Sample 3300012746

Basic Information
IMG/M Taxon OID	3300012746 Open in IMG/M
GOLD Reference (Study \| Sequencing Project \| Analysis Project)	Gs0126301 \| Gp0177795 \| Ga0157556
Sample Name	Oligotrophic lake water microbial communities from Sparkling Lake, Wisconsin, USA - GEODES049 metaT (Metagenome Metatranscriptome)
Sequencing Status	Permanent Draft
Sequencing Center	DOE Joint Genome Institute (JGI)
Published?	N
Use Policy	Open

Dataset Contents
Total Genome Size	55342843
Sequencing Scaffolds	62
Novel Protein Genes	86
Associated Families	66

Dataset Phylogeny
Taxonomy Groups	Number of Scaffolds
All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Stichotrichia → Urostylida → Pseudourostylidae → Pseudourostyla → Pseudourostyla cristata	2
All Organisms → cellular organisms → Eukaryota → Haptista → Haptophyta → Prymnesiophyceae → Prymnesiales → Chrysochromulinaceae → Chrysochromulina → Chrysochromulina tobinii	12
Not Available	23
All Organisms → Viruses → Predicted Viral	2
All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Peridiniales → Endodiniaceae → Brandtodinium → Brandtodinium nutricula	1
All Organisms → cellular organisms → Eukaryota	5
All Organisms → cellular organisms → Eukaryota → Haptista → Haptophyta → Prymnesiophyceae → Prymnesiales → Prymnesiaceae → Haptolina → Haptolina brevifila	1
All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae	2
All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Suessiales → Suessiaceae → Polarella → Polarella glacialis	2
All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage	2
All Organisms → cellular organisms → Eukaryota → Cryptophyceae → Cryptomonadales → Cryptomonadaceae → Cryptomonas → Cryptomonas curvata	1
All Organisms → cellular organisms → Eukaryota → Sar	2
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodobacterales → Roseobacteraceae → Shimia → unclassified Shimia → Shimia sp. WX04	1
All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Oligohymenophorea → Peniculida → Parameciidae → Paramecium → Paramecium tetraurelia	1
All Organisms → cellular organisms → Eukaryota → Viridiplantae → Streptophyta → Streptophytina → Embryophyta → Tracheophyta → Euphyllophyta → Spermatophyta → Magnoliopsida → Mesangiospermae → eudicotyledons → Gunneridae → Pentapetalae → rosids → fabids → Cucurbitales → Cucurbitaceae → Benincaseae → Cucumis → Cucumis melo → Cucumis melo subsp. agrestis → Cucumis melo var. makuwa	1
All Organisms → cellular organisms → Eukaryota → Sar → Stramenopiles → Ochrophyta → Chrysophyceae → Chromulinales → Chromulinaceae → Ochromonas → unclassified Ochromonas → Ochromonas sp. CCMP1393	1
All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Oligohymenophorea	1
All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Postciliodesmatophora → Heterotrichea → Heterotrichida	1
All Organisms → cellular organisms → Eukaryota → Haptista → Haptophyta → Prymnesiophyceae → Prymnesiales	1

Ecosystem Assignment (GOLD)
Name	Freshwater Microbial Communities From Oligotrophic, Dystrophic, And Eutrophic Lakes In Wisonsin, Usa
Type	Environmental
Taxonomy	Environmental → Aquatic → Freshwater → Lake → Unclassified → Freshwater → Freshwater Microbial Communities From Oligotrophic, Dystrophic, And Eutrophic Lakes In Wisonsin, Usa

Alternative Ecosystem Assignments
Environment Ontology (ENVO)	freshwater lake biome → oligotrophic lake → lake water
Earth Microbiome Project Ontology (EMPO)	Free-living → Non-saline → Water (non-saline)

Location Information
Location	USA: Wisconsin
Coordinates	Lat. (^o)	46.008	Long. (^o)	-89.701	Alt. (m)	N/A	Depth (m)	4
Location on Map

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Family	Category	Number of Sequences	3D Structure?
F000021	Metagenome / Metatranscriptome	6082	Y
F000023	Metagenome / Metatranscriptome	5736	Y
F000052	Metagenome / Metatranscriptome	3223	Y
F000070	Metagenome / Metatranscriptome	2710	N
F000075	Metagenome / Metatranscriptome	2622	Y
F000121	Metatranscriptome	2072	Y
F000155	Metagenome / Metatranscriptome	1877	Y
F000191	Metagenome / Metatranscriptome	1666	Y
F002706	Metagenome / Metatranscriptome	535	Y
F002986	Metagenome / Metatranscriptome	515	Y
F003081	Metagenome / Metatranscriptome	508	Y
F003495	Metagenome / Metatranscriptome	483	Y
F004023	Metagenome / Metatranscriptome	456	Y
F004178	Metagenome / Metatranscriptome	449	Y
F004777	Metagenome / Metatranscriptome	423	Y
F005238	Metagenome / Metatranscriptome	407	Y
F007472	Metagenome / Metatranscriptome	350	N
F007571	Metagenome / Metatranscriptome	348	Y
F007736	Metagenome / Metatranscriptome	345	Y
F007922	Metagenome / Metatranscriptome	342	Y
F008473	Metagenome / Metatranscriptome	332	Y
F008934	Metagenome / Metatranscriptome	325	Y
F009205	Metagenome / Metatranscriptome	321	N
F010164	Metagenome / Metatranscriptome	307	Y
F012124	Metagenome / Metatranscriptome	283	Y
F012351	Metagenome / Metatranscriptome	281	Y
F014475	Metagenome / Metatranscriptome	262	Y
F015090	Metagenome / Metatranscriptome	257	Y
F016362	Metagenome / Metatranscriptome	247	Y
F016926	Metagenome / Metatranscriptome	243	Y
F017648	Metagenome / Metatranscriptome	239	Y
F017832	Metagenome / Metatranscriptome	238	Y
F018700	Metagenome / Metatranscriptome	233	Y
F028443	Metagenome / Metatranscriptome	191	Y
F030329	Metagenome / Metatranscriptome	185	Y
F031523	Metagenome / Metatranscriptome	182	Y
F036600	Metagenome / Metatranscriptome	169	Y
F039008	Metagenome / Metatranscriptome	164	N
F039655	Metagenome / Metatranscriptome	163	Y
F039966	Metagenome / Metatranscriptome	162	N
F043744	Metagenome / Metatranscriptome	155	Y
F046205	Metagenome / Metatranscriptome	151	Y
F046388	Metatranscriptome	151	Y
F046859	Metagenome / Metatranscriptome	150	Y
F049393	Metatranscriptome	146	Y
F053251	Metagenome / Metatranscriptome	141	N
F054536	Metagenome / Metatranscriptome	139	Y
F058728	Metagenome / Metatranscriptome	134	N
F063389	Metagenome / Metatranscriptome	129	N
F067436	Metagenome / Metatranscriptome	125	Y
F068391	Metagenome / Metatranscriptome	124	Y
F068493	Metagenome / Metatranscriptome	124	N
F069666	Metagenome / Metatranscriptome	123	Y
F071977	Metagenome / Metatranscriptome	121	Y
F073598	Metagenome / Metatranscriptome	120	N
F074330	Metagenome / Metatranscriptome	119	N
F079382	Metagenome / Metatranscriptome	116	Y
F082151	Metagenome / Metatranscriptome	113	Y
F082271	Metagenome / Metatranscriptome	113	N
F083749	Metagenome / Metatranscriptome	112	N
F083750	Metagenome / Metatranscriptome	112	N
F085736	Metagenome / Metatranscriptome	111	Y
F089759	Metagenome / Metatranscriptome	108	Y
F091401	Metagenome / Metatranscriptome	107	N
F102393	Metagenome / Metatranscriptome	101	N
F104437	Metagenome / Metatranscriptome	100	Y

Associated Scaffolds

Scaffold	Taxonomy	Length	IMG/M Link
Ga0157556_100103	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Stichotrichia → Urostylida → Pseudourostylidae → Pseudourostyla → Pseudourostyla cristata	626	Open in IMG/M
Ga0157556_100135	All Organisms → cellular organisms → Eukaryota → Haptista → Haptophyta → Prymnesiophyceae → Prymnesiales → Chrysochromulinaceae → Chrysochromulina → Chrysochromulina tobinii	908	Open in IMG/M
Ga0157556_100656	Not Available	653	Open in IMG/M
Ga0157556_103764	All Organisms → Viruses → Predicted Viral	1159	Open in IMG/M
Ga0157556_103846	Not Available	944	Open in IMG/M
Ga0157556_104197	All Organisms → cellular organisms → Eukaryota → Haptista → Haptophyta → Prymnesiophyceae → Prymnesiales → Chrysochromulinaceae → Chrysochromulina → Chrysochromulina tobinii	646	Open in IMG/M
Ga0157556_106112	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Peridiniales → Endodiniaceae → Brandtodinium → Brandtodinium nutricula	595	Open in IMG/M
Ga0157556_107163	All Organisms → cellular organisms → Eukaryota	653	Open in IMG/M
Ga0157556_109841	Not Available	563	Open in IMG/M
Ga0157556_111745	All Organisms → cellular organisms → Eukaryota → Haptista → Haptophyta → Prymnesiophyceae → Prymnesiales → Chrysochromulinaceae → Chrysochromulina → Chrysochromulina tobinii	773	Open in IMG/M
Ga0157556_111763	Not Available	514	Open in IMG/M
Ga0157556_111860	All Organisms → cellular organisms → Eukaryota → Haptista → Haptophyta → Prymnesiophyceae → Prymnesiales → Chrysochromulinaceae → Chrysochromulina → Chrysochromulina tobinii	510	Open in IMG/M
Ga0157556_114866	All Organisms → cellular organisms → Eukaryota	828	Open in IMG/M
Ga0157556_115079	All Organisms → cellular organisms → Eukaryota	501	Open in IMG/M
Ga0157556_115226	All Organisms → cellular organisms → Eukaryota → Haptista → Haptophyta → Prymnesiophyceae → Prymnesiales → Prymnesiaceae → Haptolina → Haptolina brevifila	867	Open in IMG/M
Ga0157556_115798	All Organisms → cellular organisms → Eukaryota → Haptista → Haptophyta → Prymnesiophyceae → Prymnesiales → Chrysochromulinaceae → Chrysochromulina → Chrysochromulina tobinii	531	Open in IMG/M
Ga0157556_118371	All Organisms → cellular organisms → Eukaryota → Haptista → Haptophyta → Prymnesiophyceae → Prymnesiales → Chrysochromulinaceae → Chrysochromulina → Chrysochromulina tobinii	501	Open in IMG/M
Ga0157556_119286	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Spirotrichea → Stichotrichia → Urostylida → Pseudourostylidae → Pseudourostyla → Pseudourostyla cristata	519	Open in IMG/M
Ga0157556_122258	All Organisms → cellular organisms → Eukaryota → Haptista → Haptophyta → Prymnesiophyceae → Prymnesiales → Chrysochromulinaceae → Chrysochromulina → Chrysochromulina tobinii	707	Open in IMG/M
Ga0157556_122764	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae	597	Open in IMG/M
Ga0157556_123394	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Suessiales → Suessiaceae → Polarella → Polarella glacialis	820	Open in IMG/M
Ga0157556_124309	All Organisms → cellular organisms → Eukaryota → Haptista → Haptophyta → Prymnesiophyceae → Prymnesiales → Chrysochromulinaceae → Chrysochromulina → Chrysochromulina tobinii	1224	Open in IMG/M
Ga0157556_125751	All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage	594	Open in IMG/M
Ga0157556_126740	Not Available	813	Open in IMG/M
Ga0157556_126827	Not Available	945	Open in IMG/M
Ga0157556_129138	Not Available	804	Open in IMG/M
Ga0157556_129617	All Organisms → cellular organisms → Eukaryota → Haptista → Haptophyta → Prymnesiophyceae → Prymnesiales → Chrysochromulinaceae → Chrysochromulina → Chrysochromulina tobinii	532	Open in IMG/M
Ga0157556_131526	All Organisms → cellular organisms → Eukaryota → Haptista → Haptophyta → Prymnesiophyceae → Prymnesiales → Chrysochromulinaceae → Chrysochromulina → Chrysochromulina tobinii	958	Open in IMG/M
Ga0157556_132096	Not Available	687	Open in IMG/M
Ga0157556_132672	All Organisms → cellular organisms → Eukaryota → Cryptophyceae → Cryptomonadales → Cryptomonadaceae → Cryptomonas → Cryptomonas curvata	510	Open in IMG/M
Ga0157556_133661	Not Available	833	Open in IMG/M
Ga0157556_135714	All Organisms → cellular organisms → Eukaryota → Sar	500	Open in IMG/M
Ga0157556_136328	All Organisms → cellular organisms → Eukaryota → Haptista → Haptophyta → Prymnesiophyceae → Prymnesiales → Chrysochromulinaceae → Chrysochromulina → Chrysochromulina tobinii	987	Open in IMG/M
Ga0157556_143162	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodobacterales → Roseobacteraceae → Shimia → unclassified Shimia → Shimia sp. WX04	1255	Open in IMG/M
Ga0157556_143861	Not Available	939	Open in IMG/M
Ga0157556_145107	All Organisms → cellular organisms → Eukaryota → Sar	2292	Open in IMG/M
Ga0157556_147118	Not Available	645	Open in IMG/M
Ga0157556_149115	Not Available	505	Open in IMG/M
Ga0157556_149132	Not Available	1794	Open in IMG/M
Ga0157556_150084	Not Available	737	Open in IMG/M
Ga0157556_152090	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Oligohymenophorea → Peniculida → Parameciidae → Paramecium → Paramecium tetraurelia	746	Open in IMG/M
Ga0157556_154048	Not Available	818	Open in IMG/M
Ga0157556_154839	Not Available	529	Open in IMG/M
Ga0157556_155565	All Organisms → cellular organisms → Eukaryota	623	Open in IMG/M
Ga0157556_158118	All Organisms → cellular organisms → Eukaryota	719	Open in IMG/M
Ga0157556_159927	Not Available	604	Open in IMG/M
Ga0157556_163291	Not Available	568	Open in IMG/M
Ga0157556_168394	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae → Suessiales → Suessiaceae → Polarella → Polarella glacialis	512	Open in IMG/M
Ga0157556_176048	All Organisms → cellular organisms → Eukaryota → Viridiplantae → Streptophyta → Streptophytina → Embryophyta → Tracheophyta → Euphyllophyta → Spermatophyta → Magnoliopsida → Mesangiospermae → eudicotyledons → Gunneridae → Pentapetalae → rosids → fabids → Cucurbitales → Cucurbitaceae → Benincaseae → Cucumis → Cucumis melo → Cucumis melo subsp. agrestis → Cucumis melo var. makuwa	951	Open in IMG/M
Ga0157556_177212	All Organisms → cellular organisms → Eukaryota → Sar → Stramenopiles → Ochrophyta → Chrysophyceae → Chromulinales → Chromulinaceae → Ochromonas → unclassified Ochromonas → Ochromonas sp. CCMP1393	552	Open in IMG/M
Ga0157556_177820	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Dinophyceae	850	Open in IMG/M
Ga0157556_178071	Not Available	525	Open in IMG/M
Ga0157556_178361	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Intramacronucleata → Oligohymenophorea	513	Open in IMG/M
Ga0157556_178874	Not Available	740	Open in IMG/M
Ga0157556_181421	All Organisms → cellular organisms → Eukaryota → Sar → Alveolata → Ciliophora → Postciliodesmatophora → Heterotrichea → Heterotrichida	777	Open in IMG/M
Ga0157556_185361	Not Available	513	Open in IMG/M
Ga0157556_187856	Not Available	1134	Open in IMG/M
Ga0157556_187874	All Organisms → cellular organisms → Eukaryota → Haptista → Haptophyta → Prymnesiophyceae → Prymnesiales → Chrysochromulinaceae → Chrysochromulina → Chrysochromulina tobinii	900	Open in IMG/M
Ga0157556_191906	All Organisms → Viruses → Predicted Viral	1001	Open in IMG/M
Ga0157556_193142	Not Available	529	Open in IMG/M
Ga0157556_198150	All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage	554	Open in IMG/M
Ga0157556_198596	All Organisms → cellular organisms → Eukaryota → Haptista → Haptophyta → Prymnesiophyceae → Prymnesiales	741	Open in IMG/M

Sequences

Scaffold ID	Protein ID	Family	Sequence
Ga0157556_100103	Ga0157556_1001031	F003081	MFNDTRFGAEVFYMHVRGVDTIFVLSYVHILKKIYLKNYVTAESEG*
Ga0157556_100135	Ga0157556_1001351	F008473	AAVEAKERASVMLEKEYGVSMDELKLAFEYMKQRVEMLSKRGLTDGFRRIDDDHKGSLTAEELKRFFMEEAHCPWYINDRTLWCLCDFADLNNDDEIGFLELSQVLLCQDIIQFAALVPNKKKEAQAEKDNSMKIGSRGCTVAQVREAQRECCNALINRGSGDLRQNNVRSVLAYLDVREDGMITRDEFFEKMKLLKVLKHMTSEKKVKGTIEKAALETMLDIVDEVARKIEEQMPGDQGGAVAAGYLNLAAFAKGCFSTDGFGGFVDVMTIAGIQ*
Ga0157556_100656	Ga0157556_1006561	F016362	ESSVRCSYSEVRQTVEISMQPVPPSFQPQQPLTLPGLPITSAGIPITIQGQTSFDAGQPIVTPQSPVQIQLPPQTLQRPVFVQPLPQQVIAQAITTPAPVQNIGVASTNMGLDLSNLAGLLNNVQAVVVAATAAPIQQYESYTVPGGFSFVPQPPITTAGALITRVGAAQVLPGQPVITAGQPVLQQQAAVAIPQNAIAVPVPRSQSVSVPGCRTIT
Ga0157556_101742	Ga0157556_1017421	F015090	DPYVTPSNNARNTVSPLANFKLIITTPLFDNEGNLNGIEDFVVRVFNLLAASSLTYNVSAISAPSVLNAASGDLLSCEMSVSILTSWS*
Ga0157556_102624	Ga0157556_1026241	F089759	IMHASKIGDLPLFATVGSLAAVWLIAIVGLSLTIKPEYLHTFVSLQTGYADSQSYFSDNQGNDAKRIIIFFCNERHWRAIRDRVRQWVLSAYAAWQALMPAFFTADLQARIPDDFMPAQAVQDLNAQSRDGRRPTVQNMGLLRRVSHASPIGVASESDSGARRPSQLP
Ga0157556_102837	Ga0157556_1028372	F000191	VGNLVNQHVRFIETGEKDPLMTYEKALITQSRPGE
Ga0157556_103764	Ga0157556_1037641	F008934	HLDKDGDGDIDSSEWAAGYAQLGASAPGVPNPAVWYGTLPDGPAFRITQIGMDKLYSAPSQLIDHPEYKDETGKGVIVGYAGHVPRARDKVGGSPLGHLPGTPVSPNGKVGIDMEAMMSGKFKRELPAGREKTFAQHECKPDYTPEARDKGVAGTQKPALYGEGIIPGYGGHKQGAKFNYGSTIYTNGRPQGGSAHDNYGGRNLASTGHGADSLASGDYNYKDGRIADAWIDDHGMGGKTEVWRRDAQGFKDGEKYIEFGEMAHVQVGKNRNH*
Ga0157556_103846	Ga0157556_1038461	F067436	LSLTDEWVRSFMSSKDSALFVIYHPEVIFFKNQILNNYFFEFLSDINISAIQYLDSQSLLSPIMLFPQLLFITYMGFLFVAFYFSYYSSSSKEESTVDADYLSASITIESEKELGSLDDILMPSIVIIYTFG*
Ga0157556_104197	Ga0157556_1041971	F028443	SGEFKKVLASDASTQAVLGEYREKLQNWLRPILRKERTTQNPNPQMTYSLWVALMDGPDSEQKESGKKPPCPKMVGEWSVQQESQITGDERTSRKNQITFKAALSIPQCRWNFLRSQTIEQVEAGDVDADSSAVATLDFTELGECIARCAVNMYEHLMKTFLPSHDRKAMTMADATRSFLRNLLSEKTPEMCMWEATVIKADRYDWQKQTKMLPG
Ga0157556_106013	Ga0157556_1060131	F000191	ASGYTVGNLVNQHVRFIESGEKDPLMTYEKALITQSRPGEIPPID*
Ga0157556_106112	Ga0157556_1061121	F049393	ALAGVLGETKLNVYDTVAYMAVPATVFLLPIAIFVQKPVPGQWSVVFNRPTMSDYEILMGVWGLNKMTIAWLVLSGFFSFMYNIIQFSIVHTLSPSATAFGGNFNKAALIFLTLLLPFLRVHELPGSPYIQVIWAAVIINIAAFSYYSYLQIQAKSEEQVADKDKDTSVRLVKVDEEEEVGSPVPSKAA*
Ga0157556_107120	Ga0157556_1071201	F000052	ADGKRCIDKVEMVEETEYDDVVQCDHSYDRRCHTTYVTNYETQQEDECEENFRKNCFIEYEKIAFNETVKVCRTPLVKDCAIKGPEVCTTQYESECWTKQEVHDVEDDVVECETVQDEKCEDKTAGYTSFTKCSKWPREVCKASKKKVKKYTPITGCTKEPREICAPAGCGFKEGAEECFDKTQTIVQDAPKEQCTLEPQRTCNHVTKLVPKLEPSEECVDVPKEVCTRSRTNPRKVKKPVVKKWCYVPTAESGLA
Ga0157556_107163	Ga0157556_1071631	F014475	DGYSLGTAERPTGEILEKKDGITDGMIDGFALGTNDGLDVGYALGCSDESEVGTIDEAPLGSSVGKTVGPRVGKILGTTDG*
Ga0157556_109841	Ga0157556_1098412	F091401	FDGFRNKILFFIGITALRTVLIIALLVVVVAETIAFLAFLGISDKIAKDSPNCLSGPCQKFADTVTTQLGQNDLAISGGNVAVSLQQIATWGPTAGWYLVLATIPLTVLATIIVVINRFPIPVDSLGTGEAL*
Ga0157556_111745	Ga0157556_1117451	F082271	LQSLRAAMNTWAAMSEARQRNQQALLSAASAFRGDGMRKAWNGWLGLLHDREVMASAVTCMSLRLQRAGFASWVSATEVSVTKQQLRACIRSLSPSKRSVRKAINSWIEYVYTIRALSRGAAAMRLREERVAFSTWHEHVWSEGERDAAMRRAVASMMQSSMRVSLNTWMLYAEEHAEASRVLAGALSTLQPEGRAMRSALNTWAGVTMQRRSMVVAVASLIRGEQLWGLRTWSAHAALVRRQRERVEETARRAIKS
Ga0157556_111763	Ga0157556_1117631	F018700	MIHHRGTHQIAPGRQADAVARAHEWVAIFKEAASVDIRVSVVTTGTLGRLCFSEDYESMGAVEALWAKGFGSPKALALSAKQGQELRDGTSVFVPGTWHDEFWRDA*
Ga0157556_111860	Ga0157556_1118601	F074330	MVLNPTSTGFLLLASVVVLIASLFLTYDPVDLCAASNGMQFCVGWNNAYAFVMTIMEIIVCVVALVMLKMKQAILQKVLVAKAPLIGPITVEGLISLLLFLNMTVGAFILTNMPEHGFDQTDNGYFACWAGACASLGNIGVDPAKMVDDLRAKTGVSPAFGLIISS
Ga0157556_112547	Ga0157556_1125471	F085736	FDASTVNYFFFERNISELNEIRFYGVAPHYFRPLMGLLVVSPSHYEGLMMGLFVLLAALPIIYNLYQPHHRYLPIIPMQFSMLQTIAFILFMLSMYCTASMLPCGRYYYEPEGGYVGNPVKFSYQYAYLYMAIMHHLDIIEH*GFRYTKSFMSRCKNIRKVSKKRMQ
Ga0157556_114866	Ga0157556_1148662	F014475	VEGLIGEILGKNDGTADGMVDGFTLGTNDGLDAGYAIGRSDESEVGTIDGAPLGSSVSKTVGSRVGKVLGTK
Ga0157556_115079	Ga0157556_1150791	F046859	KTKQTTKGIIKMKKVLSLMLAGIALLANQSHSVTFFADNFEAAGAAGATKIGAPWSMNKQVFAAPNVANADGVLGGYVGGHYPGTTFGPNAIVSGEGGVNQGLYQGKLWPDYDGNWQDWTGNKVVKTSLLVSIVSLSAADIAPGQIQMDFDYKLQPTLGPNTSVYSF
Ga0157556_115226	Ga0157556_1152261	F007736	GDDRVGTEFKCRLSVPQCKAAFVNSQKETGGAVDDTTLDFDELLECIARCGCDKYRAVEQIKVGEKVAAMIANILGDLNEDQVITAATYITAERYTPAAAPPKGVSPEVHREWLMTWEMLQLSALPGFPLWEKDVHDVLAGNLESLTSIFRAYAASSLEGSATEMDMEEFHDFVIEAGLITDMYSFDTMSGQFTKANAGSNDTVLELHEFLTMLVRISFFRANPQYGMRLGKDQKNADKFGEEVPLPGCLSDMLTNLVLPNARHDTYAQEFAETTLPLPEVQAALGAQ
Ga0157556_115798	Ga0157556_1157981	F046205	RLSMAQVKMAFMDSQPSDSLGVGQSNGNDAMAVLDFDEFLECCARLGIDKYRAVKEVSPAQAVKGFIQNLLNEKTADEVVIEATYIHVVRYDSARDTRAIKGESQKDLEKWLACWDRMTIMDVHLWPTWEKEVHDLLHPLFKELQLIFLAYTRSISEDSAEDAMEMSMDEFHDFVVD
Ga0157556_118371	Ga0157556_1183711	F039966	RVRLRAREGEAVEWTRRVAERAGTLKDMMDDAPTEDGVYPVPTIAAAELAVLREMCEADSMPARLEQCSISELFRLVEGASFLDAPGALNHAQRALATRLNGKRADELRELLGATDDFGSAEERVAALAEPAFSPGGQLSVATAGSAADELRELLGATDDFGSAENR
Ga0157556_119286	Ga0157556_1192861	F085736	FNPSTVNYFFFERNISELDEIRFYGVAPHYFRPLMGLLVVSPSHYEGLMMGLFVLLASLPIIYNFYNVNNQYLPIIPMQSSLLQTCCFILFMLSMYCTASMLPCGRYYYAPEGGYVGNPVKFSYQYAYLYMAIVHHLDIIEHYSYKYARRLLQNNSSSYSRMYKKA
Ga0157556_122258	Ga0157556_1222581	F069666	GLVDVATLAELKGVTRSWRALAQRVLCSRLCRRDGQPVPTRLDEITDLDVEQLIEAGRPGDAAVAGRMLPGLARLHGYGYVVDVAAVRAADLQCGMGDWRRPSLLHGAAKDALNSCITGEGEPPLRLTIAAVACAGSGVICGILVQQLREDSVEVLNLFDRGLHVPAAMLVAYLIPATSVLKNCKLLKNRFDVESAKKLTKMGMEKSIMLSGLTCDRTAANFMNEGLQPADAILI
Ga0157556_122764	Ga0157556_1227641	F017832	ISAAKVPTTFGEMFVFNAAVMGFGGNTWMSEVLASFDTIVTNVANSYRLQEECDVLSLRLANTRGSIVLAQFKAVMLASLRSLVPKDWNSAHEVAWGWLWENVERMLASQLGKPQVMQQMLGNFLASLDEITQGKLRRSIYETFFALAPAGQDFFKQSTTRLYFIADRVLEMTLNIFKDPIGMSEEISALGLRHVGYAV
Ga0157556_123394	Ga0157556_1233941	F017648	VATLFGAVIQLVIPGFIVPSMPRSTQNARPLQGAVVMRARGGARGGAPDIDAWYAETIKGSGGEPTGAIKEYILKWFWPAKDPFTGPGKAPGKKDHKKVFEILKDCFVKGPAFDRGSASAGFGSITGETSGVDGSPYTWLVGSMTPGGMFLQVTREFPGGLGVRPLAVAKIGHEEELWSKIDWNLVNKRLDITAGKDLEKVEGVKQR*
Ga0157556_124309	Ga0157556_1243091	F102393	MILCCKPSKFNVICWSFLTLLSACVILACAVTALDASKGFKDATMCILTNMVDLTNSNITGGNMTDVPVKLDPRVLNVASAVIDWWMYAMIAPGAAYFVILVIAVFFSCVAALCSKCCASVTSKAFIFLGWFVAVVTLAFFCVCAVLGIFTQIPMTEAFWIENVESPCNTSVVESTNQFNLANASAQDCVRLYGQSNCASSTQQLNDAAEQLTKFTLMCSCASAWLYKSKPLAAPGVVGALATLLAFFLSIGTCCTLVCCFSFTAAMEKNAPKKEKDKNFTGAKEMELVRH*
Ga0157556_125751	Ga0157556_1257511	F007571	ASYAQKTDAYASKIAADGSADSSSSTIYKAIAKSIADSYAIMRQTPNNLLVATSGGNDDVDFAGLLGAVDTTGRPLYAAAASQNANGLITQGSTNGTVAGLNLVVDPNYAGGTSAIKVGLVYPTMAMRFHESGTLQIRANVVANGQLEIGIYGYVAVVNRYPTAFRAVQVA*
Ga0157556_126740	Ga0157556_1267401	F004178	MRSITSHAAESGVGEHTARESESAQCMYRERLRGEQPH
Ga0157556_126827	Ga0157556_1268271	F016926	VNYGNNERRDYLSKLLQVGTNPSQWTAESGNARYWELPLGSVWQCKDMSPNNPYGIQAGAREFAKCVSGVSDWTDFFNKLGSPTVTTDFDDWRAVCDCWGDTTDDPTFTSPIKRHFADCFLDSVGGCGDGGDVAKQRLDTQERAFFSFVLRTLGQAGATDTVLRQRQTLLINLLASPQPVDVPGVHCRFTEPACVIVPPTPSPTQPPTTCTGVRRSTSSCMAQNLCGGPSTPTAASNCPGGCQTQTSPCTVPICSEYSCTYSLQGSCSGTCGQAGSRIN
Ga0157556_127008	Ga0157556_1270081	F000070	IKTVDESYSNRTVKMTNCKNERNTKLDTKVDNVAWKEANDDLDAAIKTVRDMVSSLRLDVDARRRKVDEILATIRHDITAVETNLEESKAKITSDTDQAVNALNGRIDFTNKDLAATQESLHTTQNSLSDCFNEVAVVRSDLERNIADTEARLKNDIRQKQQEAFEKIGAVEQQAELRSAEASRRLGALDLRMSGVQGGLGEHKRDILKLREEVNGLTVKSASHEVDIQKNSDAVRKMEKQRNMDEQNWK
Ga0157556_129138	Ga0157556_1291381	F016362	AVSSAESSVRCSYSEVRQTVEISMQPVPPSFQPQPPLTSAGLPVTSAGIPITIPGQTTFEAGQPIVTPQQPLQIQLPPTTAFRQVAVQQQLPQQQVIVQQAVTTPVPVSNTGAASTNMGIDFTNMNVVVQAVAMQPVVTPAPSQLFTTEAYTVPGGVSFQPQPPITSAGPMITRVGAAQVLPGQPIITARDALTIPQQPIAVQVPRQATRQVPACQTITEPCVRPVCITYSCDCQSVGSCGQLTCGGQQTDTRARLCTCRSSLGQTVD
Ga0157556_129617	Ga0157556_1296171	F053251	EEAPTAKKAKHEEQIRVRARDGEEVTVSRDAARLMGTLKDLMDLATSEDGIYPLPTIMASTLQLVCKLNDPDYTWPSSDERLLFQLIQLIEDALYLDAPIALKHIQRAIASRLNGKRAPELCALIGAGGDFGSAEKHAPPNAEPAFVPEDVEAPQQPASSTLPPEPLQQPSFSADAM
Ga0157556_131526	Ga0157556_1315261	F043744	AYTRSISEDSAEDAMEMSMDEFHDFVVDVGLETKQYKFDVMCNQFIKANATNSAQVRAQRQDEKRDAQSRGNDEPQWKKKPAAKLKGTSSGEEAKKDQELVLYEFLNMLVRIAFWRANPTFGNFVDKDKDGKKDKEEPTPVAYALSNMLNEIILPRAKRENSAAFRQKEMQDSKLIAVLDSYKPKLKEWYDKKVSDDSEGPRNGIISDKLGFEEWNRVLDRQDIVGEWEIEQMSEITGDESTKGNIKVRLSIPTCKAAFMDSQNAEQLGVGQADSTSEQAVLDFDEWLECIARIACSKYSAIKQMDPAAKVKAFLQNFF
Ga0157556_132096	Ga0157556_1320961	F016362	AANGAMTPADSSRCTKDEVYTVTDTSLQPVPPSFQPQQPLTSAGIPITIPGQPTFEAGQPIVTPQQPLQIPLQPRTEFRPVTVQQQTPQPVFVQASTPVPLQNTGVASTNMGLDLSNLANLPIQVATPAPSQLFTMEAYTVPGGFSFQPQPPITTAGAMITRVGAAQVLPGQPIITARDALTIPQQPIAVQVPRQATRQVPACQTITEPCVRPVCITYSCDCQSVGSCG
Ga0157556_132672	Ga0157556_1326721	F012351	ADLHHLHQFISLDQGGSVTGASWVGGTHATDANIYFGALHIDSSNAAEDWLSDDQASAFNVGGNGPVTRNEGMYNAYTAVHTYWSDTTVMDNLRGGDATGVATPGAQEVVSTSDGVSGFGNTTHSYSGDSFY*
Ga0157556_133661	Ga0157556_1336611	F016926	PPLANISSMMLVPLALVVIVGTASAQVNYTYGNNDRRDYSAKFAQFFNVPSQWTHENGFSNYWALPLGSVWQCKGDLNGPFGIVAGAREFMKCVSGVSDWTDFFNKLASPTLYADYDDWRAVCDCWGDTLDDPTFTSPNKRHFADCFLDAVGGCGDGSFAARTKLDQQERNFLGLVLRTLGLADATNPTLYNQRQTLMINLLANPQPVDVPGMHCRFTEPACVTSSPTIFVTPAPVQPMCPCETYAISCTNTPCPTNSCGDAGVASRTCVCQKSSGG
Ga0157556_135714	Ga0157556_1357141	F031523	KKGEYLEQKDALGLIYDTVTTYEQARDAVAKDSKDLKEFFRSQSPMPGKTKADVLKEIWAELPKATGKAVPPLDEEMLAELQKIPAVVEGEYRHSWGTADKLYKSEAIDSFGQKYLLGVFETIEDCHKAFNDWNAEYEKARQDMKGEIQQWGKKEQARMELETAPQ
Ga0157556_136328	Ga0157556_1363281	F007922	MSEEDCMRTSTYIRAVRYDLGDSVPLKDESPEEHAAFLAEFKQLDLSGLYGFPLWEAEVHDLLHANFRELASIFRGYCKSLGEGSSDESAKTMDLEEFHDFVIDVGLETKLHTNKAAAPALYVFEQMKEQFTRADKSGKGLAGPAANSELVLYEFLNVITRVSFYRLNPEYGELTMEHQDTLLPVPQCLDKTLRECILPKAHRDDAAEFRAKAMQLPEVQAALQEGRSRLQAWYATIPLDDNQKVGITQWVSALQALNVIGTFTCTQGSDIVGDDRVGTEFKCRLSVPQAKAAFVNAQK
Ga0157556_136955	Ga0157556_1369551	F000155	FTAALVATVAANRYDSMNEDDLLVNLESTLSSALSSEARGDADAAVAKTAAIKNIQKALTARILKRLDDGQPLVEVARKMKAIEGMQP*
Ga0157556_138460	Ga0157556_1384601	F104437	LKVLLAGLGKDVDVGSFLNSVDVNNDGKLDFNEFISASSAGHFDKK
Ga0157556_138460	Ga0157556_1384602	F104437	LTKNELKVLLTGLGKDVDVASFLNSVDVNNDGKLDFHEFLTAAGAGHFDKKLTKEQVEKLKE*
Ga0157556_138460	Ga0157556_1384603	F104437	KDVDVGSFLNSVDVNNDGKLDFNEFISASSAGHFDKKLNSE*
Ga0157556_139169	Ga0157556_1391691	F068493	LRKLRKGLSRMVNRKVALGFDAWRAAVAPRDDHMSKALLHFLNRELSRGWGAWYTTWEVLRAKRESMRKSLSHLLNRGLSRGFGAWLEMAVERKAFLQQLRKGLSRMVNRKLALGFASWSEQTQGSAAMSKGLRHMMNRGLSKGWRAWQSMIEALKAKRESMRKSLGHMLNRGLSRAFGAWSEMAAERAEFLQKLRKGLSRMTNRKLALGFDGWRAAFAPRDDHMSKALRHMMNRGLSRGWMPWSEMAIERKAFLQKLRKGVSRMVNRKL
Ga0157556_142686	Ga0157556_1426862	F000191	FLAASGYTVGNLVNQHVRFIESGEKGPLMTYEKALITQSRGREIPGLD*
Ga0157556_143162	Ga0157556_1431621	F002986	DMTTIDQTEARLNTHEEVCALRYEGICARLKRLESVGITVAGAIIMLLVGILVKLN*
Ga0157556_143861	Ga0157556_1438611	F063389	IMQIGWLQIVVIGLLVLILFGKLPNIIQDLKSAYLELSKKNEQKNK*
Ga0157556_145107	Ga0157556_1451071	F010164	KGFTQSLFWLQSWKALYEKDKMDVVNTKYNLVKNGLTETFVTTENLIKNFENKSFVALQKYIIFITASKILRKFLFLSEKEQSKLIETKISNLGGGNK*
Ga0157556_146704	Ga0157556_1467042	F000191	GFLAASGYTVGNLVNQHVRFIETGEKDPLMTYEKALITQSQGQEIPGLD*
Ga0157556_147118	Ga0157556_1471181	F039008	GNTIPRPVPVPVPGPAMPGQTVTVNQLQPVNVPTPVYVPITQAPTMGFVPVTYGCVQAGTTACTAPSNCGSGFLTVTFQCRSSTGQDVPVQLCPGSCPAQQQTCQLAACPVVAAQPLFVPGQPNTNVCPFGSTRILDEATCRAAAVARGNTFQQVETQAQYPAGCQTFQNANQAPTVYLNLHPTGASDANSIPLCRAGVRRSQHSAPELPQGPST
Ga0157556_149115	Ga0157556_1491151	F009205	LKNTVLPAMTSTVIKAKFKGTRDEKATYVANICAPRTPMVSGMPSIVNIDENNICNIIVENCAPYDVTLERDDILGVMETETDELVPLTDDFISSVCQDIHNRFPKVKKKRLSRDEIKRRCHLQVPEEFHERYLDILCKHQDALSIDKYDLGLAKDFKHKIHLKTQDP
Ga0157556_149132	Ga0157556_1491321	F030329	LAYTRSISEDSAEDAMEMSMDEFHDFVVDVGLETKQYKFDVMSTQFIKANATNTAQVRAQRQDEKRDAQSRGNDKPQWARDAAAPKKVKGTALGEEAKKDAELVLYEFLNMLVRISFWRANPNFGLHGNKDELVPVALALSTVLNEIILPRAKRENSAAFRNKEMNDAKLLAVLENYKPKLKEWYDKKVLDDSEGKGLVSDKLGFDEWLRVLDRQDIVGEWEIEQMSEITGDESTKGNIKMRLSIPTCKAAFMDSQSTEQLTVGKGDAVSSASVLDFDEWLECIARMAVAKYSAVKQMENSQKVKAFCMNFFGEASEEDCMRQATYIRAVRYDVSESQPLKDETPEEHAAFLAEFKQLDLMGLYGFPLWEAEVHDLLHANFKELASIFRSYCKSLGETATSDSSRTMDMEEFHDFVIDCGLETKLAIMKGAEPAVYTFNQMKECFTKADKSGKGLAGPAANSELVLYEFLNVITRVSFGRINPEYGELTMEHQDTIYPVPFCLEKTLREAILPKAHRDDAAEFRAKTMQMPEVQAALAEGRPRLQAWYATIPLDDNQKVGINQWVSTLQALNVIGTFTCTQGSDIVGDDRVGTEFKC
Ga0157556_150084	Ga0157556_1500841	F016926	VNYGNNQPARDYLSKLLLVGNNPSQWTYEGSRSNANYWELPVGSNWQCKGDPNGPYGILAGAREFAKCVAAVSDWTDFFNDLSSPTTTADLDDWRAVCDCWGETWDDPTFSSPIKRHFADCFLDAVGGCGDGGAAAKARVDQQERAFLTVVLRTLGQAGDTDTVLRQRQTLLINLLASPQPVDVAGVHCRFTEPACVTASPTIFTTPAPV
Ga0157556_152090	Ga0157556_1520901	F005238	YFESIDPRGQDRQLGTLGGDLGEFLLVLSAIESQTEKTFTPAEVLQKFKIYLTVMSKNKFYFSIDQNGIENLKKACGCPQLNIADPPESKKSILANATHDVAAHGDEFFRKVLAEPEKFAIRKELVNSVLDAFFSVMWLKSDPLHRKIKFVLLKGPLDSKGFIIVKTPGYCNAQLLAPMISPELCSKQMSIYHGDAAVLVRTEMAGVLLLKTPEVKNAVVRKANEMAAASLTTILADHPEPVYTVSFE
Ga0157556_154048	Ga0157556_1540481	F039008	AMPGQTVTVNQLQPVNVPTPVYVPITQAPTMGFVPVTYGCVQTGTTACTAPSNCGAGTLTATFRCQSSTGQDMSMSPQLCPGSCAAQTQTCQLAACPVVAAQPQFVLGVVNTNVCPFGTSRILDEATCRAAAVARGATFETETSPQYPAGCQTYQQPNTNTAVKVYLNLHLTGASDQYSAPLCRSGVRRSQHSTPELPQGPSTLLVALGAVAAIVAIVASAVVVFNRVVNKLVEAELRAMQA*
Ga0157556_154839	Ga0157556_1548391	F016362	PSFQPQQPLTSAGTPINIPGQTTFEAGQPIVTPQQPVAIPLPDRQVPRQVAVQPQQLPQPVIAQVATTPVPVQNTGIASTNLGTDLSNLFNLPVQAVQMVTIATPAPSQVFMTVFDTVPGGVSYQPQPPITSPGALITRVGAAQVLPGQPIITARDALTIPQQPIAVQVPRQATRQ
Ga0157556_155565	Ga0157556_1555651	F004777	PIFSFDAAVVSELDLNAPLSGYTSLTVSGLDFGVADHTATAGLERGGGGDRGVCITSSWSSETTVACLSNAVGDIFQSLTLTVAAVSGTGRPIFSFDPAVVSEVRLNAPHSGYASVTVSGLNFGVGDQTASAGLERGGTGDRGVCFT*
Ga0157556_156077	Ga0157556_1560771	F000075	MKFAAAALLATVSANRYESMNEDELLVNLESTLSSALSSEARGDADAAVAKTADIKNIQKALTARILKRLDDGQPLVEVARKMKAIEGMQPQINDMERRLGIMQSVEPVLENAIKTLQKVVDVRGMGKK*
Ga0157556_158118	Ga0157556_1581181	F007472	IQFGKMVYFTYKKLNICTVALLATVFAVLIAAMAVDWYQFKVEYSYTRISSTDSSLSSSLYNYTQTNFDMYGQTVQTQAANTKIVRTTQNTYSQLGASNVNQQFKIQQAFVLIALLVAGLLFVAHTLYFFDAFRNKILFFVGITALRTLLIIALLVVIASEVIAFLAFLGLSDKIASDNANCLSGPCQKFSDTVTTQLGQQNIAIGTEASVAVTLQYITRWGPTAGWFLVLATIPLTVL
Ga0157556_159927	Ga0157556_1599271	F039008	PGQTVTVNQLQPVNVPTPVYVPITQAPTMGFVPVTYGCVQAGTTACTAPSNCGAGTQTVTFRCQSSTGQDMSMSPQLCPGSCAAQQQTCQLAACPVLPAQPQFVVGINNTNACPFGSSRILDEATCRAAAVARGATFQTETSSQYPAGSQTYRQNTNAALQVFLNSHPTGAPDLNSAPLCRTGVRRSQHSAPELPQGPSTL
Ga0157556_163291	Ga0157556_1632911	F079382	TIQLADNLGSVTRNSTHLASVQVGNWDFAFENSDMFVNQRVRVLDARGLRSHGLLGQTWRQTTYPNAIKHIQGQVDDYVIRDGDIFGDAFVFNAHN*
Ga0157556_166166	Ga0157556_1661661	F068391	MIAFDDVLARLDELGALLVEERELLEKSDIGGLESMMVRKESLLRTLFLSDAETPGENAVHPLRDVGFTDDQRMKLEKRFEALVSDNTINGALIDAARVRANALGALVASRGPNAVYGERGRLRGSVTGARLTRTA*
Ga0157556_168394	Ga0157556_1683941	F046388	IHEKIDNLRSDTEMRHGKLEATLMKQDEDLHKECNDRIDGVERHHANISKETAKRLNALDLRISGLQGASGESKRDIGKLRDEVNSLTVKSAAHDVDIGRNSDDTRKLERQRAEDNQRNKQEMDAIYEELDQKVYEKSFQGLEDNVTKLTRGTVKLCQVVGVFPGARMND
Ga0157556_174278	Ga0157556_1742781	F004777	WMSATSLACLSDPFGDMFGRATVTVSTVSGTGRPIFTFDVAVVSDARLNAPHSGYAYLTVSGLDFGMGEQTATMGLGRGGGSDLGVCFTSSWSSATTLLCRSNPFGDIFGTATVTVSAIPGTGQPIFSFDAAASSRVFLNIANSGHALVTVSGLNFGVGEHTATAGLEMGGA
Ga0157556_176048	Ga0157556_1760481	F073598	KAFYYSDYGVEHSMGTGGILSYQIQGNSENIIFAIKESVPGCKGPGTKGKQPRSITKVLKKKLSEKKASFIVTAKRWAWKQPSLRESVIAHWSN*
Ga0157556_177212	Ga0157556_1772121	F012124	MLFLLATPEYTNVQSNTTKVKVHLRNGVAEVFDQHQDLMGRIDNNIVEIETNFENRLEKALFILQDAVFIVSNQGLDTTADTRGTSVYVYAKRAKEVGAGLSLDELSKQYEQKNTELENETLKLSGQNSEAAERVINSKVFLLQEEVSFL
Ga0157556_177262	Ga0157556_1772621	F000021	RSTTGCVAACIFREFQLTASYEGLVETVPGVNLELLRMDNYKVDMTKDALFRGEFEVVRDLIAAFPDGEASKRECDKVIDKNGPPPKGTGIKQLRENIAESKLSYEIMDDAAQAFLKTKIMDNIQKYFVMICFTGYLREMAKMAMAAASEEDKKAFSLTGGKLSTPAENLKLHKTFVQWMDDHSNFRTICEEGKGKLQWERDIPQDSLDNLQNLANTNFHENLGKIIHDIYLTAHNLFNDMPQGDHKKRAKYRFASKTLMRILPDSLRNEVEGLIAKNTMTLDLYEILGQCTWGQRSL*
Ga0157556_177324	Ga0157556_1773241	F000023	AQILKKVSARLQDFEAQITAQLGNLQTDFDKKLSHVNRGASAMKPLDAAGGSAGLDTMAEDLDQLKYDVGELKDLLSNNKGEVNHIRRIVLACERDMEDFTAAMDAVNVDLDEMRARVDATHSIITSRQRVEATMTAEISTMRLDIGDIQEALKNHDSWMEDVSNTLQQMQEKEENLTEDIINLKNEMNT
Ga0157556_177820	Ga0157556_1778202	F003495	MKENNEKKIRNCDEISKLIKAFPKDIAALDKRSVLAKVKSQGSGR*
Ga0157556_178071	Ga0157556_1780711	F016362	PLTAPGTPSVIPGQTTYEAGPPIVTPQQPLSVPSPPTIAYRPANVQPVSQPVQQVFQTTAVPVQQNTGVASTNMGLDLTALMGQLNNVQAVAVPATPAPIAQMEAYTVPGVVSFQPQPPLISPGAMIARVGAPQVLPGQPVITPRDALTIPQQPIAVQVPRQATRQVPACQTITE
Ga0157556_178361	Ga0157556_1783611	F004023	FYLFYIAVLHGIDIHYDKNETSYDGLEAEMIFDEALSNELSNTLDILVIISICCFLYAEPEALTYEIFMGDVGMSPDVRFYGVAPHYFRPFMALIVCPHHKTGIFGLLLFFFLLFHQPTLHGTNEQNNYLKRSLVFLKRKLKKSSIYVGSYINLEINLYHQTTYA
Ga0157556_178874	Ga0157556_1788741	F083750	QFPSFMQMLSSFLCLLIGGFLLVTEALPLVKLTGSELLAAQLGESEFLLDRPKTAEIYDSLAADSCEKYVNAEQTRTPELRLFLQAVRDANSDLTDVACVNVAQQVTKREIVYIKIQGTKEETIRTRICKVERLRTTAGGRDKEFEPSKQITAAGDNALTDAEADKIKEQNRYRVDACVTAEPAKVVLSSDDAAGDDETMNIDIHAPAEPSYALGLIEMSDEDWSQLRVHTATDLELASVPDSWDE
Ga0157556_181421	Ga0157556_1814211	F002706	LTIFLIALIALVKICSATETECHPQCSWKCDDPHCPAICDPVCEPPKCHTSCAEPKNAICDVKCEKASCEIKCPDKGCEMFDCPKCVTVCKQPHCVTHCQAPKPECEAVCEEPKCDWKCHKPACPKPKCELVCENPSCTPKVECCPCGGMGGVTPSFPFFKETETNQRCCGCGNKRHGTGAPSEIPNVVGVNGGLTNTMPSSGFLDTNDHLYRVDNNASVQMLKNPQILGTGQYTNVATPNIREYQAAREQINLNLAFN
Ga0157556_182799	Ga0157556_1827991	F071977	SSDLTRDVHGRFSDLCFLGICPSHIANFAQSVADKANDAFKAVSTGINQAGQAIKSGVSNAVETIGNVHKTVAGGLDKALGTDMFSKASNAVHDFVGGGIKNAVNQVVDFGSGAMVGALKHVNDRITDFFDPNKSKREYMNSQEYKDKMAAKAIFQTFSTKLGLPSNMPKYLTDSLVQWIIGEMKVTPLTKQPFLTNLKADNQCVSAASPETCTEGDIKCIVLANKCFLDDEGCVRAALQSVSTTALEKYAAANNLDFAGSSYGRYIRISAPNCQKKISTGAKRLLLQSEQESNQE
Ga0157556_185030	Ga0157556_1850301	F082151	LSRGMHTIDVSFLQGGGGAGLTLAWSGPSTPKEIIPKEFFLFNSKDVPLSLPREAGCQLDNTLQISQIAVFDPFGTNVALNAPCDTANPLVSDRLIPYLPAGPQNVYPSLTSCARAVDGNLANRNGDEIFQSTEPDSDSVTYDLGRNVLMKRIMYWNRKDCCQNMIAGATLDVLNENGDVVNSEVFTDKLVQAFNF
Ga0157556_185361	Ga0157556_1853611	F083749	WELATGKLPGLWMHDATEIWLVAGLPHAVGHGAAWEYWHEKVEQTFTGQGCDRGWHEAQPGLLNAAVATVAMPSMSEDCMQVCVIVCTPLVGAPGAEHVREHAPQLPGLQEKLTHGPDDGHGSEVVRQVNWPAARP*
Ga0157556_187856	Ga0157556_1878561	F058728	QPTFLLCDAMGERCFGLPLMVGARTYTTCGLLWVALSLVGIDRPQAHAHIAPSSTCTFHVMPQVESVPSSVRGRLTSYRRSDGCSDSALPASLRRSLHRPHTIITHLGGGVMTSSREGLFESPDKARLNQPSRRTNILRLALVHTFRRHERGRADACAIRAGRKPVAQSGDSHMSARPQFGLNFIVFISHLRVPFLALPDGRVPAAAHTKLPQGWSYSPAGPSDRVTPWLADAGLLSNGDLTTRLARPPSAVPLFSSKLNKLYAAVAFLNPEVSWLVVVLSPLLHSPPEPALLTQFAGAGVSLATSGPIPRSADCANVLSNVYKFFLQLPPGLTFRDCASLRHLRVPVKLGWPRPGPPSGRGGG*
Ga0157556_187874	Ga0157556_1878741	F082271	AAMNTWVAMSKARQRNQVALLSAASSFRGDGMRKAWNGWLGLLHDREVMASAVNCVSLRLQRAGFASWVSATEVSVTKQQLRSTLSSLSPATRSMRKAINSWIEYVNALQSVRRATAALRMREERVAFSTWHEHVCSEGERDAALRRAVSSMLQSSVRASLNTWMSYAEEHAQASRVLAGALSSLQPGGRAMRSALNTWAGVMMQRRSMVVAVASLIRGEQLWGLRVWSAHAALVRRQRERVEETARRAIKSMSLQSLRAAMNTWVAMSKARQRNQVALLSAASSFRGDGMRKAWNGWLG
Ga0157556_190352	Ga0157556_1903521	F000191	GYTVGNLVNQHVRFIETGEKDPLMTYEKALIAQSRALEIPEFD*
Ga0157556_190876	Ga0157556_1908762	F000191	GYTVGNLVNQHVRFIETGEKDPLMTYEKALITQSRAGEIPLID*
Ga0157556_191906	Ga0157556_1919061	F000023	MTDVSTLAQQLKDLEQRFKSLEQRIDAGGDGSGDGGLLVRQKASTGSDAQILKKVSTRLQDFEAQITAQLGNLQTDFDKKLSHVNRGASAMKPLDAAGGAAGLDTMAEDLDQLKYDVGELKDLLSNNKGEVNHIRRIVLACERDMEDFTAAMDAVNVDLDEMRARVDATHSIITSRQRVEATMTAEISTMRLDIGDIQEALKNHDSWMEDVSNTLQQMQEKEENLTEDIINLKNEMNTKLDTKVDNVAWKEANDDLDAAIKTVRDMVSSLRLDVDARRRKVDEILATIRHDITAVETNLEESK
Ga0157556_193142	Ga0157556_1931421	F039655	DMFRAILLVAAVGLASAYTCVNDPSTLFVNTTCIVSAPGGFSPGKTISIELAGTTTKQLLAGVFKYQVYEDYVPSFVASGNIAYFNCTQNGCNLNQPIALTLANINAVPTGFTASIPVTIPQPQKTGSYKITYWGEDQDHYPYDITGTLSLVQSCVTTADCPPNSYCKNGPGQSP
Ga0157556_195432	Ga0157556_1954321	F000121	VASFVGVAGKVRSTRTVVHLGNGYLERMSPRDHDRPFSVSDATGATAEVTYKKRPFGIIRYSPGRNNIGAMVMEIIPKSRYPGDPQGQAFSAGVKSGWSVKSINGHDVSGMEFAKIMDMLDDEVMDQRMSQHFYASQKAGRLAEPVDLPISVVYQEGAGKDIQWPQMKEDIWEGFTR*
Ga0157556_198150	Ga0157556_1981502	F036600	MAMALTTVSELRTTLGVGTLYTDAVLQEVCDASDAVLIPMLWTPNQFSVAHSNVPDIGTLYFNEPITEVFYVGQSVTITNSG
Ga0157556_198596	Ga0157556_1985961	F054536	KSKGVHHPVTDLSAPAPNYFGKTAIKKLNRSQKFIAADQVAQEEATTNQQKYGHPHAQAPFGVFPVGTAPGAMDYTATSSKVCPNNQADDPSSLASRIAHRRVARIKRNLNGGLFRPDPYDDSVVDDIASLDPRLKILQTRTEYRSDAAACMQTSAEELFDMRDDGAVYSGANALS*

NMPFamsDB

NMPFamsDB

NMPFamsDB

A database of Novel Metagenome Protein Families

A database of Novel Metagenome Protein Clusters

A database of Novel Metagenome Protein Clusters

3300012746: Oligotrophic lake water microbial communities from Sparkling Lake, Wisconsin, USA - GEODES049 metaT (Metagenome Metatranscriptome)

Overview

Ecosystem and Geography

Associated Families

Associated Scaffolds

Sequences