NMPFamsDB

NMPFamsDB

NMPFamsDB

A database of Novel Metagenome Protein Families

A database of Novel Metagenome Protein Clusters

A database of Novel Metagenome Protein Clusters
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Metagenome Family F030595

Metagenome Family F030595

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Overview Alignments Structure & Topology Gene Neighborhood Phylogeny Ecosystems Sequences
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Overview

Basic Information
Family ID F030595
Family Type Metagenome
Number of Sequences 185
Average Sequence Length 44 residues
Representative Sequence VNNTGTKKGSIINKQHFEEKNGECAACLKYSVLIFVEKYIYKMQ
Number of Associated Samples 17
Number of Associated Scaffolds 185

Quality Assessment
Transcriptomic Evidence No
Most common taxonomic group Unclassified
% of genes with valid RBS motifs 0.00 %
% of genes near scaffold ends (potentially truncated) 64.86 %
% of genes from short scaffolds (< 2000 bps) 78.38 %
Associated GOLD sequencing projects 11
AlphaFold2 3D model prediction Yes
3D model pTM-score0.44

Note: High quality evidence is represented by blue. Low quality evidence is represented by red.
Hidden Markov Model
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Most Common Taxonomy
Group Unclassified (85.405 % of family members)
NCBI Taxonomy ID N/A
Taxonomy N/A

Most Common Ecosystem
GOLD Ecosystem Host-Associated → Arthropoda → Digestive System → Gut → Unclassified → Termite Gut
(99.460 % of family members)
Environment Ontology (ENVO) Unclassified
(100.000 % of family members)
Earth Microbiome Project Ontology (EMPO) Host-associated → Animal → Animal proximal gut
(100.000 % of family members)



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Multiple Sequence Alignments

Select alignment to view:      


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Structure & Topology

Predicted Secondary Structure and Topology

Predicted Topology & Secondary Structure
Classification: Globular Signal Peptide: No Secondary Structure distribution: α-helix: 52.78%    β-sheet: 0.00%    Coil/Unstructured: 47.22%
Feature Viewer
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Predicted 3D Structure

Structure Viewer
Per-residue confidence (pLDDT):
  0-50   51-70   71-90   91-100  
pTM-score: 0.44
Powered by PDBe Molstar

Low Quality Model:

This family has a low confidence model (pTM < 0.7) and has not been screened against SCOPe or PDB.


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Gene Neighborhood

Neighboring Pfam domains

Pfam IDName % Frequency in 185 Family Scaffolds
PF10545MADF_DNA_bdg 0.54
PF00146NADHdh 0.54

Neighboring Clusters of Orthologous Genes (COGs)

COG IDNameFunctional Category % Frequency in 185 Family Scaffolds
COG0650Formate hydrogenlyase subunit HyfCEnergy production and conversion [C] 0.54
COG1005NADH:ubiquinone oxidoreductase subunit 1 (chain H)Energy production and conversion [C] 0.54


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Phylogeny

NCBI Taxonomy

Select NCBI taxonomy Level:
NameRankTaxonomyDistribution
UnclassifiedrootN/A85.41 %
All OrganismsrootAll Organisms14.59 %

Visualization
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Associated Scaffolds


ScaffoldTaxonomyLengthIMG/M Link
3300001343|JGI20172J14457_10006618Not Available1044Open in IMG/M
3300001343|JGI20172J14457_10013489Not Available843Open in IMG/M
3300001343|JGI20172J14457_10031236Not Available678Open in IMG/M
3300001343|JGI20172J14457_10063524Not Available571Open in IMG/M
3300001343|JGI20172J14457_10069147Not Available559Open in IMG/M
3300001343|JGI20172J14457_10073939Not Available549Open in IMG/M
3300001466|JGI20168J15290_1014143Not Available520Open in IMG/M
3300001541|JGI20169J15301_1011025Not Available608Open in IMG/M
3300001542|JGI20167J15610_10039127Not Available620Open in IMG/M
3300001542|JGI20167J15610_10057717Not Available568Open in IMG/M
3300001542|JGI20167J15610_10058657Not Available566Open in IMG/M
3300001544|JGI20163J15578_10145935Not Available1493Open in IMG/M
3300001544|JGI20163J15578_10264489All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda1111Open in IMG/M
3300001544|JGI20163J15578_10497347Not Available762Open in IMG/M
3300001544|JGI20163J15578_10562130Not Available701Open in IMG/M
3300002125|JGI20165J26630_10586776Not Available589Open in IMG/M
3300002175|JGI20166J26741_11534133Not Available1440Open in IMG/M
3300002175|JGI20166J26741_11725923Not Available1064Open in IMG/M
3300002238|JGI20169J29049_10511208Not Available500Open in IMG/M
3300002238|JGI20169J29049_10535382Not Available512Open in IMG/M
3300002238|JGI20169J29049_10543828Not Available517Open in IMG/M
3300002238|JGI20169J29049_10566759Not Available529Open in IMG/M
3300002238|JGI20169J29049_10575432Not Available533Open in IMG/M
3300002238|JGI20169J29049_10578314Not Available535Open in IMG/M
3300002238|JGI20169J29049_10611537Not Available553Open in IMG/M
3300002238|JGI20169J29049_10613063Not Available554Open in IMG/M
3300002238|JGI20169J29049_10619161Not Available558Open in IMG/M
3300002238|JGI20169J29049_10657986All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea580Open in IMG/M
3300002238|JGI20169J29049_10668439Not Available587Open in IMG/M
3300002238|JGI20169J29049_10693497Not Available602Open in IMG/M
3300002238|JGI20169J29049_10694111Not Available602Open in IMG/M
3300002238|JGI20169J29049_10704981Not Available609Open in IMG/M
3300002238|JGI20169J29049_10717492Not Available617Open in IMG/M
3300002238|JGI20169J29049_10760586Not Available646Open in IMG/M
3300002238|JGI20169J29049_10761300Not Available646Open in IMG/M
3300002238|JGI20169J29049_10763205All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda648Open in IMG/M
3300002238|JGI20169J29049_10778320Not Available658Open in IMG/M
3300002238|JGI20169J29049_10788815Not Available666Open in IMG/M
3300002238|JGI20169J29049_10788945All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera666Open in IMG/M
3300002238|JGI20169J29049_10790806Not Available667Open in IMG/M
3300002238|JGI20169J29049_10792527Not Available669Open in IMG/M
3300002238|JGI20169J29049_10797201Not Available672Open in IMG/M
3300002238|JGI20169J29049_10802902Not Available676Open in IMG/M
3300002238|JGI20169J29049_10820025Not Available689Open in IMG/M
3300002238|JGI20169J29049_10825786Not Available693Open in IMG/M
3300002238|JGI20169J29049_10828337Not Available695Open in IMG/M
3300002238|JGI20169J29049_10828610Not Available695Open in IMG/M
3300002238|JGI20169J29049_10829730Not Available696Open in IMG/M
3300002238|JGI20169J29049_10852429Not Available714Open in IMG/M
3300002238|JGI20169J29049_10859068All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera719Open in IMG/M
3300002238|JGI20169J29049_10875623Not Available732Open in IMG/M
3300002238|JGI20169J29049_10887855Not Available743Open in IMG/M
3300002238|JGI20169J29049_10910166Not Available762Open in IMG/M
3300002238|JGI20169J29049_10921674Not Available772Open in IMG/M
3300002238|JGI20169J29049_10925541Not Available776Open in IMG/M
3300002238|JGI20169J29049_10934059Not Available783Open in IMG/M
3300002238|JGI20169J29049_10934895Not Available784Open in IMG/M
3300002238|JGI20169J29049_10982697Not Available830Open in IMG/M
3300002238|JGI20169J29049_11001949Not Available850Open in IMG/M
3300002238|JGI20169J29049_11010449Not Available859Open in IMG/M
3300002238|JGI20169J29049_11015221Not Available865Open in IMG/M
3300002238|JGI20169J29049_11039069All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blattoidea → Termitoidae → Rhinotermitidae → Coptotermitinae → Coptotermes → Coptotermes formosanus892Open in IMG/M
3300002238|JGI20169J29049_11039926Not Available893Open in IMG/M
3300002238|JGI20169J29049_11047689Not Available902Open in IMG/M
3300002238|JGI20169J29049_11051821All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera907Open in IMG/M
3300002238|JGI20169J29049_11055940Not Available912Open in IMG/M
3300002238|JGI20169J29049_11058611Not Available915Open in IMG/M
3300002238|JGI20169J29049_11067573Not Available927Open in IMG/M
3300002238|JGI20169J29049_11078252Not Available941Open in IMG/M
3300002238|JGI20169J29049_11089352All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda956Open in IMG/M
3300002238|JGI20169J29049_11093446Not Available961Open in IMG/M
3300002238|JGI20169J29049_11103842Not Available976Open in IMG/M
3300002238|JGI20169J29049_11110645Not Available986Open in IMG/M
3300002238|JGI20169J29049_11111403Not Available987Open in IMG/M
3300002238|JGI20169J29049_11139575Not Available1030Open in IMG/M
3300002238|JGI20169J29049_11143296Not Available1036Open in IMG/M
3300002238|JGI20169J29049_11154413Not Available1055Open in IMG/M
3300002238|JGI20169J29049_11160181Not Available1065Open in IMG/M
3300002238|JGI20169J29049_11173419Not Available1089Open in IMG/M
3300002238|JGI20169J29049_11193060All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera1128Open in IMG/M
3300002238|JGI20169J29049_11221112Not Available1190Open in IMG/M
3300002238|JGI20169J29049_11233447Not Available1220Open in IMG/M
3300002238|JGI20169J29049_11257422Not Available1285Open in IMG/M
3300002238|JGI20169J29049_11262202Not Available1299Open in IMG/M
3300002238|JGI20169J29049_11268956All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea1320Open in IMG/M
3300002238|JGI20169J29049_11269279Not Available1321Open in IMG/M
3300002238|JGI20169J29049_11273093Not Available1333Open in IMG/M
3300002238|JGI20169J29049_11280198Not Available1357Open in IMG/M
3300002238|JGI20169J29049_11282098All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda1364Open in IMG/M
3300002238|JGI20169J29049_11285208Not Available1375Open in IMG/M
3300002238|JGI20169J29049_11313503Not Available1490Open in IMG/M
3300002238|JGI20169J29049_11338040All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blattoidea → Termitoidae → Kalotermitidae → Cryptotermitinae → Cryptotermes → Cryptotermes secundus1618Open in IMG/M
3300002238|JGI20169J29049_11355980All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea1738Open in IMG/M
3300002238|JGI20169J29049_11357591All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera1751Open in IMG/M
3300002238|JGI20169J29049_11379156Not Available1949Open in IMG/M
3300002238|JGI20169J29049_11396767Not Available2183Open in IMG/M
3300002238|JGI20169J29049_11397747Not Available2199Open in IMG/M
3300002238|JGI20169J29049_11411595All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blattoidea2484Open in IMG/M
3300002238|JGI20169J29049_11417520Not Available2652Open in IMG/M
3300002238|JGI20169J29049_11420902Not Available2770Open in IMG/M
3300002238|JGI20169J29049_11423905All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera2893Open in IMG/M
3300002238|JGI20169J29049_11424372All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Endopterygota → Hymenoptera → Apocrita → Aculeata → Formicoidea → Formicidae2915Open in IMG/M
3300002238|JGI20169J29049_11440694Not Available4329Open in IMG/M
3300002238|JGI20169J29049_11444429All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea → Blattoidea5233Open in IMG/M
3300002238|JGI20169J29049_11444513All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera5263Open in IMG/M
3300002308|JGI20171J29575_11560842Not Available501Open in IMG/M
3300002308|JGI20171J29575_11569136Not Available504Open in IMG/M
3300002308|JGI20171J29575_11592290Not Available513Open in IMG/M
3300002308|JGI20171J29575_11628113Not Available526Open in IMG/M
3300002308|JGI20171J29575_11653647Not Available537Open in IMG/M
3300002308|JGI20171J29575_11808920Not Available607Open in IMG/M
3300002308|JGI20171J29575_11827997Not Available616Open in IMG/M
3300002308|JGI20171J29575_11848245Not Available627Open in IMG/M
3300002308|JGI20171J29575_11872100Not Available640Open in IMG/M
3300002308|JGI20171J29575_11889343Not Available649Open in IMG/M
3300002308|JGI20171J29575_11920045Not Available667Open in IMG/M
3300002308|JGI20171J29575_11923112Not Available669Open in IMG/M
3300002308|JGI20171J29575_11929059Not Available672Open in IMG/M
3300002308|JGI20171J29575_11931164Not Available674Open in IMG/M
3300002308|JGI20171J29575_11966805Not Available696Open in IMG/M
3300002308|JGI20171J29575_11969710Not Available698Open in IMG/M
3300002308|JGI20171J29575_12006167Not Available722Open in IMG/M
3300002308|JGI20171J29575_12088792Not Available784Open in IMG/M
3300002308|JGI20171J29575_12101442Not Available794Open in IMG/M
3300002308|JGI20171J29575_12106956Not Available798Open in IMG/M
3300002308|JGI20171J29575_12150537Not Available837Open in IMG/M
3300002308|JGI20171J29575_12187508Not Available873Open in IMG/M
3300002308|JGI20171J29575_12200543Not Available887Open in IMG/M
3300002308|JGI20171J29575_12257219Not Available953Open in IMG/M
3300002308|JGI20171J29575_12257230Not Available953Open in IMG/M
3300002308|JGI20171J29575_12273343All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera974Open in IMG/M
3300002308|JGI20171J29575_12336311Not Available1071Open in IMG/M
3300002308|JGI20171J29575_12336478Not Available1071Open in IMG/M
3300002308|JGI20171J29575_12380812Not Available1157Open in IMG/M
3300002308|JGI20171J29575_12453396All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea1358Open in IMG/M
3300002308|JGI20171J29575_12462084Not Available1390Open in IMG/M
3300002308|JGI20171J29575_12475829Not Available1446Open in IMG/M
3300002308|JGI20171J29575_12495249All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera1540Open in IMG/M
3300002308|JGI20171J29575_12501283All Organisms → cellular organisms → Eukaryota → Opisthokonta1573Open in IMG/M
3300002308|JGI20171J29575_12554146Not Available2036Open in IMG/M
3300002308|JGI20171J29575_12607978All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera5247Open in IMG/M
3300002508|JGI24700J35501_10449408Not Available737Open in IMG/M
3300002508|JGI24700J35501_10473725Not Available764Open in IMG/M
3300002508|JGI24700J35501_10621874Not Available978Open in IMG/M
3300005200|Ga0072940_1378928Not Available830Open in IMG/M
3300027539|Ga0209424_1139325All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea783Open in IMG/M
3300027670|Ga0209423_10370427Not Available715Open in IMG/M
3300027670|Ga0209423_10433075Not Available652Open in IMG/M
3300027670|Ga0209423_10459926Not Available627Open in IMG/M
3300027670|Ga0209423_10490832Not Available601Open in IMG/M
3300027670|Ga0209423_10521441Not Available571Open in IMG/M
3300027670|Ga0209423_10576828Not Available522Open in IMG/M
3300027966|Ga0209738_10178312Not Available1038Open in IMG/M
3300028325|Ga0268261_10006413All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Paraneoptera → Hemiptera9006Open in IMG/M
3300028325|Ga0268261_10279872Not Available1494Open in IMG/M
3300028325|Ga0268261_10335355Not Available1322Open in IMG/M
3300028325|Ga0268261_10434578All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Ecdysozoa → Panarthropoda → Arthropoda → Mandibulata → Pancrustacea → Hexapoda → Insecta → Dicondylia → Pterygota → Neoptera → Polyneoptera → Dictyoptera → Blattodea1090Open in IMG/M
3300028327|Ga0268262_10234275Not Available910Open in IMG/M



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Environmental Properties

Associated Habitat Types

Select Environment Taxonomy Level:
HabitatTaxonomyDistribution
Termite GutHost-Associated → Arthropoda → Digestive System → Gut → Unclassified → Termite Gut99.46%
Termite GutHost-Associated → Insecta → Digestive System → Unclassified → Unclassified → Termite Gut0.54%

Visualization
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Associated Samples

Taxon OIDSample NameHabitat TypeIMG/M Link
3300001343Nasutitermes corniger P5 segment gut microbial community from laboratory colony in Florida, USA - Nc150 P5Host-AssociatedOpen in IMG/M
3300001466Nasutitermes corniger midgut segment microbial community from laboratory colony in Florida, USA - Nc150MHost-AssociatedOpen in IMG/M
3300001541Nasutitermes corniger P1 segment gut microbial community from laboratory colony in Florida, USA - Nc150 P1Host-AssociatedOpen in IMG/M
3300001542Nasutitermes corniger crop gut microbial community from laboratory colony in Florida, USA - Nc150CHost-AssociatedOpen in IMG/M
3300001544Cubitermes ugandensis P1 segment gut microbial communities from Kakamega Forest, Kenya - Cu122 P1Host-AssociatedOpen in IMG/M
3300002125Cubitermes ugandensis P4 segment gut microbial communities from Kakamega Forest, Kenya - Cu122 P4Host-AssociatedOpen in IMG/M
3300002175Cubitermes ugandensis P5 segment gut microbial communities from Kakamega Forest, Kenya - Cu122 P5Host-AssociatedOpen in IMG/M
3300002185Cubitermes ugandensis P1 segment gut microbial communities from Kakamega Forest, Kenya - Cu122 P1Host-AssociatedOpen in IMG/M
3300002238Nasutitermes corniger P1 segment gut microbial community from laboratory colony in Florida, USA - Nc150 P1Host-AssociatedOpen in IMG/M
3300002308Nasutitermes corniger P4 segment gut microbial community from laboratory colony in Florida, USA - Nc150 P4Host-AssociatedOpen in IMG/M
3300002508Microcerotermes parvus P1 segment gut microbial communities from Pointe-Noire, Republic of the Congo - Th196 P1Host-AssociatedOpen in IMG/M
3300005200Nasutitermes gut metagenomeHost-AssociatedOpen in IMG/M
3300027539Nasutitermes corniger midgut segment microbial community from laboratory colony in Florida, USA - Nc150M (SPAdes)Host-AssociatedOpen in IMG/M
3300027670Nasutitermes corniger crop gut microbial community from laboratory colony in Florida, USA - Nc150C (SPAdes)Host-AssociatedOpen in IMG/M
3300027966Nasutitermes corniger P5 segment gut microbial community from laboratory colony in Florida, USA - Nc150 P5 (SPAdes)Host-AssociatedOpen in IMG/M
3300028325Nasutitermes corniger P1 segment gut microbial community from laboratory colony in Florida, USA - Nc150 P1 (SPAdes)Host-AssociatedOpen in IMG/M
3300028327Nasutitermes corniger P3 segment gut microbial community from laboratory colony in Florida, USA - Nc150 P3 (SPAdes)Host-AssociatedOpen in IMG/M

Geographical Distribution
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Family Sequences

Protein ID Sample Taxon ID Habitat Sequence
JGI20172J14457_1000661833300001343Termite GutNNTGTKKGSIINKWNFEEKNGECAACLKYLVLIFVEKSI*
JGI20172J14457_1001348913300001343Termite GutMENVNNTGTKKDSIMKKRHFEEKNGECAAYLKYSVLTFVEKNIYKM*
JGI20172J14457_1003123613300001343Termite GutVNNTGTKKGSIINEQHFEEKNGECAACVKYSVLIFVEKCIYKMQHL
JGI20172J14457_1006352413300001343Termite GutMENVNNTGTKKGSIINKWRFEEKNGEYAACLKYSVLTF
JGI20172J14457_1006488913300001343Termite GutVNNTGNKKGRIINKRHFEDKNRECAACLKYSVLIAVEK
JGI20172J14457_1006914723300001343Termite GutMLNVNNTGTKKGSIMKKRHFEEKNGECAACLKYSVLIVVEKIYIKCNI
JGI20172J14457_1007393913300001343Termite GutVNNTGTKKKVALLYKQHFEEKNGECAARLKYSVLIFVEKNIYKMQHLEG
JGI20172J14457_1007742023300001343Termite GutMQKVNNTGTKNGSIINKQHFEEKNKECAARLKYSVLNIC*
JGI20168J15290_100314323300001466Termite GutMENVNNTGTKKDSIINKRHFEEKYGECAACLKYSVFIFVENIYIYNATSGV*
JGI20168J15290_101414313300001466Termite GutVNNTGTKKGSIMKLTAFEEKNGECAACLKYSVLIVVEKIYKMQHL
JGI20169J15301_101102513300001541Termite GutVNNTGNKKGSIMKYTAFEEKNGECAACLKYSVLTTQ
JGI20169J15301_101118413300001541Termite GutMENVNNTGTKKGSIINKRHLEEKNGECAACLKYSVLTFVEEKYIKSN
JGI20167J15610_1003912713300001542Termite GutVNNTGTKKDSIMKQTAFEEKNGECAACLKYSVLIVAEKIYKNATTGG
JGI20167J15610_1003959113300001542Termite GutMENVNNTGTKKGSIIKKRHFEEKNGECAACLKYSVLTFVEKK
JGI20167J15610_1005771713300001542Termite GutVNNTGTKKDSIINKRHXEEKNGECAACIKYSVLIVVEKIYKMEHLEGS
JGI20167J15610_1005865713300001542Termite GutVNNTGTKKGSIMKKRHFEEKNGECAAGLKYSVLIVVEKNIYKM*
JGI20163J15578_1014593513300001544Termite GutVNNTGTKKGSIINERHFEGRLNGDYAACLKYSVRIFVE*
JGI20163J15578_1026448913300001544Termite GutVNNTGTKKGALWNKRHFEEEKNGDYEACLKYSVRIFVE*
JGI20163J15578_1033965823300001544Termite GutTGTKKGRIINKLHFEEEKTDYAACLKYSVRIFVE*
JGI20163J15578_1049734713300001544Termite GutVNNTGTKKGSIINELHFEEKKNGDYAACLKYSVSIFVE*
JGI20163J15578_1056213013300001544Termite GutNTGTKKGSIINKRHFEEEKNGDYAACLKYSVLIFVA*
JGI20165J26630_1058677613300002125Termite GutVNNTGTKKGSIINKWHFEEQKKNGDYAACLKYSVRIFVE*
JGI20166J26741_1153413323300002175Termite GutVNNTGTKKGSIINKQHFEEEKNGDYAACLKYSVRIFVE*
JGI20166J26741_1156644743300002175Termite GutVNNTETKKASIINKRHFEEREKKNGDDAACLKYSVRIFVE*
JGI20166J26741_1172592323300002175Termite GutVNNTGTKKGSIINELHFEEKENGDYAACLKYSVRIFVA*
JGI20166J26741_1210844523300002175Termite GutKKVAL*NKRHFEEKKNGDYAACLKYSVRIFVEYIYKMKHLEVSCAVRPI*
JGI20163J26743_1099901033300002185Termite GutVNNTGTKKGNIINKRHFEDEKKNGDYAARLKYSVRIFVE*
JGI20169J29049_1051120823300002238Termite GutMQNVNNTGTKNGSIMKKRHFEDKNGECAACLKYSVFIFVEK*
JGI20169J29049_1053538233300002238Termite GutNTGTKKGSIINKWHFEEKNGECAACLKYSVLIIVEKNIQNATSVR*
JGI20169J29049_1054382823300002238Termite GutVNNTGTEKVTLRNKRHFEEKNGECAACLKYSVLIFVEKIYI
JGI20169J29049_1056675913300002238Termite GutVNNTGTKKGSFRNKRHFEEKNGECAACLKYSVLIFVEKYIYIM
JGI20169J29049_1057543213300002238Termite GutMENVNNTGTKKVSIINKRYFEEKNGECAACLKYSVLIFVE
JGI20169J29049_1057831413300002238Termite GutVNNTGTKEGSIVNKRNFEEKNGECAACLKYSVLIYVEKIYKMQHLEG
JGI20169J29049_1057843013300002238Termite GutVNNTGIKKGSIINKRYFEEKNGVCAACLKYSVLIVVEKIYKMQ
JGI20169J29049_1061153723300002238Termite GutNVNNTGTKKGSIINKRHFEEKNGECAACLKYSILIFVEKNI*
JGI20169J29049_1061306323300002238Termite GutVNNTGTKKGSIMKKRHFEEKNGECAACLKYSVLMFVEK
JGI20169J29049_1061916123300002238Termite GutMKNVNNTRTKKGSIMKKRHFEEKNGECAACLKYSVLICVEKKIYKMQHLEG
JGI20169J29049_1064477813300002238Termite GutVNNTGTKKGALQNKRHFEEKNGECAACLKYSVLIFVEKNIYKMQ
JGI20169J29049_1065751523300002238Termite GutNNTGTKKGSIINKQHFEEKNEECAACLKYSVLVFVEKKNIKNATSGG*
JGI20169J29049_1065798613300002238Termite GutVNNTVTKKGRIMKETAFEEKNGECAACLKYSVLIVVEK
JGI20169J29049_1066843913300002238Termite GutVNNTGTKKGSIINERNFEEKNGECAACLKFSVLIFVEKIYKMQHLEG
JGI20169J29049_1069349713300002238Termite GutVNNTGTKKGSIVDKGHFEEKNGECAACLKHSVLIFVEIYIYI
JGI20169J29049_1069411113300002238Termite GutMENVNNTGTKKGSIINKRHFEEENGECAACLKYSVLIFV
JGI20169J29049_1070498123300002238Termite GutMQEKKGSIKKLTRFEEKNGECAACLKYSVLIFVEKNIYKMQHLEG
JGI20169J29049_1071749213300002238Termite GutMNNTGTKKGRIMKKRNFEEKNGECAACLKYSVLMFDEKLYKMQHL*
JGI20169J29049_1072946133300002238Termite GutMNQKSSIMKKRHLQEKNGECAACLKYSVLIFVEKMYKMQHLEGSG
JGI20169J29049_1076058613300002238Termite GutMLNVNNTGTKKGSIMKLTAFEEKNGECAACLKYSV
JGI20169J29049_1076130013300002238Termite GutMENVNNTVTKKVAL*NERHFEEKNGEYAACLKYSVLIFVEKIYKMQHL
JGI20169J29049_1076320513300002238Termite GutVNNTGTKKVALLNKRHFEEKNGACAACLKYSVLTFVKKKKNIYIMQHLE
JGI20169J29049_1077832023300002238Termite GutVNNTGTKKGSIMKQTAFEEKNGECAACLKYSVLIFVEKNM*
JGI20169J29049_1078881523300002238Termite GutNTGTKKGSIINKQHFEEKNEECAACLKYSVLTVVEKNI*
JGI20169J29049_1078894533300002238Termite GutNTGTKRGSIINKRHFEEKNGECAACLKYSVLIVVEKNI*
JGI20169J29049_1079080623300002238Termite GutNTGTKKGSIINKRHFEEKNGECTACLKYSVLIFVEKNI*
JGI20169J29049_1079252723300002238Termite GutKGSIINKWHFEEKNGECAACLKYSVLIIAEKIYKMQLL*
JGI20169J29049_1079720113300002238Termite GutMENVNNTGTKEGSIINKRHFEEKNGECAACLKYSVLIFVEKN
JGI20169J29049_1080290213300002238Termite GutNVNNTGTKKGSIMKKRHFEEKNRERAACLKYSVLIAVEKNT*
JGI20169J29049_1082002523300002238Termite GutVNNTGTKKGSIINKWHFEEKNGECAACLKYSVFIVAEKNI*
JGI20169J29049_1082578623300002238Termite GutVNNTGIKKGVLLKKTAFEEKDGECAACLKYSVLIFIENIHKMQHLEGSGTHGS*
JGI20169J29049_1082833713300002238Termite GutVNNTGTKKGSIINKRHFEENGECAACLKYSVLIIVEKIYKMQHLEGSGTPV
JGI20169J29049_1082861013300002238Termite GutM*NVNNTVTKKVAL*NKRHFEEKNGECAACLKYSVLIFVEK
JGI20169J29049_1082973013300002238Termite GutVNNTGTKKGSIINKWHFEEKNGQCAACLKYSVLIFVGKKYKK
JGI20169J29049_1085242923300002238Termite GutVNNTGTKKGSIVKSTAFEEKNGECAACLKYSVLIFVEKIHKMQHL
JGI20169J29049_1085906833300002238Termite GutMENVNNTGTIKGSIMKKRHFEEKNGECAACLKYSVLIFVEK
JGI20169J29049_1086889313300002238Termite GutVNNTGTKKGELRSKRHFEEKDGECAACLKYSVLIFVEKNIYKMQH
JGI20169J29049_1087562333300002238Termite GutVQNVNNTGTKKDSIMKKRHLEEKNGECAACLKYSLLIFVEKKYKMQHLEGS
JGI20169J29049_1088785523300002238Termite GutVNNTVNKKGSIMNKQHFEEKNRECAACLKYSVLIFVEKNI*
JGI20169J29049_1091016633300002238Termite GutVNNTGSEKGTIMKKRHFEEKNGECAACLKYSVLIFVEKNIY
JGI20169J29049_1092167423300002238Termite GutVNNTGTKEGSIVNKRHFEEKNGECAARLKYSVLIFVEKNI*
JGI20169J29049_1092554123300002238Termite GutNNTGTKKVAL*NKRHFEEKNGECAACLKYSVLIVVEKKIYI*
JGI20169J29049_1093405923300002238Termite GutMQKVNNTGTKNVAL*NKRHFEEKNGEFVACLKYSVLIFVEKIY
JGI20169J29049_1093489513300002238Termite GutVNITGTKKGSIINKRHFEEENGECAACLKYSVLIFVE
JGI20169J29049_1094437713300002238Termite GutVNNTGTKNVALRNKQHFEEKNGECAACLKYSVLIFAEKIYI*
JGI20169J29049_1098269713300002238Termite GutVNNTGTKNRALRNEGHFEEKNRECAACLKYSVLTFVEKNIYKMQHLEGSGTPV
JGI20169J29049_1100194913300002238Termite GutVNTTGTKKGSIINKQHFEEKNRKCAACLKYSVLTFVGGGEHKMQH
JGI20169J29049_1101044913300002238Termite GutVNNTATKKGSIMKETAFEEKNGECAACLKYSVLIFVE
JGI20169J29049_1101522113300002238Termite GutMENVNNTGTIKGALRHKQHFEEKNGECAACLKYSVLIFVEKNIYIKC
JGI20169J29049_1103906923300002238Termite GutVNNTGTKEGSIINKWNFEEKNGECAACLKYSVLIFVEKNVYM*
JGI20169J29049_1103992613300002238Termite GutVNNTGTKKGNIMKETAFEEKNGECAACLKYSVLIVVEKNI*
JGI20169J29049_1104768913300002238Termite GutVNNAGTKKGIIINKRHSEEKNGECAACLKYSVLIFVKKIYKMQHLEGSG
JGI20169J29049_1105182133300002238Termite GutVNNTGTKKIAL*NKRHFEEKSGECAACLKYSVLIFVEK
JGI20169J29049_1105594023300002238Termite GutVNNTGTKKGSIMKQTASEEKNGECSACLKYSVLIVVEKNI*
JGI20169J29049_1105861113300002238Termite GutVNNTGTKKKGSIINKRHSEEKNGECAACLKYSVLIVVEKKIYKMQHLEGS
JGI20169J29049_1106757313300002238Termite GutVNNTEPKKVALRNKRHFEEKNGECAACLKFSVLISVEKKI*
JGI20169J29049_1107825233300002238Termite GutMENVNNTGTKKGQHYEINHFEEKNGECAVCLKYSVLIFVEKNIYKMQHLEGS
JGI20169J29049_1108935213300002238Termite GutNNTGTKKGSIMKKRHFEEKNGECAACLKYSVLVFVEKYI*
JGI20169J29049_1109344613300002238Termite GutVNNTGTKKGSIVKKWHFEEKNGECAACLKYSVIIVAEKIYKMQHLEVAVHPSYI*
JGI20169J29049_1110384213300002238Termite GutMRNVNNTGTKKGSIMKKWHFEEKSGECAACLKYLVLMLVEKNI*
JGI20169J29049_1111064513300002238Termite GutVNNTWTKNGSIMKLTAFEEKNGECAACLKYSVLIVVEKYI
JGI20169J29049_1111140313300002238Termite GutVNNTGTKKGSIKNKRHFEEKNGECAACLKYSALIFVEKIYKMQH
JGI20169J29049_1113957513300002238Termite GutMYNINNTGTKNVAL*NERHFEEKNGECAACLKYSVLIFVEKIY
JGI20169J29049_1114329623300002238Termite GutVNNTGTKKGIIMKKTIFEEKNGEYAACLKYSVLTFVENK*
JGI20169J29049_1115441313300002238Termite GutVNNTGTKKGSVKNKRHFEEENGECAACLKYSVLIVVEKNIYKMQ
JGI20169J29049_1116018113300002238Termite GutVNNTGTKNVTLRNKPHFEEKNGECAACLKYSVLILVEKIYIKCNIWR
JGI20169J29049_1117341923300002238Termite GutMLNVNNTGTKKGSIMKKSHFEEKNGECAACLKYSVLIFAEKNI*
JGI20169J29049_1119306013300002238Termite GutMENVNNTGTKKGSIINKWHFEEKNGECAACLKYSVLIFVEKKYIKCNIW
JGI20169J29049_1120491423300002238Termite GutMYNVNNTEPKKGSVMKKRHFEEKNGECAACLKYSVLIYVEKNNKM
JGI20169J29049_1122111213300002238Termite GutVNNTGTKKGRITNKRHFEEKNGECAACLKYSVLIVVEKNIYKMQHL
JGI20169J29049_1123344713300002238Termite GutVNNTGTKKGSIMKKRHFEEKNGECAACLKYSVVEKNI*
JGI20169J29049_1125742213300002238Termite GutMLNVNYTGTKKGSIINKQHFEEKNGECAACLKYSVLIFVE
JGI20169J29049_1126220213300002238Termite GutVNNTGRKKGIIINKQHFEEKNRECAACLKYSVLIFVEKNIYKMQHLE
JGI20169J29049_1126895613300002238Termite GutVNNTGTKKSKVALCNKLHFEEKNRECAACLKYSVLTFVEKIYKMQHLEGSGRMQGS*
JGI20169J29049_1126927933300002238Termite GutVNNTGTKKVLLRNKRHFEEKNGECAACLKYSVLIFVEKIYIK
JGI20169J29049_1127309313300002238Termite GutVNNTGTKKSSIVNKRHFEEKNGECAACLKYSVLIFVEKKVYKVQHL
JGI20169J29049_1127671313300002238Termite GutMNQKGSIINKRHFEEKKGECAACLKYSVLIFVEKTYKMQHLEGSGTPVL
JGI20169J29049_1128019833300002238Termite GutMQNVNNTWTKKGNIINKRHFEEKNGECAACLKYSAHIVVEKNI*
JGI20169J29049_1128209853300002238Termite GutMNNTGTKEGSIVKQAAFEEKNGEGAACLKYSVLIFV*
JGI20169J29049_1128520843300002238Termite GutMLNVNNAGTKKGNIMKKRHFEEKNGECAACLKYSVLIFVGKNIYEATSGG*
JGI20169J29049_1131350353300002238Termite GutNTGTKKGSIINKRHFEEENGECAACLKYSVLTFVEKYI*
JGI20169J29049_1133804023300002238Termite GutVNNTGTKKGSIINKWHFEEKNGERAAFLKYSVLIVVGKNI*
JGI20169J29049_1135598013300002238Termite GutMLNVNNTGTKKGGIINKRHFEEKNRECAACSKFSVLIFVEKIYIYI
JGI20169J29049_1135759143300002238Termite GutMENVNNTGTKKDSIINKRHFEEKNGECAAYLKYSVLTFVEKNIYKM*
JGI20169J29049_1136463313300002238Termite GutVNNTGTKKGSIMKKRHFEEKNGECAACLKYSVVTFVEKNILNATSGG*
JGI20169J29049_1137915623300002238Termite GutVNNTGTKKVTLRNKRHFEEKNGECAACLKYSILIFVEKIYTKIATFGG*
JGI20169J29049_1139676733300002238Termite GutMENVNNTGTKKGSIINNWHFEEKNGEYAACLKYSVLIFAEKNI*
JGI20169J29049_1139774713300002238Termite GutVNNTGTKKGSIINKQHFEEKNGERAACLKYSVLIFVEK
JGI20169J29049_1141159553300002238Termite GutMNNTGTKKGSTMKKRHFEEKNGECAACLKYSVLIFVEKIYKK
JGI20169J29049_1141752013300002238Termite GutVNNTGTKKGSVINKQHFEEKNEERAACLKYSVLIFVEKKNI*
JGI20169J29049_1141801313300002238Termite GutVNNTGTKKRHFEEKNGECAACLKYSVLTFVEKKIYKMQH
JGI20169J29049_1142090223300002238Termite GutMENVNNTGTKKDSIINKRHFEEKNGEGAACLKYSVLIFVEKIYKM*
JGI20169J29049_11423905103300002238Termite GutMENVNNTGTKKGSIMKKRHFEEKNGEYAACLKYSVLTFVE
JGI20169J29049_1142437253300002238Termite GutNTGTKKGSIINKRHFEEKNGECAACLKYSVVTFVEKKYI*
JGI20169J29049_1144069453300002238Termite GutMNNTGTKKGALRNKQHFEENNGECAACLKYSVLLFAEKNI*
JGI20169J29049_11444429123300002238Termite GutKGSIMKQTAFEEKNRECAACLKYSVLIFVEKTIRNATSGG*
JGI20169J29049_1144451313300002238Termite GutMKNVNNTGTKKGSIINKWYFEEKNGECAACLKYSVLIFVEKNIYKMQHLEGSGT
JGI20171J29575_1156084213300002308Termite GutMQNVNNTGTKKGIIINKRHFEDKNGEVAACLKYSVLIVVEKNI*
JGI20171J29575_1156913623300002308Termite GutTGTKKGSIINKRHFEEKNGECAACLKYSVQIFVGKKIYKL*
JGI20171J29575_1159229013300002308Termite GutVNNTGTKKGSFRNKRHFEEKNGECAACLKYSVLIFVEKYIY
JGI20171J29575_1162811313300002308Termite GutVNNTGTKKGSIINKQHFEEKNGECAACLKYSVLIFVEKYIYKMQ
JGI20171J29575_1164556113300002308Termite GutVNNTGTKNVTLRNKPHFEEKNGECAACLKYSVLILVEKIYIKCN
JGI20171J29575_1165364723300002308Termite GutVHNTGTKKGSIINKQHFEEKNEECAACLKHSVLIFVEKI*
JGI20171J29575_1180892013300002308Termite GutVNNTVTKKVAL*NKRHFEGKNGECAACLKYPVLIFVEKIYKMQHLEGSGT
JGI20171J29575_1181328413300002308Termite GutMNQKSSIINKRHLQEKNGECAACLKYSVLIFVEKMYKMQHLEG
JGI20171J29575_1182799713300002308Termite GutVNNTGTKKKVAL*NKRYFEEKNGECAACLKYSVLIVVEKYIYKMQHLEG
JGI20171J29575_1184319323300002308Termite GutVNNTGTKKGSIMKQTAFEEKNGECASCLKYSVLIFVENIYNATSGG*
JGI20171J29575_1184824513300002308Termite GutYVKVNNTGTKKGSIMKKRHFEEKNGECAGRLKYPVLMFVEKI*
JGI20171J29575_1187210013300002308Termite GutVNNTGTKKSKVALCNKLHFEEKNRECAACLKYSVLTFVEKIYKMQHL
JGI20171J29575_1188934323300002308Termite GutVNNKGTKKGSIINKQHFEQKNAECAACLKYSVLIFVGKNIKNPTSGW*
JGI20171J29575_1192004513300002308Termite GutVNNTGTKTGSIINKQHFEGKKNGECAASLKYSVLIFVEKNIYKMQHLEG
JGI20171J29575_1192311213300002308Termite GutVNNTETKKGSIINKRHFEEKNEECAECLKYSLLTFVEKKYIKSGG*
JGI20171J29575_1192905913300002308Termite GutVQNVNNTGTKKDSIINKRHLEEKNGECAACLKYSLLIFVEKKYKMQHLE
JGI20171J29575_1193116413300002308Termite GutVNNTGTKKVALLNKRHFEDKNGECATCLKYSVLIVVEKIYKMQHLEGSG
JGI20171J29575_1196680513300002308Termite GutVNNTETKKGALLNKRHFEEKNGECAAFLKYSVLIFVEKIYKMQH
JGI20171J29575_1196971013300002308Termite GutVNNTGTKKGSIVKSTAFEEKNGECAACLKYSVLIFVEKIHKMQ
JGI20171J29575_1200616713300002308Termite GutNNTGTKKGSIINKWHFEEKNGECAACLKYPVLTFDEKNI*
JGI20171J29575_1208879213300002308Termite GutVNNTGTKNVSIMKLMAFEEKNGECAACLKYSVLIFVEKIYKMQHLEGSST
JGI20171J29575_1210144213300002308Termite GutVNNTGTKKGSIMKQAAFEDENGECAACLKYSVLIFVEKIYKMQHLEGS
JGI20171J29575_1210695613300002308Termite GutMENVNNHEPKKGSIVKKRHLEEKNGECAACLKYSVLIVVEKKN
JGI20171J29575_1213733923300002308Termite GutVNNTGTKKASIINEGHFEEKNEECAACLKYSVLTFVEKNILNATSGE*
JGI20171J29575_1215053723300002308Termite GutVNNTGTKKGSIINKWHFEEKNGECAACLKYSVLILAEKNI*
JGI20171J29575_1218750813300002308Termite GutVNTTGTKKGSIINKQHFEEKNRKCAACLKYSVLTFVGGGEHKMQHLEGTGTP
JGI20171J29575_1218970813300002308Termite GutNTGTKKGSIINKLHFEEKNEECAACLKYSVLIYVEKNIQNPKSGG*
JGI20171J29575_1220054323300002308Termite GutMNNTGTKKGNIINKWHFEEKIGEYAACLKYSVLTVVEKNI*
JGI20171J29575_1223169833300002308Termite GutVNNTGTKKGSITKKRHFEDKNGECAACLKYSVLIVVEKNIYKIQH
JGI20171J29575_1225721913300002308Termite GutVNNTWTKKGSIINKRHFEEKKGECAASLKYSVLIFVEKNIYKMQHLEGSG
JGI20171J29575_1225723033300002308Termite GutTGTKKGSIVNKWHFEEKNGECAACLKYSVIIVAEKIYKMQHLEVAVHPSYI*
JGI20171J29575_1227334313300002308Termite GutVNNTGTKTGSIMKLTAFEEKKGECAACLKYSVLISVKKIYIYKIQHLEGS
JGI20171J29575_1233631113300002308Termite GutVNNTGTKKIALCNKRHFEEKNGECAACLKYSVLIFVEKIYI
JGI20171J29575_1233647823300002308Termite GutMNNTGTKKGSIINKQHFEEKSGECAACLKYSVLIFVEKYIQNATSGG*
JGI20171J29575_1238081213300002308Termite GutNNTGTKKGSIMKKWNFEEKNGECAACLKYLVLIFVEKSI*
JGI20171J29575_1244482633300002308Termite GutMNQKGSIMKKRHFEEKKGECAACLKYSVLIFVEKTYKMQHLEGSGT
JGI20171J29575_1245339623300002308Termite GutMENVNNTGTKKGSNEINGILKEKNRECAACLKYSVLIFVEKKVYKMQHLEGSGT
JGI20171J29575_1246208413300002308Termite GutVNNTGTKKEKIINKRHFEEKNGECAASLKYSVLIFVEKNTHKMQHLGGSGTPSYI*
JGI20171J29575_1247582913300002308Termite GutMQNVNNTGPKKCSIVNKRHFEEKNGECAACLKYSVLIFVGK
JGI20171J29575_1249524913300002308Termite GutNNTGTKKGSIMNKRHFEEKNGECAACLKYLLLIFVEKIYKM*
JGI20171J29575_1250128313300002308Termite GutVNNTGTKKGRIINKRYFEDKNGVCAACLKYSVLIVVEKIYKMQHLEGS
JGI20171J29575_1255414643300002308Termite GutMENVNNTGTKKDSIMKKRHFEEKNGEGAACLKYSVLIFVEKIYKSNI
JGI20171J29575_1260797883300002308Termite GutMKNVNNTGTKKGSIMKKWYFEEKNGECAACLKYSVLIFVEKNIYKMQHLEG
JGI24700J35501_1044940823300002508Termite GutKGSIINKRHFEEEKTECATCLKNSVRIFVEKKYKMGCLEGSGVPKG*
JGI24700J35501_1047372513300002508Termite GutM*IIQETKKAELSNK*HFAGGKNRECAACLKYSVLVFVEKIYKMGCLE
JGI24700J35501_1062187413300002508Termite GutVNNTGTKKGSILNKRHFEEEKTEYAACLKYSVRIFVEEIYKMKHLEVSGAVRHIY
Ga0072940_137892813300005200Termite GutVNNTGTKKGSIINKWHFEEKNRECAACLKYSVLIFVEKIIYKMQHLE
Ga0209424_113932523300027539Termite GutVNNTGTKKSKVALCNKLHFEEKNRECAACLKYSVLTFVEKIYKMQHLEGSGRMQGS
Ga0209423_1037042713300027670Termite GutVNNTGTKRVALSNKRIFXRENGECAACLKYSVLIFVEKIYKMKHLEG
Ga0209423_1043307513300027670Termite GutVNNTGTKNVALLNKRHFEEKNGECAVCLKYLVLIFVEKKIYKMQHL
Ga0209423_1045992613300027670Termite GutVNNTGTKKVALXNKRHFEEKNGECAACLKYSVLIFVEKIYIKCNIXR
Ga0209423_1049083213300027670Termite GutVNNTGTEKVTLRNKRHFEEKNGECAACLKYSVLIFVEKIYIK
Ga0209423_1052144113300027670Termite GutVNNTGTKKKVALLYKQHFEEKNGECAARLKYSVLIFVEKNIYKMQHLEGS
Ga0209423_1057682813300027670Termite GutVNNTGTKKGSIXNKRHFEEKNGECAACLKYSVLIFVEKIYIK
Ga0209738_1017831213300027966Termite GutNNTGTQKKATLRNKRNFEEKNGECAVCLKYSVLMFVGEKYI
Ga0209738_1038935613300027966Termite GutMRIIQEPKKVALXNKRHFEEKNGECAACLKYSVLIVVEKKIYKMQHLEGSG
Ga0268261_1000641313300028325Termite GutVNNTGTKKGSIINEWHFEEKNRECAACLKYSVLIVVEKNI
Ga0268261_1027987213300028325Termite GutMIREPKKVALXNKRHFEEKNGEYAARLKYSVLIFVEKNIYKMQHLEGSG
Ga0268261_1033535513300028325Termite GutMNNTGTKNVRLRHKRQFAEKNGECAACLKYSVLIFVEKNI
Ga0268261_1043457813300028325Termite GutVNNTGTKNVALCNKRHFEEKNGECAACLKFSVLIFVEKIYIQCNIWG
Ga0268262_1023427513300028327Termite GutVNNTGTKKVLLRNKRHFEEKNGECAACLKYSVLIFVEKIYIKC


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