114MERLRLWRSMTQDEKFAAAERELKDAVVARYDEFADEWSISRSVEAIAPSALAEIVIQTVEALLGLQWQLEWDYDADADDMELDSGATAYWFKVSDPETGYVLTHKTSGMTGERLRYFKLIETFRDAVQAVVDLADIIAKKLPVVRSQVSLIKEVK*
Ga0073353_1058668Ga0073353_10586689F086364MEREKIIAALETAFAEISGAEYEDEPETFAEFLESFKKFRDPDFPVYWIPWTVEEAVEELTGRKFGWHEDAFKDEWNYTGEFGFICVDPETLRCLTAERTDDERCAVSVVFPILSIDDAVQAVEYFLRLVQQA*
Ga0073353_1061688Ga0073353_10616882F104114MERLRLWLSLTQDEKFTAAEKELKDAVVARYNEFADEWSPSRSIEDIAPGALAEVVIQTVEALLGLQWRLEWDYDADADDMELDSGATTYWFKVSDPETGYVLTHKTSGMTGERLRYFKLIETFRDAVQAVIDLADIIAKKLPVVRGQVSLIKEVK*
Ga0073353_1065923Ga0073353_10659231F043237KRLEYDGFVFYLCRLQTKKEVIAYCLERAQGTFKVYCLSSKPLEFPNAPLKLHYDEKSQRLRLLAQRSFINDCLNAIEKASSLTYPSPKLYIAQVNKALRQLYSVLAYTYNDRERLKAIKKKVKHWVVEALKRHGVKPKDAMLDYSRYVLKFSDVLKKKRQSPSPRTAH*
Ga0073353_1067420Ga0073353_10674203F080678MFVKKVDAKTTPIAEVYDDWERIWMGEKEIRRFLAYTGLSAPPYNLRVEHFLKFPFLRGISAGKFMRKLQKLGVTWSFNSDVVRRGVLQAVGYKWRDIEEFEHMRVFGRKEVSAHAGI*
Ga0073353_1067420Ga0073353_10674204F088087MKASDGSVWLPVTVSSAPCEICKRKSRSVVYECTKGKWAGVRVVACPEHAEKAIEQFIAGGEE*
Ga0073353_1067420Ga0073353_10674207F092976MTVQEILHWKHELRQVLQEFLQVWQKCPRCGAKWADTAWDAESDHEWLIVECKAGHLFKADEEFWLFDYNGSGVYVPSEETEMTEVSAHAG*
Ga0073353_1068231Ga0073353_10682317F063403MMHLITIKEAMLIMEQTFDRQEALRALRVAIRSVRRTPIRIPFGDDERFFIEIRIPRFAERLDMQMAAELFLGGYESSERLLKSLPSVITAFRLPAEDDDGNFAQAIYNAEPLPDIPVINLTPTDLFSDDSAFNATPALMTVIITTLMTFSGRTQAVASGVNALLELFPGTNQNSADLLEQGSSGMPGDQ*
Ga0073353_1070680Ga0073353_10706802F028182LRYNVSNMPKVSISEAARRLETTEEVIREWIRLGLLDVELPSAKPRRTRELNLAFQPTSAVPEPKVDLEQLYEVAEREGWLLLSLEAWDAADSEP*
Ga0073353_1083266Ga0073353_10832661F043237AQLSRHGYKYAVLGELSNYNRELVKKIDLEGFVFYLCRLPSKKEVITYCLQKTDKPFKVYCLSSKPLEIPHMPLKLHYDEKTGRLRLLAQKSFINACLNAIEKASEVKYPSPKLFTGHINRILRQLFEVLAYTYNDRERLRAIKRKVKHLFVSALKENYGIEPKKAMEEYRRFVVKFSDVLKRKQRANSSTS*
Ga0073353_1083798Ga0073353_10837982F075804VGLVFVKMLKHISGSLKNTKKYQLWQEAYWLVWLKQALETFTEQHLQLKNPEIRAFVRLQGQVLHIKIAAKEPTVLAALKIAQKALLNFLHQNLPQKAQSFTQLKISFLVK*
Ga0073353_1083999Ga0073353_10839991F102748MMNSLRAICCGRYNRPAVGFSPKPSVLSKLVVVLLVYTLTLLCGQPTVADSASQHTQDVRVYKIRVDYTATIRYTDARGEVQEKSVQRACEFVFDTPISFEEALSLIDGAFVTGVSSHDSLIHDVTEACSEPCCGVWCCWLGRNSKEWAWKPDGIWLASLY*
Ga0073353_1084683Ga0073353_10846832F086282MLIIDQINSLSKRLCSNLVIYRHCPVCDGHGAHRHGVYRRTLPDSAVQKVRVPRFLCLNCRKTFSCLPFCLVRRLGISLSDLIRCAASTEPWAALEETLMIARSTLWRWRHIGKKLLAVMPELVVLAEYSWIEASHKISRIQYPSLLVKPHPTQAGN*
Ga0073353_1086632Ga0073353_10866321F020181QKDDPNWAVYNPPNPQVVYTWLNLDRSFSYSNANAILDADILLRLPTLYRRDYKPLPSGARLPIHIAPDVQDLAKARWNVWRFGQFVADGIKVPTIEAWSRTRQLRAVTYRPLPKLHSGDPIPHRVDSLRYGTMRIPVLNYSPDMIAGYPCPPGGEPREAAGELPRVW
Ga0073353_1093373Ga0073353_10933735F040513MNALIQFLDYLVRELEFHYALKRMDSLIDYLDYLDTAISLEQIRSSEEYRKLQ*
Ga0073353_1093373Ga0073353_10933736F015070MGELERLGLIGVANYIDCQESWVSPEWKSLNREFHTVVVDNLLEFLWEYYMPL*
Ga0073353_1095088Ga0073353_10950883F043237MELERTARYIAQLSSRGYKYAVVGKLARYDKKLVKRLEYEGFVFYLCRFQTKKEVVEYCLERTEGTFRVYCLSAKPLEFPNAPLKLHYDEKTKRLRLLAQRSFINECLRVIERASNLKYPNHKLYTIKVNEALRNLYSILAYTYNDRERLRAIKRKVKHLFVSALKENYGIEPKKAMEDYRRFVVKFSDVLKRKQRANSSTS*
Ga0073353_1096292Ga0073353_10962922F015070MEELEQSGFIGVADYIDRQESWVSPEWKELNQEFYTVVVDNLLDFLWDYYLPL*
Ga0073353_1100007Ga0073353_11000071F101227MTPKSVSAYYVAILFTTVLFQLDGLRWLVISIQQWLISGIQSVTTLSITATVYWIVLFLVTAIITSLFKFFIIDPLELHANDDQTRDWWVWLFALLVFGLFIYTLNLNFDQSMPLELPKFLVKIFQGSRNTPGAEINSLAESNFYSIFPWIWQVGPVIFMYYYASQEKNKKASSS*
Ga0073353_1104273Ga0073353_11042733F019254MPSEKIQEALSYLQDDWPLRVLLSALAERVAELAALLGKAEAQKLPPEFLTGIRAIEEEMHELSRLCQNPPRPEMGNRRKVDSLPLF*
Ga0073353_1109581Ga0073353_11095811F104561PGGDSGYPPVDVLVKVLKHCLEHLGLDVDSNYLQQAQVDSNYLEQAKDLMLFAAALAHIIDVMQARCFDERAYNQNTTRPLPTKLQFGSQGSDTSGTVQFGSQTSDTGGKKSQKLMDDFLKSLYDWICKKAFSDLNKLNPNGHFTVSAYYLIYQAILNQQIPDSEQNLGSALNSMMMNYGSIIKESLAQLGISSR*

 ⦗Top⦘



© Pavlopoulos Lab, Bioinformatics & Integrative Biology | B.S.R.C. "Alexander Fleming" | Privacy Notice
Make sure JavaScript is enabled in your browser settings to achieve functionality.