3300007101: Marine sponge Stylissa sp. microbiome, Papua New Guinea CO2seep, Upa-Upasina 'control', st51ic

Overview

Basic Information

• IMG/M Taxon OID: 3300007101
• GOLD Reference (Study | Sequencing Project | Analysis Project): Gs0117787 | Gp0124818 | Ga0101557
• Sample Name: Marine sponge Stylissa sp. microbiome, Papua New Guinea CO2seep, Upa-Upasina 'control', st51ic
• Sequencing Status: Finished
• Sequencing Center: University of New South Wales
• Published?: N
• Use Policy: Open

Dataset Contents

• Total Genome Size: 101357115
• Sequencing Scaffolds: 70
• Novel Protein Genes: 85
• Associated Families: 31

Dataset Phylogeny
Taxonomy Groups	Number of Scaffolds
Not Available	61
All Organisms → cellular organisms → Bacteria	2
All Organisms → cellular organisms → Eukaryota → Opisthokonta	2
All Organisms → Viruses → Predicted Viral	1
All Organisms → cellular organisms → Eukaryota	1
All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → unclassified Bacteroidetes → Bacteroidetes bacterium	1
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Porifera → Demospongiae → Heteroscleromorpha → Haplosclerida → Niphatidae → Amphimedon → Amphimedon queenslandica	1
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa	1

Ecosystem and Geography

Ecosystem Assignment (GOLD)

• Name: Seawater And Marine Sponges Microbial Communities From Papua New Guinea Co2 Seeps
• Type: Host-Associated
• Taxonomy: Host-Associated → Porifera → Unclassified → Unclassified → Unclassified → Stylissa Sp. (Marine Sponge) → Seawater And Marine Sponges Microbial Communities From Papua New Guinea Co2 Seeps

Alternative Ecosystem Assignments

• Environment Ontology (ENVO): Unclassified
• Earth Microbiome Project Ontology (EMPO): Free-living → Saline → Water (saline)

Location Information

• Location: Upa-Upasina 'control' site, Papua New Guinea
• Coordinates
  • Lat. (^o): -9.828217
  • Long. (^o): 150.820517
  • Alt. (m): N/A
  • Depth (m): N/A

Associated Families

Family	Category	Number of Sequences	3D Structure?
F000479	Metagenome / Metatranscriptome	1092	Y
F001407	Metagenome / Metatranscriptome	702	Y
F007683	Metagenome / Metatranscriptome	346	Y
F008031	Metagenome / Metatranscriptome	340	Y
F013612	Metagenome / Metatranscriptome	269	Y
F015565	Metagenome / Metatranscriptome	253	Y
F017963	Metagenome / Metatranscriptome	237	Y
F020857	Metagenome / Metatranscriptome	221	Y
F022150	Metagenome / Metatranscriptome	215	Y
F023046	Metagenome / Metatranscriptome	211	Y
F024258	Metagenome / Metatranscriptome	206	Y
F027869	Metagenome	193	Y
F035204	Metagenome / Metatranscriptome	172	Y
F041611	Metagenome / Metatranscriptome	159	Y
F043240	Metagenome / Metatranscriptome	156	Y
F049434	Metagenome / Metatranscriptome	146	Y
F051941	Metagenome / Metatranscriptome	143	N
F059684	Metagenome / Metatranscriptome	133	Y
F063409	Metagenome / Metatranscriptome	129	Y
F067755	Metagenome	125	N
F068499	Metagenome / Metatranscriptome	124	Y
F069743	Metagenome / Metatranscriptome	123	Y
F072354	Metagenome / Metatranscriptome	121	Y
F073151	Metagenome / Metatranscriptome	120	Y
F074458	Metagenome / Metatranscriptome	119	Y
F076933	Metagenome / Metatranscriptome	117	Y
F085218	Metagenome	111	Y
F093358	Metagenome / Metatranscriptome	106	N
F098755	Metagenome / Metatranscriptome	103	Y
F098759	Metagenome / Metatranscriptome	103	Y
F100481	Metagenome	102	N

Associated Scaffolds

Scaffold	Taxonomy	Length
Ga0101557_1003091	Not Available	1853
Ga0101557_1004681	Not Available	1537
Ga0101557_1005025	All Organisms → cellular organisms → Bacteria	1492
Ga0101557_1005435	Not Available	1446
Ga0101557_1005710	All Organisms → cellular organisms → Eukaryota → Opisthokonta	1421
Ga0101557_1006272	Not Available	1373
Ga0101557_1006369	Not Available	1365
Ga0101557_1006628	Not Available	1343
Ga0101557_1007489	All Organisms → cellular organisms → Eukaryota → Opisthokonta	1281
Ga0101557_1008481	Not Available	1220
Ga0101557_1008610	All Organisms → Viruses → Predicted Viral	1214
Ga0101557_1011119	Not Available	1105
Ga0101557_1013080	Not Available	1039
Ga0101557_1014385	Not Available	1004
Ga0101557_1014695	Not Available	996
Ga0101557_1015075	Not Available	988
Ga0101557_1015597	All Organisms → cellular organisms → Eukaryota	975
Ga0101557_1017735	Not Available	928
Ga0101557_1022057	Not Available	855
Ga0101557_1023079	Not Available	840
Ga0101557_1023604	Not Available	833
Ga0101557_1028868	Not Available	770
Ga0101557_1029282	Not Available	765
Ga0101557_1030283	Not Available	754
Ga0101557_1031008	Not Available	747
Ga0101557_1032434	Not Available	733
Ga0101557_1035942	Not Available	703
Ga0101557_1037482	Not Available	691
Ga0101557_1039140	Not Available	679
Ga0101557_1041097	Not Available	665
Ga0101557_1041329	Not Available	663
Ga0101557_1043683	Not Available	647
Ga0101557_1044060	Not Available	645
Ga0101557_1044297	Not Available	643
Ga0101557_1045533	Not Available	635
Ga0101557_1046311	Not Available	630
Ga0101557_1046349	Not Available	630
Ga0101557_1046952	Not Available	626
Ga0101557_1047148	Not Available	625
Ga0101557_1047166	All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → unclassified Bacteroidetes → Bacteroidetes bacterium	625
Ga0101557_1047906	Not Available	620
Ga0101557_1048424	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Porifera → Demospongiae → Heteroscleromorpha → Haplosclerida → Niphatidae → Amphimedon → Amphimedon queenslandica	617
Ga0101557_1049202	Not Available	612
Ga0101557_1050072	Not Available	607
Ga0101557_1051141	Not Available	601
Ga0101557_1051318	Not Available	600
Ga0101557_1053111	Not Available	590
Ga0101557_1053325	Not Available	588
Ga0101557_1053475	Not Available	587
Ga0101557_1054611	Not Available	581
Ga0101557_1056233	Not Available	573
Ga0101557_1056763	Not Available	570
Ga0101557_1056884	Not Available	569
Ga0101557_1057963	Not Available	563
Ga0101557_1059212	Not Available	557
Ga0101557_1060081	Not Available	553
Ga0101557_1060457	Not Available	551
Ga0101557_1061111	Not Available	548
Ga0101557_1062248	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa	542
Ga0101557_1064842	All Organisms → cellular organisms → Bacteria	531
Ga0101557_1065732	Not Available	527
Ga0101557_1067892	Not Available	518
Ga0101557_1068065	Not Available	518
Ga0101557_1068176	Not Available	517
Ga0101557_1071153	Not Available	507
Ga0101557_1071812	Not Available	505
Ga0101557_1072047	Not Available	504
Ga0101557_1072524	Not Available	503
Ga0101557_1072754	Not Available	502
Ga0101557_1073465	Not Available	500

Sequences

Scaffold ID	Protein ID	Family	Sequence
Ga0101557_1003091	Ga0101557_10030913	F022150	RNKRSHLVGTPFPEFKARFSARAGWHISRDLTRHLLIGECGQSHISAKRG*
Ga0101557_1004681	Ga0101557_10046811	F015565	MGWCTAQRKMLLFCAKTIVKDSRNFELACLKKKKKKEKHFGRLVTFWFGTFAMLLSATGCVFRHENTRR*
Ga0101557_1005025	Ga0101557_10050253	F072354	QRDDRTSLVVQASTDRPAYIYGAGVAIAQDLPAGGLATFPASPVTADLGGTTGELLLLGPNNGGVPFGVPSTQQNGLAAASSSIQASSSLFAQGLTDTTTGDLPFWTVVTGGGITAANAANSMMYKVTADTTFKVFNVDAIANTTVSGDGVFISQADSDAGRAAYILGRVNYLRPAKGVSWNDIQGFIDFPSQVGGGDA*
Ga0101557_1005435	Ga0101557_10054351	F020857	VLFLQDYCALQELLMKMNFTLAVAPPFVHPMTSLLAMPTHSVQKYGFFSEPTWRRQVAKYGNLKRRESLSFSGDIESLELSKF*
Ga0101557_1005710	Ga0101557_10057102	F093358	MNLKIILLLIHCLVDMPTSQARLSYLVMAERYRTVCVMVSEDR*
Ga0101557_1006272	Ga0101557_10062723	F098755	LAQFKLEVDTEKQRQRRRDNVRLTESVNTRSKQLLMMPMESLTNRVWLTGELLSGLEHQSPGRLLGTKYQTCC*
Ga0101557_1006369	Ga0101557_10063691	F022150	GINGVRNQRSHLVGPPFPEFKAHFSATAGWHFLRDLTRCLLIGGCGQSHVSAKHG*
Ga0101557_1006628	Ga0101557_10066282	F098759	ALPILRLCLSLHMLVPQGYSALFVSILSGESKDLITMMKARGYSGEKASGIGMISIRLI*
Ga0101557_1007489	Ga0101557_10074894	F015565	MLLFCVKTIVKELCKFEIARVKKKKHLGRLATFWFGTFTMLFSATGCVVHHENTGI*
Ga0101557_1008481	Ga0101557_10084812	F069743	MQSHTIHLSIAPGDYGALTGFPLGPFSNSVRQLSFNVSIVNDMIPEDDEDFTARLTLSPADVGKSVTVDPDLATVTILDDEGMIAV*
Ga0101557_1008610	Ga0101557_10086101	F024258	MITKEWRNAIDVNCACAIGTSLNLDLCVAENGVVLELRRTAASQNCHSCQFADKRDERGYYDESDVVLCVN*
Ga0101557_1011119	Ga0101557_10111191	F043240	IEAQEKPWNKTGGMTPWMASTASAGALKSGGSETTPPIIAQLRNVTCPPP*
Ga0101557_1013080	Ga0101557_10130802	F085218	MLELKFAIYHRAASLSLQASYAAVLAEEQFTGPGSLQTLPAHQLYF*
Ga0101557_1013689	Ga0101557_10136891	F076933	MIYANCGAIAVITSMTYMTIVELFDEYSAPFSPEVIMTPTSILNDIILSVGTERSAKACC
Ga0101557_1014385	Ga0101557_10143853	F093358	ISIRDVSYKLMNLKIILLLIHCLMDMPTSQARLSYLVMSERYHIVRVMVFEDR*
Ga0101557_1014695	Ga0101557_10146951	F007683	MSLPAMSLGLRFSVSRKGGTGEGGWVHPKGANSMAASGLVFRSDLVGTGRAISILFGICGVRNQ*
Ga0101557_1015075	Ga0101557_10150752	F022150	SHLVGPPFPELKARFLAMAGWHCSRDITRRLLIGGCGQSHVTAKHG*
Ga0101557_1015597	Ga0101557_10155972	F043240	IEAQEKPWNKTGGMTPWMASTASAGALKSGESETTPPILARLRNVPCPPP*
Ga0101557_1017735	Ga0101557_10177352	F093358	MSKVDGPESLAISIRDVSYKLMNWKIILLLIHCLVDMPTSQARLSYLVMAERYRTVRV
Ga0101557_1022057	Ga0101557_10220571	F073151	VFLNVSGFEKRGNFAQNAKFWHFSSYHHFKAVKASDFILGLGAHQAFCLTNPMFEDVDS
Ga0101557_1023079	Ga0101557_10230791	F041611	MLELKFAIYYRAASLPSQASYAVLAEESGFFQTLPAHQQISNSAILRNNYISLLSDLCACVH
Ga0101557_1023604	Ga0101557_10236041	F059684	RHLTGSYLEVAVEGQELAYTVHFTSYKAVARTRRQSRDRK*
Ga0101557_1028836	Ga0101557_10288361	F098759	GYSALFVSILSGESKELITMMKARGYSGEKALGMISIRLV*
Ga0101557_1028852	Ga0101557_10288522	F041611	MLELKFVINYRAASLPSQASYAVLADDTQHSRHTNIISTSAILRNNYISLLSDLCACVHVKKKWRRKGSHSSSVGGSNRLVLLQTWKKAMDWCIAQ*
Ga0101557_1028868	Ga0101557_10288682	F085218	MLEVKLSIYYRAASLPSQASYVVLTDESFTRPGFLQTLP
Ga0101557_1029282	Ga0101557_10292822	F098759	LPMLVRQGYSALFVSILSGKSKELITLMKARGYSGEKASGMISIRLV*
Ga0101557_1030283	Ga0101557_10302831	F020857	APPFVHPITLLPATPTHSVWKYDLFSEPTRRRQVAKYGNLKRCESLSFCGDIESLEPSKF
Ga0101557_1031008	Ga0101557_10310082	F024258	MSLHVNCTCVVGSYLNLKLLCVAQNGVVLALRGQNCHSCQFAAKWAERGYCDESDVVLCVK*
Ga0101557_1032405	Ga0101557_10324053	F100481	VTMPLLSIKDLAVAISTRVGPAEDDPLLYKLGSKLVHAVCKGESGALN*
Ga0101557_1032434	Ga0101557_10324342	F022150	GRAISNLFGINGVRNKRSHLVGSPFPEFKACFSATAGWHFSRDLNRHLLIGGCGHSHVSVKYG*
Ga0101557_1035942	Ga0101557_10359421	F020857	MKINFTIAVAPPFVHPMTSLLAMPTHSVRKYGFFSEPTRRRQVAKYSNLKRCESRSFSGDIESLEPSKF*
Ga0101557_1036673	Ga0101557_10366732	F049434	MKALEDERYVVIKAYKFTVFEIWRDFNVLSYMACPRYPYIRVYRLYDTERDQQ*
Ga0101557_1037482	Ga0101557_10374821	F007683	MMSLLAISLGLRFCVSRKGVTGGGGWVHPKGANSMAASGLVFRSDLVGTGRAISILFGINGVRNQ
Ga0101557_1039140	Ga0101557_10391401	F043240	SIEAQEKPWNKTGGMTPWMASTASAGVLKSGESKTTPPIIARLHNVTCPPP*
Ga0101557_1041097	Ga0101557_10410971	F035204	MPPFEVTFEVVESGCDGENLEKLPMETTVLNVHYVIHIIGFHVTLMRPD*
Ga0101557_1041329	Ga0101557_10413291	F020857	MKMNFTLAVAPPFLHPMMSLAATPTHSVQNYGFLSERTRQRQVAKYGNLKRCESLSFSGDIESLQPSKF*
Ga0101557_1041928	Ga0101557_10419283	F049434	MKTLEDEQYVVLKAYKFTVFEIWRDFNVLSYIACPRYPYIRVYR
Ga0101557_1043247	Ga0101557_10432471	F049434	EQYVVIKAYKFTVCEIWRDFNVLSYIACPRYPYMRVYRLYD*
Ga0101557_1043683	Ga0101557_10436832	F023046	IRNQRSHLVGPPFPEFKARFSATAGWHFLRDLTRRLQLVGAVRVTYLLSMVEITSGSSFEPNKPKEQKLG*
Ga0101557_1044060	Ga0101557_10440602	F023046	SILFGINGVRNKRSHLVGPLFPEFEARFSATADWHFSRDLTRCLLIGGCGHSMYLLSMVEITSGSSFEPNNPTEQKLGYV*
Ga0101557_1044297	Ga0101557_10442971	F051941	MATSFKNMIYDLTPTTSEKTVYGVPTDSHSIINAFYVNNTDPFSSIFVEVRLDRGPNRPYVASTTSLFSVELASNQYLNLLTGPLVLEGGDKLVFTTYTTGRVQGTIAAMQVNREDQETTPTGSV*
Ga0101557_1044582	Ga0101557_10445821	F049434	VLLVMKTLEDEQYVVIKAYKFTVFEIWRDFNVLPYIACPRYPYIRVYRLYDNTVQQ*
Ga0101557_1045533	Ga0101557_10455331	F068499	PPPASYSLAASEMYSIRQFWAFYSHLQVTPGQRTPLPGHFQSLEVT*
Ga0101557_1046311	Ga0101557_10463111	F013612	VGGEWVHPKGANSMAASGLILRSDLVGTGRAISILFGINGVRNKRSHLVGPPFPEFKACFSATAGWHFSRDLARHLLIGGCGHSHVSLKYG*
Ga0101557_1046349	Ga0101557_10463492	F020857	CYIRDIFVLFLQDYCALQELLMKMNFTIAVAPPFVHPMMSLPATPTHSVWKYGLFSEPTRQREVAKYGTLKRCESRSFSGDIESLEPSKL*
Ga0101557_1046952	Ga0101557_10469521	F063409	MNPPCSLANFHFNETAAVQGTIIQPCSGIVTDGIQAIMQLLQGVVTYTSPVEAF
Ga0101557_1047148	Ga0101557_10471482	F022150	GRAISVLFGINGVRNKRSRLVGPPFPEFKARFSAMTGWHFSRDLTRRLLIGGCGHSHVSVKYG*
Ga0101557_1047160	Ga0101557_10471602	F049434	MKTLEDKQYVVINAYKFTVFEIWRDFNVLSYIACPRYPYI
Ga0101557_1047166	Ga0101557_10471661	F008031	MATYKSDAGAILEPGNQIGRLSSFNHEGVKGWPGVEAFEQIGFVKINNASADKASFKSFDITVPSPDRRVSDRVRDDRTTLVVKASSARPAYVYGASIALAQDDPSGGLPSFPASPITADLCGTNTEVLLLGPNHSGSPFGVPSTQQNGLAAASSSLTFSGTTISQGTGAVTTAKLPFWTVVTGGGITAANAANSMMYKVT
Ga0101557_1047906	Ga0101557_10479061	F017963	IGRAISVLFGINGVRNKQSHLVGPPFPAFKACFSATADWHFSRDLSRCLLIGRRGQNHVSVKNG*
Ga0101557_1048424	Ga0101557_10484242	F013612	GGGGWVHPKGANSMAASGLVFRSDLVGTGRAISVLFGINGVRNKRSHLVGPPFPEFKACFSGMAGWHFSRDLTRRLLIGGCGQSHISVKYG*
Ga0101557_1049202	Ga0101557_10492023	F007683	MMSLPAMSLGLRFCMSRKSGTGVGRWVHPKGANSMAASGLVFRSNLVGTGRAI
Ga0101557_1050072	Ga0101557_10500721	F022150	GINGVRNKRSHLVGPPFPEFKARFSATAGWHFSRDLTRRLLIGGCGQSHVSVKYG*
Ga0101557_1051141	Ga0101557_10511411	F022150	VGPPFPEFKARFSATAGWHFSRDLTRRLLIGGCGQSHVSAKHG*
Ga0101557_1051318	Ga0101557_10513182	F015565	MLLFCAKTIVKESRKFELARLKKKKTFAMLFSANGCVVRHENTRR*
Ga0101557_1053111	Ga0101557_10531111	F041611	FFSSRCMLELKFAICYRAASLPSQASYAVLTKESQAFFKHSLHTNSISNSAILRNNYISLLSDLRACVHVKKKMAS*
Ga0101557_1053325	Ga0101557_10533252	F001407	MSIIKQDQRRLDNIANMYWKTSGEMREMWGRKWYELIKIIGRKLDESQRLTTDSRKIH*
Ga0101557_1053475	Ga0101557_10534752	F022150	VDPPFPEFKACFSATAGWHFSRDLTRRLLTDGCGQSHVSAKYD*
Ga0101557_1054459	Ga0101557_10544591	F100481	MLKLHESAITLSSIKDLAVAISTRAGPAEDDPLLYKLGSKPFQAVCKGESGALN*
Ga0101557_1054611	Ga0101557_10546111	F098755	HSYEFEMDTEKQRQSRCDDTRLTESGNARSEQLLVMPTELLSNREWLPGELLSGLERRRRGWF*
Ga0101557_1056233	Ga0101557_10562331	F059684	TISHLDVAVEGRQLAYTVHFTSYKAVARSRRQSRDRK*
Ga0101557_1056763	Ga0101557_10567631	F035204	MTTDGYASLRASIPGEESGHNGENLEKLSMETTVLNVHYVIHIIGFHVTLMDLISKGQ
Ga0101557_1056884	Ga0101557_10568842	F022150	GINGVRNQRSHLVGPPFPEFKARFSATVGWHFLRDLTRCLLIGGCGQSHVFAKHG*
Ga0101557_1057963	Ga0101557_10579632	F027869	MEHAKAKKAKGKAEKALAQMMMEAEMAKASEADLQPEDGYIKPMGRIGVVRPTTYSLTNQLDGTTTQSVINPET*
Ga0101557_1059212	Ga0101557_10592121	F020857	MKMNFTIAVAPPFVHPMTSLPATPTPSVQKYGFFSEPSCLTQVAKYSNLKRCESLSFSGDIESLEPSKF*
Ga0101557_1060081	Ga0101557_10600811	F093358	ESLAISICDVSYKLMNLKIILLLIHCPVDMPTTQAWLSYLVMAERYRTVHVMVSEDR*
Ga0101557_1060299	Ga0101557_10602991	F076933	MIYANCGAIAVITSTTYGTIVELSDEFSAPFSPEVIRSLIVTPTSILNDIILSMETERNTKACY*
Ga0101557_1060457	Ga0101557_10604572	F013612	MMSLPAMSLEQGDQGGWVHPKGANNMAASRLIFTSDLVGTGRAISILFGINGVRNQQSHIVGPPFPEFKAHYSATAGWHFSRDLARHLLIGGCGHSHVSVKYGLVKIYC*
Ga0101557_1061111	Ga0101557_10611111	F015565	MVMFCAKTIAKESRKFELACLKKKKKEKHFGRLVTFWFGTFTMLYSATGCVIRHKNTRR*
Ga0101557_1061111	Ga0101557_10611112	F041611	LPSQASYAVLAEESQALFKHSPHMYTNSISNSAILRNSYISLLSDLCACVDVKKNGVKEAIVLQ*
Ga0101557_1062248	Ga0101557_10622481	F017963	GLVLRSDLVGTGRAISILFGINGFRNQRSHLVGPPFPEFKARFSAMAGWHFSRDLTRRLLIGGCGQSHVSTKHG*
Ga0101557_1063003	Ga0101557_10630032	F100481	GVECTAHHPGSRGVADIVSVTMPLLSIKDLAVALSIRAGPAEDDPPLYKLGSKPVQAVCKGESGARN*
Ga0101557_1064842	Ga0101557_10648422	F067755	MDPEVIAIAVTSGLAAFTGVIKSLNGFNDKIQRKFNKLQDEIDRVEDDMIRGYVLKQDFIREMDVVHQKLDKILELMIKQNSK*
Ga0101557_1065732	Ga0101557_10657321	F063409	MAKEYIIIYGEQARSQGGFEGVQTNPPCSLAKFTFNETAAVQGTIIQLCSGIVTDDIQAIMQLLQGVVTYTSPIEAFATGIKNFDR*
Ga0101557_1067788	Ga0101557_10677881	F041611	MLELKFAIYYRAASLPPQASYAVLAEESQAFFKCSLHTNSISISAILRNNYISLLSDLCACVHVKKKWRRKGSHSSSVSGSNRLA
Ga0101557_1067892	Ga0101557_10678921	F015565	MLLFCVKTIVKGSHEFELARLKKKKKKEKHFGHLVTFSFSTFTMLFSATGCVVRHENTRR
Ga0101557_1068065	Ga0101557_10680652	F074458	MRSLTAKWFFEMAGIPSAAFVFDDDLATELETYAKANVELLSRVVNVALASSDTFSESGLQHW*
Ga0101557_1068176	Ga0101557_10681761	F043240	IEAQEKPWNKTGGMTPWMASTASAGALKSGESGTTPPIIAWLRNVTCPPP*
Ga0101557_1070528	Ga0101557_10705282	F049434	TLEDGWYVVINAYKLTVFEIWRDFNVLSYIACPCYPYIRVYRLYDIG*
Ga0101557_1071153	Ga0101557_10711531	F069743	MQSHTIHLSIAPSDYGALTGFLLGPFSDSVRQLSFNVSIVNNAIPEDDKDFIANLTLLPADQARLRNRVTVQPDLATVTILDDDGTIPVIDN*
Ga0101557_1071812	Ga0101557_10718121	F000479	MSKAVNILEVLEKAHQSSASVSKRNKQAIIDAYGRALTMKKILDDFIKVNRNLIIDMGVSENANLLHGKDYSIHVSQKLSVKVDTNLVKEKLGELEYHKCKVPTQYKQIQALPIEEATVRKNKKATIEEVADFRITA*
Ga0101557_1072047	Ga0101557_10720471	F043240	QLATWSIEAQEKPWNKTGGMTPWMPSTASAGPLKSGELETTPSIIAQLRNVTCPPP*
Ga0101557_1072524	Ga0101557_10725241	F059684	VSRKWRDLTANQLEVALEGRKLAYTVHFTSYKAVARTRRQSRDIK*
Ga0101557_1072754	Ga0101557_10727541	F068499	PPPASYSLVGSEMYSIPELLAFYSHFLVTSGQITSLLGHFQSPEIT*
Ga0101557_1073465	Ga0101557_10734651	F041611	MLYMLELKFAIYYRAACLPSQASYAVLAEESQAFFKHSPHTLLISNSAILRNNYISLLSDLCACVHVKKKWRRKGSHSSSVSG