Sample 3300009923

Basic Information
IMG/M Taxon OID	3300009923 Open in IMG/M
GOLD Reference (Study \| Sequencing Project \| Analysis Project)	Gs0120440 \| Gp0149073 \| Ga0131751
Sample Name	Microbial communities of marine sponge Stylissa flabelliformis from Great Barrier Reef, Australia - S11
Sequencing Status	Permanent Draft
Sequencing Center	University of New South Wales
Published?	N
Use Policy	Open

Basic Information

IMG/M Taxon OID

3300009923 Open in IMG/M

GOLD Reference
(Study | Sequencing Project | Analysis Project)

Gs0120440 | Gp0149073 | Ga0131751

Sample Name

Microbial communities of marine sponge Stylissa flabelliformis from Great Barrier Reef, Australia - S11

Sequencing Status

Permanent Draft

Sequencing Center

University of New South Wales

Published?

Use Policy

Open

Dataset Contents
Total Genome Size	64743852
Sequencing Scaffolds	52
Novel Protein Genes	57
Associated Families	21

Dataset Contents

Total Genome Size

64743852

Sequencing Scaffolds

Novel Protein Genes

Associated Families

Dataset Phylogeny
Taxonomy Groups	Number of Scaffolds
Not Available	49
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Cnidaria → Anthozoa → Hexacorallia → Scleractinia → Astrocoeniina → Pocilloporidae → Stylophora → Stylophora pistillata	1
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Chelicerata → Arachnida	1
All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Spiralia → Lophotrochozoa → Annelida → Clitellata → Hirudinea → Rhynchobdellida → Glossiphoniidae → Helobdella → Helobdella robusta	1

Dataset Phylogeny

Taxonomy Groups

Number of Scaffolds

Not Available

All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Cnidaria → Anthozoa → Hexacorallia → Scleractinia → Astrocoeniina → Pocilloporidae → Stylophora → Stylophora pistillata

All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Chelicerata → Arachnida

All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Spiralia → Lophotrochozoa → Annelida → Clitellata → Hirudinea → Rhynchobdellida → Glossiphoniidae → Helobdella → Helobdella robusta

Ecosystem Assignment (GOLD)
Name	Sponge Microbes In A High Co2 World
Type	Host-Associated
Taxonomy	Host-Associated → Porifera → Sponge → Unclassified → Unclassified → Marine → Sponge Microbes In A High Co2 World

Ecosystem Assignment (GOLD)

Name

Sponge Microbes In A High Co2 World

Type

Host-Associated

Taxonomy

Host-Associated → Porifera → Sponge → Unclassified → Unclassified → Marine → Sponge Microbes In A High Co2 World

Alternative Ecosystem Assignments
Environment Ontology (ENVO)	Unclassified
Earth Microbiome Project Ontology (EMPO)	Host-associated → Animal → Animal corpus

Alternative Ecosystem Assignments

Environment Ontology (ENVO)

Unclassified

Earth Microbiome Project Ontology (EMPO)

Host-associated → Animal → Animal corpus

Location Information
Location	Davies Reef, Great Barrier Reef, Australia
Coordinates	Lat. (^o)	-18.833	Long. (^o)	147.683	Alt. (m)	N/A	Depth (m)	N/A
Location on Map

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Location Information

Location

Davies Reef, Great Barrier Reef, Australia

Coordinates

Lat. (^o)

-18.833

Long. (^o)

147.683

Alt. (m)

N/A

Depth (m)

N/A

Location on Map

Zoom:

Family	Category	Number of Sequences	3D Structure?
F007683	Metagenome / Metatranscriptome	346	Y
F010384	Metagenome / Metatranscriptome	304	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
F035204	Metagenome / Metatranscriptome	172	Y
F038110	Metagenome / Metatranscriptome	166	Y
F041044	Metagenome / Metatranscriptome	160	Y
F041611	Metagenome / Metatranscriptome	159	Y
F043240	Metagenome / Metatranscriptome	156	Y
F063409	Metagenome / Metatranscriptome	129	Y
F069743	Metagenome / Metatranscriptome	123	Y
F083784	Metagenome	112	Y
F093358	Metagenome / Metatranscriptome	106	N
F098755	Metagenome / Metatranscriptome	103	Y
F098759	Metagenome / Metatranscriptome	103	Y
F100481	Metagenome	102	N

Family

Scaffold	Taxonomy	Length	IMG/M Link
Ga0131751_1001081	Not Available	1701	Open in IMG/M
Ga0131751_1003380	Not Available	1242	Open in IMG/M
Ga0131751_1003789	Not Available	1204	Open in IMG/M
Ga0131751_1003845	Not Available	1198	Open in IMG/M
Ga0131751_1004698	Not Available	1132	Open in IMG/M
Ga0131751_1004737	Not Available	1129	Open in IMG/M
Ga0131751_1005296	Not Available	1093	Open in IMG/M
Ga0131751_1006081	Not Available	1050	Open in IMG/M
Ga0131751_1006689	Not Available	1021	Open in IMG/M
Ga0131751_1006764	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Cnidaria → Anthozoa → Hexacorallia → Scleractinia → Astrocoeniina → Pocilloporidae → Stylophora → Stylophora pistillata	1018	Open in IMG/M
Ga0131751_1007407	Not Available	991	Open in IMG/M
Ga0131751_1007413	Not Available	991	Open in IMG/M
Ga0131751_1007517	Not Available	986	Open in IMG/M
Ga0131751_1007619	Not Available	983	Open in IMG/M
Ga0131751_1008703	Not Available	944	Open in IMG/M
Ga0131751_1010619	Not Available	887	Open in IMG/M
Ga0131751_1011464	Not Available	866	Open in IMG/M
Ga0131751_1012664	Not Available	839	Open in IMG/M
Ga0131751_1013010	Not Available	831	Open in IMG/M
Ga0131751_1013533	Not Available	820	Open in IMG/M
Ga0131751_1014542	Not Available	802	Open in IMG/M
Ga0131751_1016559	Not Available	767	Open in IMG/M
Ga0131751_1017191	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Chelicerata → Arachnida	758	Open in IMG/M
Ga0131751_1017216	Not Available	757	Open in IMG/M
Ga0131751_1017340	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Spiralia → Lophotrochozoa → Annelida → Clitellata → Hirudinea → Rhynchobdellida → Glossiphoniidae → Helobdella → Helobdella robusta	756	Open in IMG/M
Ga0131751_1019306	Not Available	728	Open in IMG/M
Ga0131751_1020206	Not Available	717	Open in IMG/M
Ga0131751_1021571	Not Available	700	Open in IMG/M
Ga0131751_1022732	Not Available	688	Open in IMG/M
Ga0131751_1027130	Not Available	645	Open in IMG/M
Ga0131751_1028243	Not Available	635	Open in IMG/M
Ga0131751_1028374	Not Available	634	Open in IMG/M
Ga0131751_1029839	Not Available	621	Open in IMG/M
Ga0131751_1031459	Not Available	608	Open in IMG/M
Ga0131751_1031817	Not Available	605	Open in IMG/M
Ga0131751_1034473	Not Available	585	Open in IMG/M
Ga0131751_1034904	Not Available	582	Open in IMG/M
Ga0131751_1034959	Not Available	582	Open in IMG/M
Ga0131751_1035245	Not Available	580	Open in IMG/M
Ga0131751_1035772	Not Available	576	Open in IMG/M
Ga0131751_1035794	Not Available	576	Open in IMG/M
Ga0131751_1037548	Not Available	564	Open in IMG/M
Ga0131751_1037997	Not Available	561	Open in IMG/M
Ga0131751_1038818	Not Available	555	Open in IMG/M
Ga0131751_1040282	Not Available	545	Open in IMG/M
Ga0131751_1042111	Not Available	534	Open in IMG/M
Ga0131751_1042662	Not Available	531	Open in IMG/M
Ga0131751_1043793	Not Available	525	Open in IMG/M
Ga0131751_1044352	Not Available	522	Open in IMG/M
Ga0131751_1044686	Not Available	520	Open in IMG/M
Ga0131751_1045823	Not Available	514	Open in IMG/M
Ga0131751_1048182	Not Available	504	Open in IMG/M

Sequences

Scaffold ID	Protein ID	Family	Sequence
Ga0131751_1001081	Ga0131751_10010812	F043240	WNKTGGMTPWMASTASAGALKSGESETTPPIIARLCNVTCPPP*
Ga0131751_1003380	Ga0131751_10033801	F010384	IWKRFIRSLLGVDRCSLSWGSGRGLLEVYQGWIDAASAGDLEGPFLKFLEVNQ*
Ga0131751_1003789	Ga0131751_10037891	F041044	MTKRIEIALPVPTKSLLKMSPDAAMLFAPFRCTHPPHPVPPLLLTQNLSPKDIAGSDIMKLKVS*
Ga0131751_1003845	Ga0131751_10038451	F013612	MSLPAMSLGGTGGGGCVHPKGANSMAASGLVFRSDLVGTGRAISILFGINGVRNQQSHLVGPPFPEFKARFSATAGWHFSRDLTRRLV
Ga0131751_1004698	Ga0131751_10046981	F017963	MQVPGKQNLSCKAYQLANSMATSGLIFRSDLVGTGKAISILFGINGFRNKRSHLVGSPFPEFKDCFSAMAGWHFSGDLARCLLIGGCGQSHISARCG*
Ga0131751_1004737	Ga0131751_10047371	F010384	MQPQLGIKKRFIRSLLRVDRCSLNWASGRGLLEVYWGWTDAASAGDLEEVY*
Ga0131751_1005296	Ga0131751_10052961	F010384	MQPQLGIWKRFIRSLLRVDRCSLSWASGRSLLEVYWGWTDAASAEHLEEVD*
Ga0131751_1006081	Ga0131751_10060811	F023046	PFPEFKARFSAMAGWHFSRDLTRRLLIGGCGHSTYLLSMAEITSGSNFELNNPTEQKLGYV*
Ga0131751_1006689	Ga0131751_10066892	F083784	HAGMDFNDTQPFEVTMAAGINQSEVVTADIPILDDEINEAEEEFVIVLEVVSNTTNSVEFTTQTTVCRIPPSDRK*
Ga0131751_1006764	Ga0131751_10067641	F041044	MPKSIEMALPVPTKSLLKTSPDEAMLFAPFGCTHQSPPAPPFLLTQNPSPKDIAGSDIMKLKVS*
Ga0131751_1007407	Ga0131751_10074071	F022150	FPEFKAHFSATAGWHFSRDLTRRLLIGGCGQSHVSAKHG*
Ga0131751_1007413	Ga0131751_10074131	F098755	KQRQHRRDDARLTKSGNARSEQLLVVPTESLTNREWLLGELLSGSERRRPSWLLDMNIANKH*
Ga0131751_1007517	Ga0131751_10075171	F093358	VSYKLMNLKIILLLIHCLVDMPTSQARLSYLVMAERYRTVCVMVSEDR*
Ga0131751_1007619	Ga0131751_10076192	F017963	VHPKGANSMAASGLTLRSDLVGTGRAISVLFGINGVRNKQSHLVGPPFPEFKARFSAMAGWHFSRDLTRRLLIGGCGHSHVSVKYG*
Ga0131751_1008703	Ga0131751_10087031	F038110	CSPAVSEDRGHMSKVDGLESLAISIRDVSYELMNLKIILLLIHCLVDMPTSQARLSYLFMAERYRTVRVMVSEDR*
Ga0131751_1010619	Ga0131751_10106191	F017963	FRSDLVGTGRAISILFGINGVRNKRSHLVGPPFKARFPATAGWHFSRNLTRRLLIGGCGQSHVSAKHG*
Ga0131751_1011464	Ga0131751_10114641	F098759	LRPCLSLPTLVPQGYSALFVRILSGESKELITTMKARGYSSEKASGMISIAWQFTT*
Ga0131751_1012664	Ga0131751_10126641	F010384	MQPQLGIWKRLIRSLLRVDRCSLSWASGRGLLEVCWGWTDAASAGHLEEVY*
Ga0131751_1013010	Ga0131751_10130101	F007683	MSFPAMSLGLRFCVSRKGGTGEGGWVHPKGANSMAASGLVFRSDLVGTGRAISILFGINGVRNQRSH
Ga0131751_1013533	Ga0131751_10135331	F069743	MQSHTIRLSIAPSDYGALTGFLLGPFSDSVRQLSFNVSIVNDAIPEDDEDFTARLTLSPADVGKSVTVDPDLATVTILDDEGTIAV*
Ga0131751_1014542	Ga0131751_10145421	F035204	MPIPPCEPVSQVIELGCDGENLEKLSMDSTVFNMHYIIPIIGFHVTLMRPDFNET*
Ga0131751_1016559	Ga0131751_10165591	F010384	MQPQLGIRKRFIRRLLRVDRCSLSWGSGRGLLEVYEGWTDEASAGDQEEVY*
Ga0131751_1017191	Ga0131751_10171911	F010384	MQSQLGIWKRLIRSLLVVDRCSLIWGSGRGLLEVYEGWTDVASAGDLEEVY*
Ga0131751_1017191	Ga0131751_10171912	F010384	QMQPQLGIWKRFIRSLLGLDRCSLSWASGRGLLKVYWGWTDSASAGDQEEIY*
Ga0131751_1017216	Ga0131751_10172161	F023046	ISILFGINGVRNQRSHLVGPPFPEFKARFSATAGWHFSRDLTRRLLIGGCGQSTYLLSMAEITSGSSLESNKPREQKLGYV*
Ga0131751_1017340	Ga0131751_10173402	F010384	QLGIWKRFIRSLLRVDRCSLSWASGRGLLEVCCGWTDAASAGHLEEVY*
Ga0131751_1017622	Ga0131751_10176221	F010384	MQPQLGIRKRLIRSLLGLDRCSLSWASGRGLLEVYWGWTDAAS
Ga0131751_1019306	Ga0131751_10193061	F020857	MKMNFTLAVAPPFLHPMTSLPATPTHSVQKHGFLSEPTRWRQVAKYVNLKRCESLAFSGDIESLEPSKF*
Ga0131751_1020206	Ga0131751_10202061	F010384	QMQPQLGIWKRFIRSLLRVDRCSLSWASGRGLFEVYSGWTDAPSAGHLEAVY*
Ga0131751_1021571	Ga0131751_10215712	F022150	GVRNKRSHLVGPPFPEFKARFSATAGWHFSSDLARRLLIGGCGHSHVSVKYG*
Ga0131751_1022732	Ga0131751_10227321	F013612	GQDRGGGWVHPKGANSMAVSGLVFRSDLVGTGRAISILFGINGVRNQRSYLVGPPFPEFKAHFSATASGHFSRDLTRCLLIDGCGQGHISVKDG*
Ga0131751_1025020	Ga0131751_10250201	F098755	RDNVRLTESGNARSKQLLMMPMESLTNRVWLTGELLSGLEHQSPGHLLGTKYQTCC*
Ga0131751_1027130	Ga0131751_10271301	F022150	SHLVGPPFPEFKARFSATAGWHFSRDLTRRLVIGGCGHSHVSVKYG*
Ga0131751_1028243	Ga0131751_10282431	F024258	MRLHVNYACAIGTRLNLDLLCVAKNGVVLELRRIAASQNCHSCQFANKRAERGYCDESDIVLRVK*
Ga0131751_1028374	Ga0131751_10283741	F063409	RTQAYSQGGFEGVRTNPPCSLAKFIFNETAAVQGTIIQPCSCIVTDGIQAIIHLLHGVVTHTSPVEAFVTRIKNFDW*
Ga0131751_1029839	Ga0131751_10298391	F010384	MQPQLGIWKRFIGSLLGVDRCSLNWASGRGLLEVYWGWTDAASAGHLEEVY*
Ga0131751_1030208	Ga0131751_10302081	F100481	DIVSVTMPLLSIKDLAVAISTRAGPAEDDPPLYELGSKPVQAVCKGESGALN*
Ga0131751_1031373	Ga0131751_10313732	F041611	LKFAIYYRAASLPSQASYAVLAEESQAFFKHSLHTNSISNSAILRNNYILLLSDLCACVHVKKKWCRKGSHSSSVSSLNRLV*
Ga0131751_1031459	Ga0131751_10314591	F010384	MQPQLVIWKRFIRSLLGVGSCSLRWASGRGLLEVYWGWTDAASSGDQEEVY*
Ga0131751_1031817	Ga0131751_10318171	F035204	RQMPMPPCEPVFQVIESGRDGENLEKLSMETTVLNVHYVMHILGFHVTFNET*
Ga0131751_1034473	Ga0131751_10344731	F093358	SKVDGPESLAISIRDVSYKLMNLKIILLLIHCLMDMPTSQARLSYLAMAERYRTVRMMVSEDR*
Ga0131751_1034904	Ga0131751_10349041	F010384	MQPQLGIWKRFIVSLLGVDRCTLSWVSGRGLLEVYWGWTDAASAGDQEDVY*
Ga0131751_1034959	Ga0131751_10349591	F007683	MSLPAMSLGLRFCMSRKGGTRGGRWMHPKGAISMATSGLVFRSNLVGTGRAIFILFGISGVKNKRSHLVGPPFPEFK
Ga0131751_1035245	Ga0131751_10352451	F010384	GGQRLHQLGIWKRFIRSLSGVDRCSLSWLSRRGLLEVYEGWTDAASAGGSKPV*
Ga0131751_1035772	Ga0131751_10357721	F098759	SLPTLVRQGYSALFVSILSGESKELITTMKARGYSGEKASGRISIRLV*
Ga0131751_1035794	Ga0131751_10357941	F093358	IHCLVDMPTSQARLSYLVMSERYRIVHVMVSEGR*
Ga0131751_1037548	Ga0131751_10375481	F043240	LTTWSIEAQEKPWNKTGGMTPWMASTASAGALKSGESETTPPIIARLRNVTCLPP*
Ga0131751_1037997	Ga0131751_10379971	F022150	LVGPPFPEFKACFSATAGWHFSRDLTRRLLIGGCGHSHVSVKYG*
Ga0131751_1038818	Ga0131751_10388181	F007683	MSLPAMSLGLRFCMSRKGGTGGGEWMHPKGANSMATSGLVFRSDLVGTGRAISILFGINGVRNKRSHLVGPP
Ga0131751_1040282	Ga0131751_10402822	F010384	MRGGQMQPQLGIWKRFIKSLLWLDRFSLSWGSGRGLLEVYWGWTDAASAGHLEEVY*
Ga0131751_1042111	Ga0131751_10421111	F015565	MLLFCAKTIVKESHKFELAHLKKKKEKHFGCLATFRFGTFAMLFSATGRVVRHENTRK*
Ga0131751_1042662	Ga0131751_10426621	F010384	MRGGQMQPQLGIWKRFIRSLFGVDRCSLSWASGRGLLEVYWGWTDADSAGHLEEVY*
Ga0131751_1043793	Ga0131751_10437932	F010384	RFIRSLSGVDRCSLSWGSGRGLLEVYQGWTDAASGGDLEEVY*
Ga0131751_1044352	Ga0131751_10443521	F010384	MQPHLGIRKRFIRSLLKVERCSLSWASGRGLLEVYWGWTDAASAGDLEEVY*
Ga0131751_1044686	Ga0131751_10446861	F010384	GGQMQPQLGIWKRFIRSLLGLDRCSLSWASGRGLLEVYWGCTDAASAGHLEEVY*
Ga0131751_1045823	Ga0131751_10458231	F017963	VGTGRAISVLFGINGVRNKRSHLVGPPFPEFKACFSATAGWHFSGDLTRCLLIGRCGQSHVSVKNG*
Ga0131751_1048182	Ga0131751_10481822	F069743	DYGALTGFLLGPFSDSVRQLSFNVSIVNDVIPEDDEAFIANLTLLPADQARLCNRVTVQPDSATVTILDVQGKILAV*

NMPFamsDB

NMPFamsDB

NMPFamsDB

A database of Novel Metagenome Protein Families

A database of Novel Metagenome Protein Clusters

A database of Novel Metagenome Protein Clusters

3300009923: Microbial communities of marine sponge Stylissa flabelliformis from Great Barrier Reef, Australia - S11

Overview

Ecosystem and Geography

Associated Families

Associated Scaffolds

Sequences