Metagenome Family F065419

Overview

Basic Information

• Family ID: F065419
• Family Type: Metagenome
• Number of Sequences: 127
• Average Sequence Length: 190 residues
• Representative Sequence: RIQQFSIEKGMYLTDGSGNNVYYLSITPNSTAYANQIITKLIPLAVTGYTAPSNFAGYPLTTKRPPYIEILSNNFGKYLGFTTGIYGKDVIADYNVLSNIIPTATTVNTLLVKCSLVSNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKFVRISEGRYNNFIVTITDQNNNDISILDNNLLINFLIRVK
• Number of Associated Samples: 68
• Number of Associated Scaffolds: 127

Quality Assessment

• Transcriptomic Evidence: No
• Most common taxonomic group: Unclassified
• % of genes with valid RBS motifs: 0.79 %
• % of genes near scaffold ends (potentially truncated): 86.61 %
• % of genes from short scaffolds (< 2000 bps): 96.06 %
• Associated GOLD sequencing projects: 57
• AlphaFold2 3D model prediction: Yes
• 3D model pTM-score: 0.25

Note: High quality evidence is represented by blue. Low quality evidence is represented by red.

Most Common Taxonomy

• Group: Unclassified (92.126 % of family members)
• NCBI Taxonomy ID: N/A
• Taxonomy: N/A

Most Common Ecosystem

• GOLD Ecosystem: Environmental → Aquatic → Freshwater → Lake → Unclassified → Freshwater Lake (38.583 % of family members)
• Environment Ontology (ENVO): Unclassified (85.039 % of family members)
• Earth Microbiome Project Ontology (EMPO): Free-living → Non-saline → Water (non-saline) (67.717 % of family members)

Structure & Topology

Predicted Secondary Structure and Topology

Predicted Topology & Secondary Structure

• Classification: Globular
• Signal Peptide: No
• Secondary Structure distribution:
  α-helix: 4.07%
  β-sheet: 10.41%
  Coil/Unstructured: 85.52%

Predicted 3D Structure

Low Quality Model:

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

Gene Neighborhood

Neighboring Pfam domains

Pfam ID	Name	% Frequency in 127 Family Scaffolds
PF04665	Pox_A32	7.09

Phylogeny

NCBI Taxonomy

Level 1

Name	Rank	Taxonomy	Distribution
Unclassified	root	N/A	92.13 %
All Organisms	root	All Organisms	7.87 %

Level 2

Name	Rank	Taxonomy	Distribution
Unclassified	root	N/A	92.13 %
cellular organisms	root	All Organisms → cellular organisms	5.51 %
Viruses	superkingdom	All Organisms → Viruses	2.36 %

Level 3

Name	Rank	Taxonomy	Distribution
Unclassified	root	N/A	92.13 %
Bacteria	superkingdom	All Organisms → cellular organisms → Bacteria	3.94 %
Predicted Viral	clade	All Organisms → Viruses → Predicted Viral	2.36 %
Eukaryota	superkingdom	All Organisms → cellular organisms → Eukaryota	1.57 %

Level 4

Name	Rank	Taxonomy	Distribution
Unclassified	root	N/A	92.13 %
Proteobacteria	phylum	All Organisms → cellular organisms → Bacteria → Proteobacteria	3.15 %
Predicted Viral	clade	All Organisms → Viruses → Predicted Viral	2.36 %
Opisthokonta	clade	All Organisms → cellular organisms → Eukaryota → Opisthokonta	1.57 %
PVC group	clade	All Organisms → cellular organisms → Bacteria → PVC group	0.79 %

Level 5

Name	Rank	Taxonomy	Distribution
Unclassified	root	N/A	92.13 %
Predicted Viral	clade	All Organisms → Viruses → Predicted Viral	2.36 %
Metazoa	kingdom	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa	1.57 %
Betaproteobacteria	class	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria	1.57 %
Gammaproteobacteria	class	All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria	0.79 %
Planctomycetes	phylum	All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes	0.79 %
Alphaproteobacteria	class	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria	0.79 %

Level 6

Name	Rank	Taxonomy	Distribution
Unclassified	root	N/A	92.13 %
Predicted Viral	clade	All Organisms → Viruses → Predicted Viral	2.36 %
Burkholderiales	order	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales	1.57 %
Eumetazoa	clade	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa	1.57 %
Cellvibrionales	order	All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Cellvibrionales	0.79 %
Rhodospirillales	order	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales	0.79 %
Planctomycetia	class	All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Planctomycetia	0.79 %

Level 7

Name	Rank	Taxonomy	Distribution
Unclassified	root	N/A	92.13 %
Predicted Viral	clade	All Organisms → Viruses → Predicted Viral	2.36 %
Burkholderiaceae	family	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae	1.57 %
Bilateria	clade	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria	1.57 %
Acetobacteraceae	family	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Acetobacteraceae	0.79 %
Gemmatales	order	All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Planctomycetia → Gemmatales	0.79 %
Cellvibrionaceae	family	All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Cellvibrionales → Cellvibrionaceae	0.79 %

Level 8

Name	Rank	Taxonomy	Distribution
Unclassified	root	N/A	92.13 %
Predicted Viral	clade	All Organisms → Viruses → Predicted Viral	2.36 %
Protostomia	clade	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia	1.57 %
Burkholderia	genus	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Burkholderia	1.57 %
Cellvibrio	genus	All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Cellvibrionales → Cellvibrionaceae → Cellvibrio	0.79 %
Gemmataceae	family	All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Planctomycetia → Gemmatales → Gemmataceae	0.79 %
Komagataeibacter	genus	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Acetobacteraceae → Komagataeibacter	0.79 %

Level 9

Name	Rank	Taxonomy	Distribution
Unclassified	root	N/A	92.13 %
Predicted Viral	clade	All Organisms → Viruses → Predicted Viral	2.36 %
Spiralia	clade	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Spiralia	1.57 %
Burkholderia cepacia complex	species group	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Burkholderia → Burkholderia cepacia complex	1.57 %
unclassified Cellvibrio	no rank	All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Cellvibrionales → Cellvibrionaceae → Cellvibrio → unclassified Cellvibrio	0.79 %
Fimbriiglobus	genus	All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Planctomycetia → Gemmatales → Gemmataceae → Fimbriiglobus	0.79 %
Komagataeibacter hansenii	species	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Acetobacteraceae → Komagataeibacter → Komagataeibacter hansenii	0.79 %

Level 10

Name	Rank	Taxonomy	Distribution
Unclassified	root	N/A	92.13 %
Predicted Viral	clade	All Organisms → Viruses → Predicted Viral	2.36 %
Burkholderia pseudomultivorans	species	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Burkholderia → Burkholderia cepacia complex → Burkholderia pseudomultivorans	1.57 %
Lophotrochozoa	clade	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Spiralia → Lophotrochozoa	1.57 %
Fimbriiglobus ruber	species	All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Planctomycetia → Gemmatales → Gemmataceae → Fimbriiglobus → Fimbriiglobus ruber	0.79 %
Cellvibrio sp. BR	species	All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Cellvibrionales → Cellvibrionaceae → Cellvibrio → unclassified Cellvibrio → Cellvibrio sp. BR	0.79 %
Komagataeibacter hansenii	species	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Acetobacteraceae → Komagataeibacter → Komagataeibacter hansenii	0.79 %

Level 11

Name	Rank	Taxonomy	Distribution
Unclassified	root	N/A	92.13 %
Predicted Viral	clade	All Organisms → Viruses → Predicted Viral	2.36 %
Mollusca	phylum	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Spiralia → Lophotrochozoa → Mollusca	1.57 %
Burkholderia pseudomultivorans	species	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Burkholderia → Burkholderia cepacia complex → Burkholderia pseudomultivorans	1.57 %
Fimbriiglobus ruber	species	All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Planctomycetia → Gemmatales → Gemmataceae → Fimbriiglobus → Fimbriiglobus ruber	0.79 %
Cellvibrio sp. BR	species	All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Cellvibrionales → Cellvibrionaceae → Cellvibrio → unclassified Cellvibrio → Cellvibrio sp. BR	0.79 %
Komagataeibacter hansenii	species	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Acetobacteraceae → Komagataeibacter → Komagataeibacter hansenii	0.79 %

Level 12

Name	Rank	Taxonomy	Distribution
Unclassified	root	N/A	92.13 %
Predicted Viral	clade	All Organisms → Viruses → Predicted Viral	2.36 %
Bivalvia	class	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Spiralia → Lophotrochozoa → Mollusca → Bivalvia	1.57 %
Burkholderia pseudomultivorans	species	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Burkholderia → Burkholderia cepacia complex → Burkholderia pseudomultivorans	1.57 %
Fimbriiglobus ruber	species	All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Planctomycetia → Gemmatales → Gemmataceae → Fimbriiglobus → Fimbriiglobus ruber	0.79 %
Cellvibrio sp. BR	species	All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Cellvibrionales → Cellvibrionaceae → Cellvibrio → unclassified Cellvibrio → Cellvibrio sp. BR	0.79 %
Komagataeibacter hansenii	species	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Acetobacteraceae → Komagataeibacter → Komagataeibacter hansenii	0.79 %

Level 13

Name	Rank	Taxonomy	Distribution
Unclassified	root	N/A	92.13 %
Predicted Viral	clade	All Organisms → Viruses → Predicted Viral	2.36 %
Autobranchia	subclass	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Spiralia → Lophotrochozoa → Mollusca → Bivalvia → Autobranchia	1.57 %
Burkholderia pseudomultivorans	species	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Burkholderia → Burkholderia cepacia complex → Burkholderia pseudomultivorans	1.57 %
Fimbriiglobus ruber	species	All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Planctomycetia → Gemmatales → Gemmataceae → Fimbriiglobus → Fimbriiglobus ruber	0.79 %
Cellvibrio sp. BR	species	All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Cellvibrionales → Cellvibrionaceae → Cellvibrio → unclassified Cellvibrio → Cellvibrio sp. BR	0.79 %
Komagataeibacter hansenii	species	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Acetobacteraceae → Komagataeibacter → Komagataeibacter hansenii	0.79 %

Level 14

Name	Rank	Taxonomy	Distribution
Unclassified	root	N/A	92.13 %
Predicted Viral	clade	All Organisms → Viruses → Predicted Viral	2.36 %
Pteriomorphia	clade	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Spiralia → Lophotrochozoa → Mollusca → Bivalvia → Autobranchia → Pteriomorphia	1.57 %
Burkholderia pseudomultivorans	species	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Burkholderia → Burkholderia cepacia complex → Burkholderia pseudomultivorans	1.57 %
Fimbriiglobus ruber	species	All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Planctomycetia → Gemmatales → Gemmataceae → Fimbriiglobus → Fimbriiglobus ruber	0.79 %
Cellvibrio sp. BR	species	All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Cellvibrionales → Cellvibrionaceae → Cellvibrio → unclassified Cellvibrio → Cellvibrio sp. BR	0.79 %
Komagataeibacter hansenii	species	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Acetobacteraceae → Komagataeibacter → Komagataeibacter hansenii	0.79 %

Level 15

Name	Rank	Taxonomy	Distribution
Unclassified	root	N/A	92.13 %
Predicted Viral	clade	All Organisms → Viruses → Predicted Viral	2.36 %
Mytiloida	order	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Spiralia → Lophotrochozoa → Mollusca → Bivalvia → Autobranchia → Pteriomorphia → Mytiloida	1.57 %
Burkholderia pseudomultivorans	species	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Burkholderia → Burkholderia cepacia complex → Burkholderia pseudomultivorans	1.57 %
Fimbriiglobus ruber	species	All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Planctomycetia → Gemmatales → Gemmataceae → Fimbriiglobus → Fimbriiglobus ruber	0.79 %
Cellvibrio sp. BR	species	All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Cellvibrionales → Cellvibrionaceae → Cellvibrio → unclassified Cellvibrio → Cellvibrio sp. BR	0.79 %
Komagataeibacter hansenii	species	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Acetobacteraceae → Komagataeibacter → Komagataeibacter hansenii	0.79 %

Level 16

Name	Rank	Taxonomy	Distribution
Unclassified	root	N/A	92.13 %
Predicted Viral	clade	All Organisms → Viruses → Predicted Viral	2.36 %
Mytiloidea	superfamily	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Spiralia → Lophotrochozoa → Mollusca → Bivalvia → Autobranchia → Pteriomorphia → Mytiloida → Mytiloidea	1.57 %
Burkholderia pseudomultivorans	species	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Burkholderia → Burkholderia cepacia complex → Burkholderia pseudomultivorans	1.57 %
Fimbriiglobus ruber	species	All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Planctomycetia → Gemmatales → Gemmataceae → Fimbriiglobus → Fimbriiglobus ruber	0.79 %
Cellvibrio sp. BR	species	All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Cellvibrionales → Cellvibrionaceae → Cellvibrio → unclassified Cellvibrio → Cellvibrio sp. BR	0.79 %
Komagataeibacter hansenii	species	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Acetobacteraceae → Komagataeibacter → Komagataeibacter hansenii	0.79 %

Level 17

Name	Rank	Taxonomy	Distribution
Unclassified	root	N/A	92.13 %
Predicted Viral	clade	All Organisms → Viruses → Predicted Viral	2.36 %
Mytilidae	family	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Spiralia → Lophotrochozoa → Mollusca → Bivalvia → Autobranchia → Pteriomorphia → Mytiloida → Mytiloidea → Mytilidae	1.57 %
Burkholderia pseudomultivorans	species	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Burkholderia → Burkholderia cepacia complex → Burkholderia pseudomultivorans	1.57 %
Fimbriiglobus ruber	species	All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Planctomycetia → Gemmatales → Gemmataceae → Fimbriiglobus → Fimbriiglobus ruber	0.79 %
Cellvibrio sp. BR	species	All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Cellvibrionales → Cellvibrionaceae → Cellvibrio → unclassified Cellvibrio → Cellvibrio sp. BR	0.79 %
Komagataeibacter hansenii	species	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Acetobacteraceae → Komagataeibacter → Komagataeibacter hansenii	0.79 %

Level 18

Name	Rank	Taxonomy	Distribution
Unclassified	root	N/A	92.13 %
Predicted Viral	clade	All Organisms → Viruses → Predicted Viral	2.36 %
Mytilinae	subfamily	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Spiralia → Lophotrochozoa → Mollusca → Bivalvia → Autobranchia → Pteriomorphia → Mytiloida → Mytiloidea → Mytilidae → Mytilinae	1.57 %
Burkholderia pseudomultivorans	species	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Burkholderia → Burkholderia cepacia complex → Burkholderia pseudomultivorans	1.57 %
Fimbriiglobus ruber	species	All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Planctomycetia → Gemmatales → Gemmataceae → Fimbriiglobus → Fimbriiglobus ruber	0.79 %
Cellvibrio sp. BR	species	All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Cellvibrionales → Cellvibrionaceae → Cellvibrio → unclassified Cellvibrio → Cellvibrio sp. BR	0.79 %
Komagataeibacter hansenii	species	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Acetobacteraceae → Komagataeibacter → Komagataeibacter hansenii	0.79 %

Level 19

Name	Rank	Taxonomy	Distribution
Unclassified	root	N/A	92.13 %
Predicted Viral	clade	All Organisms → Viruses → Predicted Viral	2.36 %
Mytilus	genus	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Spiralia → Lophotrochozoa → Mollusca → Bivalvia → Autobranchia → Pteriomorphia → Mytiloida → Mytiloidea → Mytilidae → Mytilinae → Mytilus	1.57 %
Burkholderia pseudomultivorans	species	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Burkholderia → Burkholderia cepacia complex → Burkholderia pseudomultivorans	1.57 %
Fimbriiglobus ruber	species	All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Planctomycetia → Gemmatales → Gemmataceae → Fimbriiglobus → Fimbriiglobus ruber	0.79 %
Cellvibrio sp. BR	species	All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Cellvibrionales → Cellvibrionaceae → Cellvibrio → unclassified Cellvibrio → Cellvibrio sp. BR	0.79 %
Komagataeibacter hansenii	species	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Acetobacteraceae → Komagataeibacter → Komagataeibacter hansenii	0.79 %

Level 20

Name	Rank	Taxonomy	Distribution
Unclassified	root	N/A	92.13 %
Predicted Viral	clade	All Organisms → Viruses → Predicted Viral	2.36 %
Mytilus galloprovincialis	species	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Spiralia → Lophotrochozoa → Mollusca → Bivalvia → Autobranchia → Pteriomorphia → Mytiloida → Mytiloidea → Mytilidae → Mytilinae → Mytilus → Mytilus galloprovincialis	1.57 %
Burkholderia pseudomultivorans	species	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Burkholderia → Burkholderia cepacia complex → Burkholderia pseudomultivorans	1.57 %
Fimbriiglobus ruber	species	All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Planctomycetia → Gemmatales → Gemmataceae → Fimbriiglobus → Fimbriiglobus ruber	0.79 %
Cellvibrio sp. BR	species	All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Cellvibrionales → Cellvibrionaceae → Cellvibrio → unclassified Cellvibrio → Cellvibrio sp. BR	0.79 %
Komagataeibacter hansenii	species	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Acetobacteraceae → Komagataeibacter → Komagataeibacter hansenii	0.79 %

Associated Scaffolds

Scaffold	Taxonomy	Length
3300002408|B570J29032_109614859	Not Available	940
3300002447|JGI24768J34885_10074280	All Organisms → Viruses → Predicted Viral	1135
3300005580|Ga0049083_10156046	Not Available	782
3300005580|Ga0049083_10307957	Not Available	529
3300005585|Ga0049084_10055576	Not Available	1479
3300005662|Ga0078894_11136680	All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Cellvibrionales → Cellvibrionaceae → Cellvibrio → unclassified Cellvibrio → Cellvibrio sp. BR	665
3300007861|Ga0105736_1029534	Not Available	1040
3300007953|Ga0105738_1110656	Not Available	504
3300008108|Ga0114341_10452486	Not Available	599
3300008119|Ga0114354_1140451	Not Available	910
3300009068|Ga0114973_10143369	Not Available	1331
3300009068|Ga0114973_10444250	Not Available	676
3300009068|Ga0114973_10465194	Not Available	657
3300009068|Ga0114973_10566767	Not Available	584
3300009068|Ga0114973_10717706	Not Available	508
3300009154|Ga0114963_10540196	Not Available	616
3300009155|Ga0114968_10307386	Not Available	885
3300009155|Ga0114968_10379205	Not Available	775
3300009155|Ga0114968_10428288	Not Available	719
3300009158|Ga0114977_10246313	Not Available	1033
3300009159|Ga0114978_10380937	Not Available	848
3300009159|Ga0114978_10474865	Not Available	738
3300009161|Ga0114966_10209786	All Organisms → Viruses → Predicted Viral	1227
3300009161|Ga0114966_10582543	Not Available	626
3300009163|Ga0114970_10704439	Not Available	536
3300009164|Ga0114975_10289858	Not Available	908
3300009164|Ga0114975_10365810	Not Available	791
3300009164|Ga0114975_10377657	Not Available	776
3300009180|Ga0114979_10704202	Not Available	571
3300009181|Ga0114969_10593976	Not Available	607
3300009183|Ga0114974_10404169	Not Available	781
3300009183|Ga0114974_10516190	Not Available	668
3300009183|Ga0114974_10736290	Not Available	533
3300009184|Ga0114976_10251071	Not Available	959
3300009184|Ga0114976_10370862	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Acetobacteraceae → Komagataeibacter → Komagataeibacter hansenii	753
3300009184|Ga0114976_10556459	Not Available	586
3300009185|Ga0114971_10017328	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Spiralia → Lophotrochozoa → Mollusca → Bivalvia → Autobranchia → Pteriomorphia → Mytiloida → Mytiloidea → Mytilidae → Mytilinae → Mytilus → Mytilus galloprovincialis	4703
3300009185|Ga0114971_10049776	Not Available	2635
3300009185|Ga0114971_10184893	Not Available	1241
3300009187|Ga0114972_10086178	All Organisms → cellular organisms → Eukaryota → Opisthokonta → Metazoa → Eumetazoa → Bilateria → Protostomia → Spiralia → Lophotrochozoa → Mollusca → Bivalvia → Autobranchia → Pteriomorphia → Mytiloida → Mytiloidea → Mytilidae → Mytilinae → Mytilus → Mytilus galloprovincialis	2086
3300009187|Ga0114972_10377748	Not Available	822
3300009187|Ga0114972_10558110	Not Available	643
3300009187|Ga0114972_10628613	Not Available	598
3300010158|Ga0114960_10179309	Not Available	1119
3300010158|Ga0114960_10418256	Not Available	653
3300010160|Ga0114967_10167704	Not Available	1206
3300010160|Ga0114967_10604515	Not Available	527
3300010885|Ga0133913_12717164	Not Available	1196
3300010885|Ga0133913_13077059	Not Available	1109
3300010885|Ga0133913_13598374	Not Available	1006
3300011921|Ga0120089_119748	Not Available	520
3300013004|Ga0164293_10792789	Not Available	601
3300013005|Ga0164292_10200911	Not Available	1419
3300013005|Ga0164292_10453621	Not Available	847
3300013014|Ga0164295_10334005	Not Available	1146
3300013014|Ga0164295_10505091	Not Available	927
3300013014|Ga0164295_10876963	Not Available	695
3300013014|Ga0164295_11597612	Not Available	506
3300020160|Ga0211733_10042220	Not Available	746
3300020161|Ga0211726_11006078	Not Available	582
3300020172|Ga0211729_11187925	Not Available	2230
3300020205|Ga0211731_10452250	Not Available	3191
3300020205|Ga0211731_10452352	Not Available	614
3300020229|Ga0194042_1117307	Not Available	713
3300020229|Ga0194042_1178583	Not Available	575
3300020229|Ga0194042_1191986	Not Available	554
3300020561|Ga0207934_1010260	Not Available	1525
3300020561|Ga0207934_1038747	Not Available	810
3300020561|Ga0207934_1050188	Not Available	705
3300021079|Ga0194055_10087229	All Organisms → Viruses → Predicted Viral	1453
3300021108|Ga0214162_1033881	Not Available	881
3300021516|Ga0194045_1155793	Not Available	566
3300021516|Ga0194045_1175419	Not Available	531
3300027581|Ga0209651_1196863	Not Available	528
3300027649|Ga0208960_1053984	Not Available	1264
3300027734|Ga0209087_1208150	Not Available	746
3300027746|Ga0209597_1252847	Not Available	695
3300027759|Ga0209296_1113185	Not Available	1276
3300027760|Ga0209598_10098263	Not Available	1382
3300027763|Ga0209088_10399264	Not Available	531
3300027770|Ga0209086_10407103	Not Available	544
3300027797|Ga0209107_10230843	Not Available	898
3300027836|Ga0209230_10597369	Not Available	618
3300027836|Ga0209230_10612842	Not Available	608
3300027892|Ga0209550_10347482	Not Available	936
3300027963|Ga0209400_1128162	Not Available	1137
3300027971|Ga0209401_1109987	Not Available	1126
3300028394|Ga0304730_1308896	Not Available	541
3300031786|Ga0315908_10721866	Not Available	820
3300031786|Ga0315908_11609568	Not Available	503
3300033984|Ga0334989_0092934	Not Available	1671
3300033984|Ga0334989_0156816	Not Available	1262
3300033984|Ga0334989_0286778	Not Available	880
3300033984|Ga0334989_0290364	Not Available	873
3300033984|Ga0334989_0377953	Not Available	734
3300033984|Ga0334989_0440285	All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Planctomycetia → Gemmatales → Gemmataceae → Fimbriiglobus → Fimbriiglobus ruber	661
3300033984|Ga0334989_0586193	Not Available	538
3300033984|Ga0334989_0608640	Not Available	523
3300034050|Ga0335023_0158545	Not Available	1284
3300034050|Ga0335023_0253946	Not Available	967
3300034051|Ga0335024_0178187	Not Available	1143
3300034051|Ga0335024_0571094	Not Available	544
3300034060|Ga0334983_0195835	Not Available	1256
3300034060|Ga0334983_0508374	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Burkholderia → Burkholderia cepacia complex → Burkholderia pseudomultivorans	674
3300034064|Ga0335001_0349999	Not Available	800
3300034064|Ga0335001_0425290	Not Available	711
3300034064|Ga0335001_0431421	Not Available	705
3300034095|Ga0335022_0204921	Not Available	1179
3300034095|Ga0335022_0245727	Not Available	1044
3300034095|Ga0335022_0303354	Not Available	903
3300034095|Ga0335022_0324284	Not Available	862
3300034095|Ga0335022_0501804	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Burkholderiales → Burkholderiaceae → Burkholderia → Burkholderia cepacia complex → Burkholderia pseudomultivorans	632
3300034095|Ga0335022_0525781	Not Available	612
3300034095|Ga0335022_0578433	Not Available	571
3300034105|Ga0335035_0707216	Not Available	516
3300034107|Ga0335037_0451732	Not Available	690
3300034107|Ga0335037_0580839	Not Available	593
3300034107|Ga0335037_0599124	Not Available	582
3300034121|Ga0335058_0329975	Not Available	883
3300034121|Ga0335058_0490916	Not Available	697
3300034167|Ga0335017_0128633	Not Available	1484
3300034167|Ga0335017_0430564	Not Available	710
3300034168|Ga0335061_0261882	Not Available	909
3300034283|Ga0335007_0497632	Not Available	732
3300034284|Ga0335013_0788430	Not Available	533
3300034357|Ga0335064_0491088	Not Available	779
3300034357|Ga0335064_0971689	Not Available	507

Environmental Properties

Associated Habitat Types

Ecosystem

Habitat	Taxonomy	Distribution
Environmental	Environmental	100.00%

Class

Habitat	Taxonomy	Distribution
Aquatic	Environmental → Aquatic	99.21%
Terrestrial	Environmental → Terrestrial	0.79%

Category

Habitat	Taxonomy	Distribution
Freshwater	Environmental → Aquatic → Freshwater	97.64%
Marine	Environmental → Aquatic → Marine	1.57%
Geologic	Environmental → Terrestrial → Geologic	0.79%

Type

Habitat	Taxonomy	Distribution
Lake	Environmental → Aquatic → Freshwater → Lake	83.46%
Lentic	Environmental → Aquatic → Freshwater → Lentic	12.60%
Unclassified	Environmental → Aquatic → Freshwater → Unclassified	1.57%
Coastal	Environmental → Aquatic → Marine → Coastal	1.57%
Mine	Environmental → Terrestrial → Geologic → Mine	0.79%

Subtype

Habitat	Taxonomy	Distribution
Unclassified	Environmental → Aquatic → Freshwater → Lake → Unclassified	83.46%
Unclassified	Environmental → Aquatic → Freshwater → Lentic → Unclassified	8.66%
Epilimnion	Environmental → Aquatic → Freshwater → Lentic → Epilimnion	3.15%
Unclassified	Environmental → Aquatic → Freshwater → Unclassified → Unclassified	1.57%
Unclassified	Environmental → Aquatic → Marine → Coastal → Unclassified	1.57%
Hypolimnion	Environmental → Aquatic → Freshwater → Lentic → Hypolimnion	0.79%
Unclassified	Environmental → Terrestrial → Geologic → Mine → Unclassified	0.79%

Habitat

Habitat	Taxonomy	Distribution
Freshwater Lake	Environmental → Aquatic → Freshwater → Lake → Unclassified → Freshwater Lake	38.58%
Freshwater	Environmental → Aquatic → Freshwater → Lake → Unclassified → Freshwater	34.65%
Anoxic Zone Freshwater	Environmental → Aquatic → Freshwater → Lake → Unclassified → Anoxic Zone Freshwater	4.72%
Freshwater	Environmental → Aquatic → Freshwater → Lentic → Epilimnion → Freshwater	3.15%
Freshwater Lentic	Environmental → Aquatic → Freshwater → Lentic → Unclassified → Freshwater Lentic	3.15%
Freshwater	Environmental → Aquatic → Freshwater → Lake → Unclassified → Freshwater	3.94%
Freshwater Lake	Environmental → Aquatic → Freshwater → Lentic → Unclassified → Freshwater Lake	2.36%
Freshwater And Sediment	Environmental → Aquatic → Freshwater → Lentic → Unclassified → Freshwater And Sediment	2.36%
Freshwater, Plankton	Environmental → Aquatic → Freshwater → Lake → Unclassified → Freshwater, Plankton	1.57%
Freshwater	Environmental → Aquatic → Freshwater → Unclassified → Unclassified → Freshwater	1.57%
Estuary Water	Environmental → Aquatic → Marine → Coastal → Unclassified → Estuary Water	1.57%
Freshwater	Environmental → Aquatic → Freshwater → Lentic → Unclassified → Freshwater	0.79%
Freshwater And Sediment	Environmental → Aquatic → Freshwater → Lentic → Hypolimnion → Freshwater And Sediment	0.79%
Mine Pit Pond	Environmental → Terrestrial → Geologic → Mine → Unclassified → Mine Pit Pond	0.79%

Associated Samples

Taxon OID	Sample Name	Habitat Type
3300002408	Freshwater microbial communities from Lake Mendota, WI, sample - 15JUL2010 deep hole epilimnion (Lake Mendota Combined assembly, ASSEMBLY_DATE=20140123)	Environmental
3300002447	Freshwater and sediment microbial communities from Lake Ontario - Sta 18 epilimnion Metagenome	Environmental
3300005580	Freshwater lentic microbial communities from great Laurentian Lakes, MI, USA - Great Lakes metaG MI27MSRF	Environmental
3300005585	Freshwater lentic microbial communities from great Laurentian Lakes, MI, USA - Great Lakes metaG ON33MSRF	Environmental
3300005662	Freshwater lake microbial communities from Lake Michigan, USA - Su13.BD.MLB.SD (version 4)	Environmental
3300007861	Coastal water column microbial communities from Columbia River Estuary, Oregon, USA - CMOP_DNA_1372B_3um	Environmental
3300007953	Coastal water column microbial communities from Columbia River Estuary, Oregon, USA - CMOP_DNA_1373A_3um	Environmental
3300008108	Freshwater microbial communities from Harmful Algal Blooms in Lake Erie, Western Basin, USA - Station WLE12, Sample E2014-0048-C-NA	Environmental
3300008119	Freshwater microbial communities from Harmful Algal Blooms in Lake Erie, Western Basin, USA - Station WLE4, Sample E2014-0110-C-NA	Environmental
3300009068	Freshwater microbial communities from Lake Montjoie, Canada to study carbon cycling - M_140807_MF_MetaG	Environmental
3300009154	Freshwater microbial communities from Lake Croche, Canada to study carbon cycling - C_131016_EF_MetaG	Environmental
3300009155	Freshwater microbial communities from Lake Montjoie, Canada to study carbon cycling - M_130807_EF_MetaG	Environmental
3300009158	Freshwater microbial communities from Lake Simoncouche, Canada to study carbon cycling - S_130805_MF_MetaG	Environmental
3300009159	Freshwater microbial communities from Lake Simoncouche, Canada to study carbon cycling - S_140212_EF_MetaG	Environmental
3300009161	Freshwater microbial communities from Lake Montjoie, Canada to study carbon cycling - M_130207_XF_MetaG	Environmental
3300009163	Freshwater microbial communities from Lake Montjoie, Canada to study carbon cycling - M_140205_XF_MetaG	Environmental
3300009164	Freshwater microbial communities from Lake Simoncouche, Canada to study carbon cycling - S_130626_EF_MetaG	Environmental
3300009180	Freshwater microbial communities from Lake Simoncouche, Canada to study carbon cycling - S_140625_EF_MetaG	Environmental
3300009181	Freshwater microbial communities from Lake Montjoie, Canada to study carbon cycling - M_130807_MF_MetaG	Environmental
3300009183	Freshwater microbial communities from Lake Simoncouche, Canada to study carbon cycling - S_130206_EF_MetaG	Environmental
3300009184	Freshwater microbial communities from Lake Simoncouche, Canada to study carbon cycling - S_130805_EF_MetaG	Environmental
3300009185	Freshwater microbial communities from Lake Montjoie, Canada to study carbon cycling - M_140625_MF_MetaG	Environmental
3300009187	Freshwater microbial communities from Lake Montjoie, Canada to study carbon cycling - M_140807_EF_MetaG	Environmental
3300010158	Freshwater microbial communities from Lake Croche, Canada to study carbon cycling - C_130625_MF_MetaG	Environmental
3300010160	Freshwater microbial communities from Lake Montjoie, Canada to study carbon cycling - M_130628_MF_MetaG	Environmental
3300010885	northern Canada Lakes Co-assembly	Environmental
3300011921	Mine pit pond microbial communities from Vermont, USA - 2M	Environmental
3300013004	Eutrophic lake water microbial communities from Lake Mendota, Wisconsin, USA - GEODES118 metaG	Environmental
3300013005	Eutrophic lake water microbial communities from Lake Mendota, Wisconsin, USA - GEODES117 metaG	Environmental
3300013014	Oligotrophic lake water microbial communities from Sparkling Lake, Wisconsin, USA - GEODES006 metaG	Environmental
3300020160	Freshwater lake microbial communities from Lake Erken, Sweden - P4710_105 megahit1	Environmental
3300020161	Freshwater lake microbial communities from Lake Erken, Sweden - P4710_101 megahit1	Environmental
3300020172	Freshwater lake microbial communities from Lake Erken, Sweden - P4710_102 megahit1	Environmental
3300020205	Freshwater lake microbial communities from Lake Erken, Sweden - P4710_103 megahit1	Environmental
3300020229	Anoxic zone freshwater microbial communities from boreal shield lake in IISD Experimental Lakes Area, Ontario, Canada - Jun2016-L442-12m	Environmental
3300020561	Freshwater microbial communities from Lake Mendota, WI - 22APR2009 deep hole epilimnion (SPAdes)	Environmental
3300021079	Anoxic zone freshwater microbial communities from boreal shield lake in IISD Experimental Lakes Area, Ontario, Canada - Sep2016-L442-9m	Environmental
3300021108	Freshwater microbial communities from Lake Mendota, WI - Practice 20APR2010 epilimnion	Environmental
3300021516	Anoxic zone freshwater microbial communities from boreal shield lake in IISD Experimental Lakes Area, Ontario, Canada - Jun2016-L626-11m	Environmental
3300027581	Freshwater lake microbial communities from Lake Michigan, USA - Fa13.BD.MM110.SN (SPAdes)	Environmental
3300027649	Freshwater lentic microbial communities from great Laurentian Lakes, MI, USA - Great Lakes metaG ON33MSRF (SPAdes)	Environmental
3300027734	Freshwater microbial communities from Lake Simoncouche, Canada to study carbon cycling - S_130805_EF_MetaG (SPAdes)	Environmental
3300027746	Freshwater microbial communities from Lake Montjoie, Canada to study carbon cycling - M_140625_MF_MetaG (SPAdes)	Environmental
3300027759	Freshwater microbial communities from Lake Simoncouche, Canada to study carbon cycling - S_130206_EF_MetaG (SPAdes)	Environmental
3300027760	Freshwater microbial communities from Lake Montjoie, Canada to study carbon cycling - M_140807_EF_MetaG (SPAdes)	Environmental
3300027763	Freshwater microbial communities from Lake Simoncouche, Canada to study carbon cycling - S_140625_EF_MetaG (SPAdes)	Environmental
3300027770	Freshwater microbial communities from Lake Montjoie, Canada to study carbon cycling - M_130207_XF_MetaG (SPAdes)	Environmental
3300027797	Freshwater microbial communities from dead zone in Lake Erie, Canada - CCB hypolimnion July 2011 (SPAdes)	Environmental
3300027836	Freshwater and sediment microbial communities from Lake Ontario - Sta 18 epilimnion Metagenome (SPAdes)	Environmental
3300027892	Freshwater lake microbial communities from Lake Michigan, USA - Su13.BD.MM15.SN (SPAdes)	Environmental
3300027963	Freshwater microbial communities from Lake Montjoie, Canada to study carbon cycling - M_130807_EF_MetaG (SPAdes)	Environmental
3300027971	Freshwater microbial communities from Lake Montjoie, Canada to study carbon cycling - M_140807_MF_MetaG (SPAdes)	Environmental
3300028394	Freshwater microbial communities from Lake Montjoie, Canada to study carbon cycling - M_130628_MF_MetaG (v2)	Environmental
3300031786	Freshwater fungal communities from buoy surface, Lake Erie, Ohio, United States - Buoy 4 MA124	Environmental
3300033984	Freshwater microbial communities from Lake Mendota, Madison, Wisconsin, United States - TYMEFLIES-ME13Mar2001-rr0030	Environmental
3300034050	Freshwater microbial communities from Lake Mendota, Madison, Wisconsin, United States - TYMEFLIES-ME07May2013-rr0095	Environmental
3300034051	Freshwater microbial communities from Lake Mendota, Madison, Wisconsin, United States - TYMEFLIES-ME13May2013-rr0097	Environmental
3300034060	Freshwater microbial communities from Lake Mendota, Madison, Wisconsin, United States - TYMEFLIES-ME16May2013-rr0016	Environmental
3300034064	Freshwater microbial communities from Lake Mendota, Madison, Wisconsin, United States - TYMEFLIES-ME14Nov2013-rr0054	Environmental
3300034095	Freshwater microbial communities from Lake Mendota, Madison, Wisconsin, United States - TYMEFLIES-ME02Feb2014D0-rr0091	Environmental
3300034105	Freshwater microbial communities from Lake Mendota, Madison, Wisconsin, United States - TYMEFLIES-ME15May2014-rr0127	Environmental
3300034107	Freshwater microbial communities from Lake Mendota, Madison, Wisconsin, United States - TYMEFLIES-ME21Apr2017-rr0133	Environmental
3300034121	Freshwater microbial communities from Lake Mendota, Madison, Wisconsin, United States - TYMEFLIES-ME19May2015-rr0174	Environmental
3300034167	Freshwater microbial communities from Lake Mendota, Madison, Wisconsin, United States - TYMEFLIES-ME11Apr2015-rr0082	Environmental
3300034168	Freshwater microbial communities from Lake Mendota, Madison, Wisconsin, United States - TYMEFLIES-ME06Apr2016-rr0183	Environmental
3300034283	Freshwater microbial communities from Lake Mendota, Madison, Wisconsin, United States - TYMEFLIES-ME07Aug2003-rr0061	Environmental
3300034284	Freshwater microbial communities from Lake Mendota, Madison, Wisconsin, United States - TYMEFLIES-ME08Jul2016-rr0075	Environmental
3300034357	Freshwater microbial communities from Lake Mendota, Madison, Wisconsin, United States - TYMEFLIES-ME12May2017-rr0187	Environmental

Family Sequences

Protein ID	Sample Taxon ID	Habitat	Sequence
B570J29032_1096148591	3300002408	Freshwater	VPSGFAGYSLKTPRPPYVEILSNNFGKYLGFTSGIYGKDVIANYNVLSNLIPTATTVNSLLVKCSLVNNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNEISILDNNLLINFLIRVK*
JGI24768J34885_100742801	3300002447	Freshwater And Sediment	TGYEASPTISFTGGGGSGAAATANAYTPYTLTMDDGFYTVNALNARIQQFCITNGMYLTDGSGNNVYYLSITPNSTAYANQIITKLIPLTVTGFTAPSNFAGYSLVTKRPPYVEILSTNNFGKYLGFTAGNYGINQVDDYNVLSNIIPQASTVNTLLVKCSLVNNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNEISILDNNLLINFLIRVK*
Ga0049083_101560461	3300005580	Freshwater Lentic	PSNFIGYSLVTPRCPYIEILSNNFGKYLGFTTGIYGKDQIATYNVLSNIIPIATTVNTLLVKCSLVSNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNEISILDNNLLINFLIRVK*
Ga0049083_103079571	3300005580	Freshwater Lentic	DGSGNNVYYLSITPNSTAYANQIITKLVPLVVTGFTQPSNFAGYATTTKRPPYVEILSTNNFGKYLGFSAGNYGKDVTADYNVLSNLIPTATTVNSLLVKCSLVNNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNEISILDNNLLINFL
Ga0049084_100555763	3300005585	Freshwater Lentic	TTTKRPPYVEILSTNNFGKFLGFTAGNYGITKTADYNVLSNLIPQGTTVNSLLVKCSLVNNGCSNQSDIIDAFAIGGTSDGKFGGNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNEISILDNNLLINFLIRVK*
Ga0078894_111366801	3300005662	Freshwater Lake	IEKGMYLTDGSGNNVYYLSMSPNSTAYANQIITKLIPTSLPAGYVAPTSPAFAGYPTTTKRPPYIEILSNNFGKYLGFTANTYGKDQIADYNVLSNIIPTDTTVNSLFVKCSLVNNDCSNQSDILDAFAIGGTSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNEISILDNNLLINFLIRVK*
Ga0105736_10295342	3300007861	Estuary Water	FTGAGTATATANAYTPYTLTMDDGFYTVNALNARIQQFCITNGMYLTDGSGNNVYYLSVSPNSTAYANQVITKLIPTSGTGYTVPSGFAGYSLVTKRPPYVEILSNNFGKYLGFTTGIYGKDQIADYNVLSNIIPTATTVNTLLVKCSLVNNGCRNQSDVIDAFGIGGTTNEGKFGGNLNYTNNIEKWVRIAEGRYNNFIVTIVDQNNNEISILDNNLLINFLIRVK*
Ga0105738_11106561	3300007953	Estuary Water	TAYANQIITKLIPLTVTGYTAPSNFAGYPLTTKRPPYVEMLSTNNFGKYLGFTAGNYGKDQIADYNVLSNLIPQGTNVNTLLVKCSLVNNGCSNQSDIIDAFAIGGSSGGTFGGNLNYTNNIEKFVRIAEGRYNNFIVTIVDQNNNEISILDNNLLINFLIRVK*
Ga0114341_104524861	3300008108	Freshwater, Plankton	GGGGTGATATSNAYIPYTLTLDDGFYTVNALNARVQQFCIEKGMYLTDGSGNNVYYLSMTPNSTAYANQIITKLIPTSLPAGYVAPTSPAFAGYPTTTKRPPYIEILSNNFGKYLGFTKGTYGKDQIADYNVLSNIIPTATTVNSLIVKCSLVNNGCSNQSDILDAFAIGGTSSGGTFGGNLNYTNNIEKWVRISEGRY
Ga0114354_11404511	3300008119	Freshwater, Plankton	LSITPNSTAYANQIITKLIPISGTGYTVPSGFAGYSLKTPRPPYVEILSNNFGKYLGFTSGHYGKDVIANYNVLSNLIPTATTVNSLLVKCSLVNNDCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTITDQNNNDISILDSNLLINFLIRVK*
Ga0114973_101433691	3300009068	Freshwater Lake	MYQYQFKNGAFEVPAGAEMMITSFIIPYSWYNITTRYNNNSFKIYWPNGAVGNYTAFTLTLDDGFYTVNTLNARMQQFCIEKGMYLTDGSGNNIYYLSVSPNSTAYANQIITKLVPLSLPAGYVQPTGFPGYPTTTKRPPYVEILSTNNFGKYLGFSAGNYGINQIADYNVLSNLIPQGSTVNSLVVKCSLVNNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNTIEKFVGITEGRYNNFIVNIVDQNNNDIAILDSNLLINFLIRVKK*
Ga0114973_104442501	3300009068	Freshwater Lake	TANAYTPYTLTMDDGFYTVNALNARIQQFCITNGMYLTDGSGNNVYYLSVSPNSTAYANQVITKLIPTSGTGYTVPSNFAGYSLVTKRCPYIEILSNNFGKYLGFTTGIYGKDQIADYNVLSNIIPIATTVNTLLVKCSLVSNGCSNQSDILDAFAIGGTTNDGKFGGNLNYTNTIEKFVRIAEGRYNNFIVTITDQNNNDISILDSNLLINFLIRVK*
Ga0114973_104651941	3300009068	Freshwater Lake	MYLTDGSGNNVYYLSVSPNSTAYANQIITKLIPLSLPAGYSAPTNFAGYATTTRRPPYIEILSTNNFGKYLGFTAGNYGITQTADYNVLSNIIPQGTTVNSLLVKCSLVNNGTRNQSDILDAFAIGGSSGGTFGGNLNYMNTIEKFVRIDEGRYNNFIITIVD
Ga0114973_105667671	3300009068	Freshwater Lake	IITKLIPLSLPAGYSAPTNFAVYATMSRRPPYIEILSTNNFEKYLGFTVGNYGITKTADYNVLSNIIPQGSIVNSLIVKCSLCNNGCSNQSDTIDSFAIGGSSGGTFGGNLTYTNTIEKFVKISEGRYNNFIVTIVDQNNNDITILDNNLLINFLIRVK*
Ga0114973_107177061	3300009068	Freshwater Lake	YLTDGSGNNIYYLSVSPNSTAYANQIITKLVPTSKPTGYVEPTGFVGYPTTTERPPYVEILSTNNFGKFLGFTAGTYGKDLSANYNVLSNLIPQGSTVNSLLVKCSLVNNGCSNQSDILDAFAIGGNSDGKFGSNLNYTNTIEKFVKIAEGRYNNFIITIVDQNNNDII
Ga0114963_105401961	3300009154	Freshwater Lake	NLEDGFYTVNALNARIQQFCITNGMYLTDGSNNNIYYLSVSPNSTAYANQIITKLIPTSGTGYTVPSNFAGYPLVTKRPPYIEILSNNFGKYLGFTTGIYGKDQIADYNVLSNLIPIATTVNTLLVKCSLVSNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKFVRIAEGRYNNFIVTIVDQNNNDITILDSNLLINFLIR
Ga0114968_103073861	3300009155	Freshwater Lake	PPYVEILSTNNFGKFLGFTAGTYGKDLSANYNVLSNLIPQGSTVNSLLVKCSLVNNGCSNQSDILDAFAIGGNSDGKFGSNLNYTNTIEKFVKIAEGRYNNFIITIVDQNNNDIIILDNNLLINFLIRVK*
Ga0114968_103792051	3300009155	Freshwater Lake	SITLTAAGTGYTASPAITFTGGGTATATANAYTPYTLTMDDGFYTVNALNARIQQFCITNGMYLTDGSGNNVYYLSITPNSTAYANQVITKLIPTSGTGYTVPSGFAGYSLVTPRCPYIEILSNNFGKYLGFTTGIYGKDQIATYNVLSNLIPIATTVNTLLVKCSLVSNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKFVRIAEGRYNNFIVTIVDQNNNDISILDSNLLINFLIRVK*
Ga0114968_104282881	3300009155	Freshwater Lake	GMYLTDGSGNNVYYVSITPNSTAYANQIITKLVPLVVTGFTQPSNFAGYPTTTRRPPYIEILSNSFGKFLGFTPGNYGITKTTDYNVLSNIIPQGSIVNSLIVKCSLVNNGCSNKSDVLDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNEISILDNNLLINFLIRVK*
Ga0114977_102463131	3300009158	Freshwater Lake	KLVPLAVTGFTVPSNFAGYATTTARTPYVEILSNDFGKYLGFTAGNYGKDQIANYNVLSNLIPQGTTVNTLLVKCSLVHNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTITDQNNNEISILDNNLLINFLIRVK*
Ga0114978_103809372	3300009159	Freshwater Lake	TAYANQIITKLIPLTVTGYTAPSNFAGYPLTTKRPPYIEILSNNFGKYLGFTTGIYGKDQIADYNVLSNIIPTATTVNTLLVKCSLVSNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKFVRISEGRYNNFIVTITDQNNNDISILDSNLLINFLIRVK*
Ga0114978_104748651	3300009159	Freshwater Lake	SGAAATTSLYKPFTLTLDDGFYTVNALNARIQQFCIENGMYLTDGSGNNVYYLSVSPNSTAYANQIITKLIPLAVTGYTAPPAGFAGYPLTTRRPPYVEILSNNFGKYLGFTTGHYGKDVIADYNVLSNLIPQGSTVNSLLVKCSLVNNGCSNQSDIIDAFAIGGTTNGGTFGNNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNEISILDNNLLINFLIRVK*
Ga0114966_102097861	3300009161	Freshwater Lake	GMYLTDGSGNNVYYVSITPNSTAYANQIITKLIPTSGTGYTVPSGFAGYSLVTPRCPYIEILSNNFGKYLGFTTGIYGKDQIATYNVLSNLIPIATTVNTLLVKCSLVSNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKFVRIAEGRYNNFIVTIVDQNNNDISILDSNLLINFLIRVK*
Ga0114966_105825431	3300009161	Freshwater Lake	PSGFIGYPAVARPPYVEILSTNNFGKYLGFSAGNYGINQIADYNVLSNLIPQGSTVNSLVVKCSLVNNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNTIEKFVGITEGRYNNFIVNIVDQNNNDIAILDNNLLINFLIRVKK*
Ga0114970_107044391	3300009163	Freshwater Lake	TVPSGFAGYSLVTPRCPYIEILSNNFGKYLGFTTGIYGKDQIATYNVLSNLIPIATTVNTLLVKCSLVSNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKFVRIAEGRYNNFIVTITDQNNNDISILDSNLLINFLIRVK*
Ga0114975_102898582	3300009164	Freshwater Lake	QIPYSWYNITSRYNNNSFKIYWPNGAVGNYTAYTLTLDDGFYTVNALNARIQQFCIEKGMYLTDGSGNNVYYVSITPNSTAYANQIITKLVPLSLPTGFVQPTDPAFAGYPVTTKRPPYIEILSNNFGKYLGFTAGSYGITKTADYNVLSNLIPQASTVNSLLVKCSLVNNGCSNQSDVLDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNEISILDNNLLINFLIRVK*
Ga0114975_103658101	3300009164	Freshwater Lake	PSGFIGYPAVARPPYVEILSTNNFGKYLGFSAGNYGINQIADYNVLSNLIPQGSTVNSLVVKCSLVNNGCSNQSDILDAFAIGGTSTSDGKFGGNLNYTNTIEKFVGITEGRYNNFIVNIVDQNNNDIAILDSNLLINFLIRVKK*
Ga0114975_103776572	3300009164	Freshwater Lake	QQFCITNGMYLTDGSGNNVYYLSVSPNSTAYANQVITKLIPTSGTGYTVPSNFAGYSLVTKRCPYIEILSNNFGKYLGFTTGIYGKDQIATYNVLSNLIPIATTVNTLLVKCSLVSNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKFVRIAEGRYNNFIVTIVDQNNNDISILDSNLLINFLIRVK*
Ga0114979_107042022	3300009180	Freshwater Lake	ITKLIPTSGTGYTVPSNFAGYPLVTKRPPYIEILSNNFGKYLGFTTGIYGKDQIADYNVLSNIIPTATTVNSLLVKCSLVSNGCSNQSDILDAFAIGGSTGGTFGGNLNYTNNIEKFVRIAEGRYNNFIVTIVDQNNNDISILDNNLLINFLIRVK*
Ga0114969_105939761	3300009181	Freshwater Lake	RIQQFSIEKGMYLTDGSGNNVYYLSITPNSTAYANQIITKLIPLAVTGYTAPSNFAGYPLTTKRPPYIEILSNNFGKYLGFTTGIYGKDVIADYNVLSNIIPTATTVNTLLVKCSLVSNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKFVRISEGRYNNFIVTITDQNNNDISILDNNLLINFLIRVK*
Ga0114974_104041691	3300009183	Freshwater Lake	PSDSFKIYWPNGVVGNYTAYTLTLDDGFYTVNALNARIQQFCIEKGMYLTDGSGNNVYYVSITPNSTAYANQIITKLVPLSLPTGFVQPTDPAFAGYPVTTKRPPYIEILSNNFGKYLGFTAGNYGITKTADYNVLSNLIPQASTVNSLLVKCSLVNNGCSNQSDVLDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEDRYNNFIVTIVDQNNNEISILDNNLLINFLIRVK*
Ga0114974_105161901	3300009183	Freshwater Lake	LDDGFYTVNALNARIQQFCITNGMYLTDGSGNNVYYLSVSPNSTAYANQVITKLIPLTVTGYTAPSNFAGYPLTIKRSPYIEILSNSFGKYLGFTSGTYGKDQIADYNVLSNLIPTATTVNSLLVKCSLVSNGCSNQSDILDAFAIGGSTGGQFGGNLNYTNNIEKFVRIAEGRYNNFIVTIVDQNNNDISILDNNLLINFLIRVK*
Ga0114974_107362901	3300009183	Freshwater Lake	LTDGSGNNVYYLSITPNSTAYANQIITKLIPTSGTGYTVPSGFAGYSLVTPRCPYIEILSNNFGKYLGFTTGIYGKDQIATYNVLSNLIPIATTVNTLLVKCSLVSNGCSNQSDILDAFAIGGSTGGTFGGNLNYTNTIEKFVRIAEGRYNNFIVTIVDQNNNDISILDSNLLINFL
Ga0114976_102510711	3300009184	Freshwater Lake	MYLTDGSGNNIYYLSITPNSIAYANQIITKLVPTSGTGFTVPSGFIGYPAVQRPPYVEILSTNNFGKYLGFSAGNYGINQIADYNVLSNLIPQGSTVNSLVVKCSLVNNGCSNQSDILDAFAIGGTSTSDGKFGGNLNYTNTIEKFVGITEGRYNNFIVNIVDQNNNDIAILDNNLLINFLIRVKK*
Ga0114976_103708621	3300009184	Freshwater Lake	ATAVLTPTSVASLTLGGGGTGYTVSPTISFSGGSGTGATATANAYTPYTLTMDDGFYTVNALNARIQQFCITNGMYLTDGSGNNVYYLSITPNSTAYANQVITKLIPTSGTGYTVPSNFAGYSLVTKRCPYIEILSNNFGKYLGFTTGIYGKDQIADYNVLSNIIPIATTVNTLLVKCSLVSNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKFVRISEGRYNNFIVTITDQNNNDISILDSNLLI
Ga0114976_105564592	3300009184	Freshwater Lake	YVEILSNNFGKYLGFTSGTYGKDVITNYNVLSNIIPTATTVNSLLVKCSLVNNGTSNQSDIIDSFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTITDQNNNEISILDNNLLINFLIRVK*
Ga0114971_100173286	3300009185	Freshwater Lake	TAYANQIITKLVPTSGTGFTVPSGFIGYPAVQRPPYVEILNNNFGKYLGFTSGNYGINQTENYNVLSNLVPQATNVNSLLVKCSLVNNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKWVRIAEGRYNNFIVTIVDQNNNDISILDNNLLINFLIRVKK*
Ga0114971_100497765	3300009185	Freshwater Lake	SGNNIYYLSVSPNSTAYANQIITKLVPTSKPTGYVEPTGFVGYPTTTERPPYVEILSTNNFGKFLGFTAGTYGKDLSANYNVLSNLIPQGSTVNSLLVKCSLVNNGCSNQSDILDAFAIGGNSDGKFGSNLNYTNTIEKFVKIAEGRYNNFIITIVDQNNNDIIILDNNLLINFLIRVK*
Ga0114971_101848933	3300009185	Freshwater Lake	TAYANQIITKLVPTSGTGFTVPSGFIGYPAVQRPPYVEILSTNNFGKYLGFSAGNYGINQIADYNVLSNLIPQGSTVNSLVVKCSLVNNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNTIEKFVGITEGRYNNFIVNIVDQNNNDIAILDNNLLINFLIRVKK*
Ga0114972_100861785	3300009187	Freshwater Lake	ANQIITKLVPTSGTGFTVPSGFIGYPAVQRPPYVEILNNNFGKYLGFTSGNYGINQTENYNVLSHLVPQATNVNSLLVKCSLVNNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKWVRIAEGRYNNFIVTIVDQNNNDISILDNNLLINFLIRVKK*
Ga0114972_103777483	3300009187	Freshwater Lake	PYVEILSTNNFGKFLGFTAGTYGKDLSANYNVLSNLIPQGSTVNSLLVKCSLVNNGCSNQSDILDAFAIGGNSDGKFGSNLNYTNTIEKFVKIAEGRYNNFIITIVDQNNNDITILDNNLLINFLIRVK*
Ga0114972_105581101	3300009187	Freshwater Lake	GAVGNYTTYTLTLDDGFYTVNALNARIQQFCIEKGMYLTDGSGNNVYYVSITPNSTAYANQIITKLIPLAVTGYTQPTNFAGYPLTTKRPPYIEILSNNFGKYLGFTAGNYGITKTADYNVLSNLIPQASTVNSLLVKCSLVNNGCSNQSDVLDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNEISILDNNLLINFL
Ga0114972_106286131	3300009187	Freshwater Lake	GFYTVNALNARIQQFCIEKGMYLTDGSGNNVYYLSITPNSTAYANQIITKLIPTSGTGYTVPSNFAGYSLVTKRPPYIEILSNNFGKYLGFTSGIYGKDVIANYNVLSNLIPQGSTVNSLLVKCSLVNNGCSNQSDIIDAFAIGGTTNGGTFGNNLNYTNNIENFVKIAEGRYNNFIVTIVDQNNNDISILDSNLLIN
Ga0114960_101793091	3300010158	Freshwater Lake	ERPPYVEILSTNNFGKFLGFTAGTYGKDLSANYNVLSNLIPQGSTVNSLLVKCSLVNNGCSNQSDILDAFAIGGNSDGKFGSNLNYTNTIEKFVKIAEGRYNNFIITIVDQNNNDITILDNNLLINFLIRVK*
Ga0114960_104182561	3300010158	Freshwater Lake	QQFCIENGMYLTDGSGNNVYYLSVSPNSTAYANQIITKLVPLVVTGFTQPSNFAGYATTTARTPYVEILSNNFGKYLGFTVGNYGKDQIANYNVLSNLIPQGTTVNTLLVKCSLVHNGCINQSDILDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNEISILDNNLLINFLIRVK*
Ga0114967_101677041	3300010160	Freshwater Lake	QYQFKNGAFEVPAGAEMMITSFIIPYSWYNITTRYNNNSFKIYWPNGVVGSYTAFTLTLDDGFYTVNTLNARMQQFCIEKGMYLTDGSGNNIYYLSVSPNSTAYANQIITKLVPTSKPTGYVEPTGFVGYPTTTERPPYVEILSTNNFGKFLGFTAGTYGKDLSANYNVLSNLIPQGSTVNSLLVKCSLVNNGCSNQSDILDAFAIGGNSDGKFGSNLNYTNTIEKFVKIAEGRYNNFIITIVDQNNNDIIILDNNLLINFLIRVK*
Ga0114967_106045151	3300010160	Freshwater Lake	VNALNARIQQFCIEKGMYLTDGSGNNVYYVSITPNSTAYANQIITKLIPTSGTGYTVPSNFAGYSLATKRPPYIEILSNNFGKYLGFSAGNYGINQIADYNVLSNLIPQGSTVNSLVVKCSLVNNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNTIEKFVGITEGRYNNFIVNI
Ga0133913_127171643	3300010885	Freshwater Lake	NSFKIYWPNGAVGNYTAFTLTLDDGFYTVNALNARIQQFCIEKGMYLTDGSGNNVYYVSITPNSTAYANQIITKLVPLVVTGFTQPSNFAGYPTTTRRPPYIEILNNSFSKYLGFTSGTYGKDVIADYNVLSNIIPQGSIVNSLIVKCSLVNNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNDITILDNNLSINFLIRVK*
Ga0133913_130770591	3300010885	Freshwater Lake	GAEMMITSFIIPYSWYNITTRYNNNSFKIYWPNGAVGNYTAFTLTLDDGFYTVNTLNARIQQFCIEKKMYLTDGSGNNVYYLSVSPNSTAYANQIITKLVPTSKPTGYVEPTGFVGYPTTTERPPYVEILSTNNFGKFLGFTAGTYGKDLSANYNVLSNLIPQGSTVNSLLVKCSLVNNGCSNQSDILDAFAIGGNSDGKFGSNLNYTNTIEKFVKIAEGRYNNFIITIVDQNNNDIIILDNNLLINFLIRVK*
Ga0133913_135983741	3300010885	Freshwater Lake	QFCITNGMYLTDGSGNNVYYLSVSPNSTAYANQVITKLIPLTVTGYTAPSNFAGYPLTIKRSPYIEILSNSFGKYLGFTSGTYGKDQIADYNVLSNLIPTATTVNSLLVKCSLVSNGCSNQSDILDAFAIGGSTGGQFGGNLNYTNNIEKFVRIAEGRYNNFIVTIVDQNNNDISILDNNLLINFLIRVK*
Ga0120089_1197481	3300011921	Mine Pit Pond	VNALNARIQQFCIEKGMYLTDGSGNNVYYVSVSPNSTAYANQIITKLIPLSLPTGYVQPTPFAGYATTTKRPPYIEILSNNFGKYLGFTAGNYGITKTADYNVLSNIIPQGSIVNSLLVKCSLVNNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKWVRIAEGRYNNFI
Ga0164293_107927891	3300013004	Freshwater	GSGNNVYYLSVSPNSTAYANQIITKLIPLAVTGYTAPPGGFAGYPLTIKRPPYIEILSNNFGKYLGFTSGTYGKDVITDYNVLSNIIPTATTVNSLLVKCSLVNNGTSNQSDIIDSFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNEISILDNNLLINFLIRVK*
Ga0164292_102009111	3300013005	Freshwater	NSFKIYWPNGAVGNYTALTLTLDDGFYTVNALNARIQQFCIEKGMYLTDGSGNNVYYLSVSPNSTAYANQIITKLVPLSLPVGYVAPTTPAFAGYPTTTRIPPYIEILSNSFGKFLGFTPGNYGITKTTDYNVLSNIIPQGSIVNSLIVKCSLVNNGCSNQSDVLDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTITDQNNNEISILDNNLLINFLIRVK*
Ga0164292_104536211	3300013005	Freshwater	TTTRRTPYIEVLNNGFSKYLGFSPGTYGKDSTADYNVLSNIIPQGTTVNSLLVKCSLVNNGTSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKFVRIAEGRYNNFIVTIVDQNNNDISILDNNLLINFLIRVKK*
Ga0164295_103340051	3300013014	Freshwater	IEKGMYLTDGSGNNVYYVSITPNSTAYANQIITKLVPLSLPVGYVAPTSPAFAGYPTTTRRPPYIEILNNSFSKYLGFTSGTYGKDVIADYNVLSNIIPQGSIVNSLIVKCSLVNNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNDITILDNNLSINFLIRVK*
Ga0164295_105050912	3300013014	Freshwater	DGSGNNIYYLSVSPNSTGYANQIITKLVPLSLPAGYVVAPSNFPGYPTTTKRPPYIEILSTNNFGKFLGFSAGNYGITQTADYNVLSNIIPQGSTVNSLLIKCSLVNNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNTIEKFVKISEGRYNNFIVTIVDQNNNDIVILDNNLLINFLIRVK*
Ga0164295_108769632	3300013014	Freshwater	FAGYPTTTRRPPYIEILSNSFGKFLGFTPGNYGITKTTDYNVLSNIIPQGSIVNSLIVKCSLVNNGCSNQSDVLDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNEISILDNNLLINFLIRVK*
Ga0164295_115976121	3300013014	Freshwater	QPTDPAFAGYPVTTKRPPYIEILSNNFGKYLGFTAGNYGITKTADYNVLSNLIPQASTVNSLLVKCSLVNNGCSNQSDVLDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTITDQNNNEISILDNNLLINFLIRVK*
Ga0211733_100422201	3300020160	Freshwater	TLTLDDGFYTVNTLNARIQQFCIEKGMYLTDGSGNNIYYLSVSPNSTAYANQIITKLIPLNGTGYTVPSNFAGYPVTTKRPPYIEILSNNFGKYLGFTAGSYGKDQIADYNVLSNIIPTATTVNTLLVKCSLVNNGCSNQSDILDAFAIGGSSGGIFGGNLNYTNTIEKFVKISEGRYNNFIVTIVDQNNNDIVILDNNLLINFLIRVK
Ga0211726_110060781	3300020161	Freshwater	NVYYVSVSPNSTAYANQIITKLIPLSLPTGYVQPTGFVGYATTTKRPPYIEILSNNFGKYLGFTANTYGKDQIADYNVLSNIIPQGSIVNSLIVKCSLCNNGCSNQSDIIDSFAIGGASSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNEISILDNNLLINFLIRVK
Ga0211729_111879254	3300020172	Freshwater	GGTGATATSNAYIPFTLTLDDGFYTVNALNARLQQFCIEKGMYLTDGSGNNVYYLSVSPNSTAYANQIITKLIPLNGTGYTVPSNFAGYPTTTERPPYVEILSTNNFGKYLGFTAGSYGKDQIADYNVLSNIIPTATTVNTLLVKCSLVNNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNTIEKFVKISEGRYNNFIVTIVDQNNNDIVILDNNLLINFLIRVK
Ga0211731_104522506	3300020205	Freshwater	QFCITNGMYLTDGSGNNVYYLSVSPNSTAYANQVITKLIPTSGTGYTVPSGFAGYSLVTKRPPYIEILSNNFGKYLGFTTGIYGKDQIADYNVLSNIIPTATTVNSLLVKCSLVSNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNTIEKFVRISEGRYNNFIVTIVDQNNNDITILDNNLLINFLIRVK
Ga0211731_104523521	3300020205	Freshwater	QFCITNGMYLTDGSGNNVYYLSVSPNSTAYANQIITKLVPLSLPTGYVAPTDPDFAGYPVTTKRPPYIEILSNNFGKYLGFTTGSYGKDQITDYNVLSNIIPTATTVNSLLVKCSLVNNGCSNQSDILDAFAIGGTTNGGTFGNNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNEISILDNNLLINFLIRVK
Ga0194042_11173071	3300020229	Anoxic Zone Freshwater	LTMDDGFYTVNALNARIQQFCITNGMYLTDGSGNNVYYLSITPNSTAYANQIITKLIPTSGTGYTVPSGFAGYSLVTPRCPYIEILSNNFGKYLGFTTGIYGKDQIATYNVLSNLIPIATTVNTLLVKCSLVSNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKFVRIAEGRYNNFIVTIVDQNNNDISILDSNLLINFLIRVK
Ga0194042_11785832	3300020229	Anoxic Zone Freshwater	AGYPVTTKRSPYVEILSTNNFGKYLGFTAGNYGKDSILDYNVLSNLIPQGTTVNTLLVKCSLVNNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNEISILDNNLLINFLIRVK
Ga0194042_11919861	3300020229	Anoxic Zone Freshwater	NVYYLSITPNSTAYANQIITKLVPTSGTGFTVPSGFIGYPAVARPPYVEILNNNFGKYLGFTSGNYGINQTENYNVLSNLVPQATNVNSLLVKCSLVNNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKWVRIAEGRYNNFIVTIVDQNNNDISILDNNLLINFLIRVKK
Ga0207934_10102601	3300020561	Freshwater	LNLDDGFYTVNALNARIQQFCIEKGMYLTDGSGNNVYYLSITPNSTAYANQIITKLIPISGTGYTVPSGFAGYSLKTPRPPYVEILSNNFGKYLGFTSGIYGKDVIANYNVLSNLIPTATTVNSLLVKCSLVNNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTITDQNNNDISILDSNLLINFLIRVK
Ga0207934_10387472	3300020561	Freshwater	QIITKLIPLSLPAGYSAPTNFAGYATTTRRPPYIEILSTNNFGKFLGFTPGNYGITQTADYNVLSNIIPQGTTVNSLLVKCSLVNNGTSNQSDILDAFAIGGSSGGTFGGNLNYTNTIEKFVRIAEGRYNNFIITIVDQNNNDISILDNNLLINFLIRVKK
Ga0207934_10501881	3300020561	Freshwater	FTLTLDDGFYTVNALNARIQQFCIEKGMYLTDGSGNNVYYVSITPNSTAYANQIITKLVPLSLPTGFVEPTDPAFAGYPVTTKRPPYIEILSNNFGKYLGFTAGSYGITKTADYNVLSNLIPQASTVNSLLVKCSLVNNGCSNQSDVLDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNEISILDNNLLINFLIRVK
Ga0194055_100872291	3300021079	Anoxic Zone Freshwater	AYTPYTLTMDDGFYTVNALNARIQQFCITNGMYLTDGSGNNVYYLSITPNSTAYANQIITKLIPTSGTGYTVPSGFAGYSLVTPRCPYIEILSNNFGKYLGFTTGIYGKDQIATYNVLSNLIPIATTVNTLLVKCSLVSNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKFVRIAEGRYNNFIVTIVDQNNNDISILDSNLLINFLIRVK
Ga0214162_10338811	3300021108	Freshwater	MFNLTINSTNVANSLNNMYQYQFKNGAFEVPANAEMMITSFQIPYSWYNITSRYNNNSFKIYWPNGAVGNYTAFTLTLDDGFYTVNALNARIQQFCIEKGMYLTDGSGNNVYYLSVSPNSTAYANQIITKLIPLSLPAGYSAPTNFAGYATTTRRPPYIEILSNNFGKYLGFTAGSYGINQIADYNVLSNIIPQGTTVNSLLVKCSLVNNGTSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKFVRIAEGRYNNFIVTIVDQNNNDISI
Ga0194045_11557932	3300021516	Anoxic Zone Freshwater	SPNSTAYANQIITKLVPLVVTGFTQPSNFAGYATTTARTPYVEILSNNFGKYLGFTAGNYGKDQIANYNVLSNLIPQGTTVNTLLVKCSLVHNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNEISILDNNL
Ga0194045_11754191	3300021516	Anoxic Zone Freshwater	NARIQQFCIEKGMYLTDGSGNNVYYLSITPNSTAYANQIITKLVPTSGTGFTVPSGFIGYPAVARPPYVEILSTNNFGKYLGFSAGNYGINQIADYNVLSNLIPQGSTVNSLVVKCSLVNNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNTIEKFVGITEGRYNNFIVNIVDQNNN
Ga0209651_11968631	3300027581	Freshwater Lake	FYTVNALNARIQQFCIEKGMYLTDGSGNNVYYLSITPNSTAYANQIITKLIPISGTGYTVPSGFAGYSLKTPRPPYVEILSNNFGKYLGFTSGHYGKDAIANYNVLSNLIPQGSTVNSLLVKCSLVNNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFI
Ga0208960_10539843	3300027649	Freshwater Lentic	EVPAGAEMMITSFQIPYSWYNITTRYNNNSFKIYWPNGAVGNYTAFTLTLDDGFYTVNALNARIQQFCIEKGMYLTDGSGNNVYYLSITPNSTAYANQIITKLIPLTATGFTQPSNFAGYATTTKRPPYVEILSTNNFGKYLGFTAGNYGKDVTADYNVLSNIIPQASTVNTLLVKCSLVNNGCSNQSDILDAFAIGGTSDGKFGGNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNEISILDNNLLINFLIRVK
Ga0209087_12081501	3300027734	Freshwater Lake	PYTLTMDDGFYTVNALNARIQQFCITNGMYLTDGSGNNVYYLSITPNSTAYANQIITKLIPTSGTGYTVPSGFAGYSLVTPRCPYIEILSNNFGKYLGFTTGIYGKDQIATYNVLSNLIPIATTVNTLLVKCSLVSNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKFVRIAEGRYNNFIVTIVDQNNNDISILDSNLLINFLIRVK
Ga0209597_12528471	3300027746	Freshwater Lake	FIIPYSWYNITTRYNNNSFKIYWPNGAVGNYTAFTLTLDDGFYTVNTLNARMQQFCIEKGMYLTDGSGNNVYYLSVSPNSTAYANQIITKLVPTSKPTGYVEPTGFVGYPTTTERPPYVEILSTNNFGKFLGFTAGTYGKDLSANYNVLSNLIPQGSTVNSLLVKCSLVNNGCSNQSDILDAFAIGGNSDGKFGSNLNYTNTIEKFVKIAEGRYNNFIITIVDQNNNDITI
Ga0209296_11131851	3300027759	Freshwater Lake	ISFSGGGGTGATATANAYTPYTLTLDDGFYTVNALNARIQQFCITNGMYLTDGSGNNVYYLSVSPNSTAYANQVITKLIPLTVTGYTAPSNFAGYPLTIKRSPYIEILSNSFGKYLGFTSGTYGKDQIADYNVLSNLIPTATTVNSLLVKCSLVSNGCSNQSDILDAFAIGGSTGGQFGGNLNYTNNIEKFVRIAEGRYNNFIVTIVDQNNNDISILDNNLLINFLIRVK
Ga0209598_100982633	3300027760	Freshwater Lake	MFNLTINSTNVANSLNNMYQYQFKNGAFEVPAGAEMMITSFIIPYSWYNITTRYNNNSFKIYWPNGAVGNYTAFTLTLDDGFYTVNTLNARMQQFCIEKGMYLTDGSGNNIYYLSVSPNSTAYANQIITKLVPTSKPTGYVEPTGFVGYPTTTERPPYVEILSTNNFGKFLGFTAGTYGKDLSVNYNVLSNLIPQGSTVNSLLVKCSLVNNGCSNQSDILDAFAIGGNSDGKFGSNLNYTNTIEKFVKIAEGRYNNFIITIVDQNNNDITILDNNLLINFLIRVK
Ga0209088_103992641	3300027763	Freshwater Lake	ANQVITKLIPLTVTGYTAPSNFAGYPLTIKRSPYIEILSNSFGKYLGFTSGTYGKDQIADYNVLSNLIPQGSTVNSLVVKCSLVNNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNDISILDNNLLINFLIRVK
Ga0209086_104071031	3300027770	Freshwater Lake	AYANQIITKLIPTSGTGYTVPSGFAGYSLVTPRCPYIEILSNNFGKYLGFTTGIYGKDQIATYNVLSNLIPIATTVNTLLVKCSLVSNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKFVRIAEGRYNNFIVTIVDQNNNDISILDSNLLINFLIRVK
Ga0209107_102308431	3300027797	Freshwater And Sediment	MFNLTINSTNVANSLNNMYQYQFKNGAFEVPANAEMMITSFQIPYSWYNITSRYNNNSFKIYWPNGAVGNYTAYTLTLDDGFYTVNALNARIQQFCIEKGMYLTDGSGNNVYYVSITPNSTAYANQIITKLVPLSLPTGFVQPTDPAFAGYPVTTKRPPYIEILSNNFGKYLGFTAGSYGITKTADYNVLSNLIPQASTVNSLLVKCSLVNNGCSNQSDVLDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNEISILDNNLLINFLIRVK
Ga0209230_105973691	3300027836	Freshwater And Sediment	ANQIITKLIPLTVTGFTAPSNFAGYSLVTKRPPYVEILSTNNFGKYLGFTAGNYGINQVDDYNVLSNIIPQASTVNTLLVKCSLVNNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNEISILDNNLLINFLIRVK
Ga0209230_106128422	3300027836	Freshwater And Sediment	NFIGYSLVTPRCPYIEILSNNFGKYLGFTTGIYGKDQIATYNVLSNIIPIATTVNTLLVKCSLVSNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKFVKIAEGRYNNFIVTIVDQNNNDISILDSNLLINFLIRVK
Ga0209550_103474821	3300027892	Freshwater Lake	YIPNTLTLDDGFYTVNALNARIQQFCIEKKMYLTDGSGNNVYYLSITPNSTAYANQIITKLVPTSGTGFTVPSGFIGYPAATRPPYVEILSNNFGKYLGFTTGHYGKDQIVDYNVLSNLIPQGSTVNSLLVKCSLVNNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTITDQNNNEISILDNNLLINFLIRVK
Ga0209400_11281623	3300027963	Freshwater Lake	SLTLTGAGTGYQASPTISFTGGGTGTGATATASTYIPNTLTLDDGFYTVNALNARIQQFCIEKKMYLTDGSGNNVYYLSITPNSTAYANQIITKLVPTSGTGFTVPSGFIGYPAVARPPYVEILSTNNFGKYLGFSAGNYGINQIADYNVLSNLIPQGSTVNSLVVKCSLVNNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNTIEKFVGITEGRYNNFIVNIVDQNNNDIAILDNNLLINFLIRVKK
Ga0209401_11099871	3300027971	Freshwater Lake	NARMQQFCIEKGMYLTDGSGNNIYYLSVSPNSTAYANQIITKLVPLSLPAGYVQPTGFPGYPTTTKRPPYVEILSTNNFGKYLGFSAGNYGINQIADYNVLSNLIPQGSTVNSLVVKCSLVNNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNTIEKFVGITEGRYNNFIVNIVDQNNNDIAILDSNLLINFLIRVKK
Ga0304730_13088961	3300028394	Freshwater Lake	QQFCITNGMYLTDGSGNNVYYLSITPNSTAYANQIITKLIPTSGTGYTVPSGFAGYSLVTPRCPYIEILSNNFGKYLGFTTGIYGKDQIATYNVLSNLIPIATTVNTLLVKCSLVSNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKFVKIAEGRYNNFIVTIVDQNNNDISILDS
Ga0315908_107218661	3300031786	Freshwater	WYNITSRYNNNSFKIYWPNGAVGNYTAFTLTLDDGFYTVNALNARIQQFCIEKGMYLTDGSGNNVYYVSITPNSTAYANQIITKLVPLSLPTGFVQPTDPAFAGYPVTTKRPPYIEILSNNIGKYLGFTAGNYGITKTADYNVLSNLIPQASTVNSLLVKCSLVNNGCSNQSDVLDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTITDQNNNEISILDNNLLINFLIRVK
Ga0315908_116095681	3300031786	Freshwater	AYANQIITKLIPISGTGHTVPSGFAGYSLKTPRPPYVEILSNNFGKYLGFTSGIYGKDLIANYNVLSNLIPTATTVNSLLVKCSLVNNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTITDQNNNDISILDSNLLINFLIRVK
Ga0334989_0092934_1234_1671	3300033984	Freshwater	APTDFAGYATTTRRPPYIEILSTNNFGKFLGFTPGNYGITQTADYNVLSNIIPQGTTVNSLLVKCSLVNNGTSNQSDILDAFAIGGSSGGTFGGNLNYTNTIEKFVRIAEGRYNNFIITIVDQNNNDISILDNNLLINFLIRVKK
Ga0334989_0156816_503_1255	3300033984	Freshwater	MITSFQIPYSWYNITSRYNNNSFKIYWPNGAVGNYTAFTLTLDDGFYTVNALNARIQQFCIEKGMYLTDGSGNNVYYVSITPNSTAYANQIITKLVPLSLPAGYVAPTSPAFAGYPTTTRRPPYIEILSNSFGKFLGFTPGNYGITKTTDYNVLSNIIPQGSIVNSLIVKCSLVNNGCSNQSDVLDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTITDQNNNEISILDNNLLINFLIRVK
Ga0334989_0286778_227_856	3300033984	Freshwater	LDDGFYTVNALNARIQQFCIEKGMYLTDGSGNNVYYVSITPNSTAYANQIITKLVPLSLPTGFVQPTDPAFAGYPVTTKRPPYIEILSNNFGKYLGFTAGSYGITKTADYNVLSNLIPQASTVNSLLVKCSLVNNGCSNQSDVLDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTITDQNNNEISILDNNLLINFLIRVK
Ga0334989_0290364_3_467	3300033984	Freshwater	KLIPNTGTGYTIPSNFAGYSLMTKRPPYVEIQSNNFGKYLGFTSGTYGKDVITDYNVLSNIIPTATTVNSLLVKCSLVNNGTSNQSDIIDSFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNEISILDNNLLINFLIRVK
Ga0334989_0377953_97_726	3300033984	Freshwater	LDDGFYTVNALNARIQQFCIEKGMYLTDGSGNNVYYLSVSPNSTAYANQIITKLIPLSLPSGFSAPTSPAFAGYPTTTKRTPYIEILSNNFGKYLGFTAGSYGINQIADYNVLSNIIPNATTVNTLLVKCSLVNNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNTIEKFVRISEGRYNNFIVTIVDQNNNEISILDNNLLINFLIRVK
Ga0334989_0440285_2_661	3300033984	Freshwater	AGSGATATASITGSVASCTLVGGGTGYTVSPTISFSGGGGTGATATSSAYTPYTLTLEDGFYTVNALNARIQQFCIEKGMYLTDGSGNNVYYLSVSPNSTAYANQIITKLIPLSLPVGYVAPTSPAFAGYPVTTKRPPYIEILSNSFGKYLGFTSGTYGKDVIADYNVLSNIIPQGSTVNSLIVKCSLVNNGCSNQSDVLDAFAIGGSSGGTFGGNLNYT
Ga0334989_0586193_1_507	3300033984	Freshwater	SPNSTAYANQIITKLIPTSGTGYTVPSNFAGYPLVTKRPPYVEILSNNFGKYLGFTSGIYGKDQIADYNVLSNLIPQGSTVNSLIVKCSLVNNGCSNQSDVLDAFAIGGSSGGTFGGNLNYVNTIEKFVGITEGRYNNFIVTIVDQNNNDIAILDNNLLINFLIRVEK
Ga0334989_0608640_3_449	3300033984	Freshwater	MYLTDGSNNNIYYLSITPNSIAYANQIITKLVPTSGTGFTVPSGFIGFPAVQRPPYIEILGNNFGKYLGFASGNYGKDITTDYNVLSNLVPQATNVNSLLVKCSLVNNGTSNQSDILDAFAIGGSSGGQFGGNLNYTNNIEKWVRIAEG
Ga0335023_0158545_623_1252	3300034050	Freshwater	LDDGFYTVNALNARIQQFCIEKGMYLTDGSGNNVYYVSITPNSTAYANQIITKLVPLSLPAGYVAPTSPAFAGYPTTTRRPPYIEILSNSFGKFLGFTPGNYGITKTTDYNVLSNIIPQGSIVNSLIVKCSLVNNGCSNQSDVLDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTITDQNNNEISILDNNLLINFLIRVK
Ga0335023_0253946_362_919	3300034050	Freshwater	MYLTDGSGNNVYYVSVSPNSTAYANQIITKLIPLSLPAGYVQPTPFAGYATTTKRTPYIEILNNNFSKYLGFTTGSYGINQITDYNVLSNIIPQGSIVNSLIVKCSLCNNGCSNQSDTIDSFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNDISILDNNLLINFLIRVKK
Ga0335024_0178187_2_799	3300034051	Freshwater	MFNLTINSTNVANSLNNMYQYQFKNGAFEVPANAEMMITSFQIPYSWYNITSRYNNNSFKIYWPNGAVGNYTAYTLTLDDGFYTVNALNARIQQFCIEKGMYLTDGSGNNVYYVSITPNSTAYANQIITKLVPLSLPAGYVAPTSPAFAGYPTTTRRPPYIEILSNSFGKFLGFTPGNYGITKTTDYNVLSNIIPQGSIVNSLIVKCSLVNNGCSNQSDVLDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTITDQN
Ga0335024_0571094_118_543	3300034051	Freshwater	PAFAGYPLTIKRPPYVEILNNSFSKYLGFTRGTYGKDVIADYNVLSNIIPQGSIVNSLIVKCSLVNNGCSNQSDILDAFAIGDSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNDIVILDNNLLINFLIRVK
Ga0334983_0195835_514_1254	3300034060	Freshwater	FQIPYSWYNITSRYNNNSFKIYWPNGAVGNYTAFTLTLDDGFYTVNALNARIQQFCIEKGMYLTDGSGNNVYYVSITPNSTAYANQIITKLVPLSLPAGYVAPTSPAFAGYPTTTRRPPYIEILSNSFGKFLGFTPGNYGITKTTDYNVLSNIIPQGSIVNSLIVKCSLVNNGCSNQSDVLDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTITDQNNNEISILDNNLLINFLIRVK
Ga0334983_0508374_2_673	3300034060	Freshwater	TGITVTGGGTGYTVSPTISFSGGGGTGATATSNAYIPYTLNLEDGFYTVNALNARIQQFCIEKGMYLTDGSGNNVYYLSVSPNSTAYANQIITKLIPNTGTGYTIPSNFAGYSLMTKRPPYVEILSNNFGKYLGFTSGTYGKDVITDYNVLSNIIPTATTVNSLLVKCSLVNNGTSNQSDIIDSFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTIV
Ga0335001_0349999_13_570	3300034064	Freshwater	MYLTDGSGNNIYYLSITPNSTAYANQIITKLIPVDVTGYTAPPAGFAGYSLGTKRPPYVEILNNNFGKYLGFTTGIYGKDQTADYNVLSNLVPQATNVNSLLVKCSLVNNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKWVRIAEGRYNNFIVTIVDQNNNDISILDNNLLINFLIRVKK
Ga0335001_0425290_76_636	3300034064	Freshwater	MYLTDGSGNNVYYLSVSPNSTAYANQIITKLIPLSLPVGYVAPTSPAFAGYPVTTKRPPYIEILSNHFGKYLGFTSGTYGKDVITDYNVLSNIIPQGSTVNSLIVKCSLVNNGCSNQSDVLDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNEISILDNNLLINFLIRVK
Ga0335001_0431421_2_541	3300034064	Freshwater	TDGSGNNIYYLSITPNSTAYANQIITKLVPTSGTGFTVPSGFIGFPAVQRPPYIEILGNNFGKYLGFASGNYGKDATTDYNVLSNLVPQATNVNSLLVKCSLVNNGTSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNEISILDNNLLINFLIRVK
Ga0335022_0204921_33_887	3300034095	Freshwater	MFNLTINSTNVANSLNNMYQYQFKNGAFEVPAGAEMMITSFQIPYSWYNITSRYNNNSFKIYWPNGAVGNYTAFTLTLEDGFYTVNALNARIQQFCITNGMYLTDGSGNNIYYLSVSPNSTAYANQIITKLIPLSLPAGYSAPTNFAGYATTTRRPPYIEILNNGFSKFLGFTPGNYGITQTADYNVLSNIIPQGTTVNSLLVKCSLVNNGTSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNDIVVLDNNLLINFLIRVK
Ga0335022_0245727_381_1010	3300034095	Freshwater	LDDGFYTVNALNARIQQFCIEKGMYLTDGSGNNVYYVSITPNSTAYANQIITKLVPLSLPTGFVQPTDPAFAGYPATTKRPPYIEILSNNFGKYLGFTAGSYGITKTADYNVLSNLIPQASTVNSLLVKCSLVNNGCSNQSDVLDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTITDQNNNEISILDNNLLINFLIRVK
Ga0335022_0303354_3_446	3300034095	Freshwater	TGYTVPSGFAGYSLKTPRPPYVEILSNNFGKYLGFTSGIYGKDVIANYNVLSNLIPTATTVNSLLVKCSLVNNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTITDQNNNDISILDSNLLINFLIRVK
Ga0335022_0324284_3_707	3300034095	Freshwater	RYNNNSFKIYWPNGAVGNYTAFTLTLDDGFYTVNALNARIQQFCIEKGMYLTDGSGNNVYYVSITPNSTAYANQIITKLVPLSLPAGYVAPTSPAFAGYPTTTRRPPYIEILSNSFGKFLGFTPGNYGITKTTDYNVLSNIIPQGSIVNSLIVKCSLVNNGCSNQSDVLDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTITDQNNNEISILDNNLLINFLIRVK
Ga0335022_0501804_3_632	3300034095	Freshwater	TVTGGGTGYTVSPTISFSGGGGTGATATSNAYIPYTLNLEDGFYTVNALNARIQQFCIEKGMYLTDGSGNNVYYLSVSPNSTAYANQIITKLIPLAVTGYTAPPAGFAGYPLTTRRPPYVEILSNNFGKYLGFTTGHYGKDQIVDYNVLSNLIPQGSTVNSLLVKCSLVNNGCSNQSDIIDAFAIGGTTNGGTFGNNLNYTNNIEKWVRI
Ga0335022_0525781_1_492	3300034095	Freshwater	MYLTDGSGNNVYYLSVSPNSTAYANQIITKLIPLSLPVGYVAPTNFAGYATTTKRTPYIEILSNNFGKYLGFTTGTYGKDSTLDYNVLSNIIPNATTVNTLLVKCSLVNNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNTIEKWVRISEGRYNNFIVTITDQN
Ga0335022_0578433_3_494	3300034095	Freshwater	TAYANQIITKLIPNTGTGYTIPSNFAGYSLMTKRPPYVEILSNNFGKYLGFTSGTYGKDVITDYNVLSNIIPTATTVNSLLVKCSLVNNGTSNQSDIIDSFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNEISILDNNLLINFLIRVK
Ga0335035_0707216_54_494	3300034105	Freshwater	VQPTDPAFAGYPVTTKRPPYIEILSNNFGKYLGFTAGSYGITKTADYNVLSNLIPQASTVNSLLVKCSLVNNGCSNQSDVLDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNEISILDNNLLINFLIRVK
Ga0335037_0451732_1_648	3300034107	Freshwater	MMITSFQIPYSWYNITSRYNNNSFKIYWPNGAVGNYTAFTLTLDDGFYTVNALNARIQQFCIEKGMYLTDGSGNNVYYVSITPNSTAYANQIITKLVPLVVTGFTQPSNFAGYPTTTRRPPYIEILSNSFGKFLGFTTGNYGITKTTDYNVLSNIIPQGSIVNSLIVKCSLVNNGCSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGR
Ga0335037_0580839_3_584	3300034107	Freshwater	LDDGFYTVNALNARIQQFCITNGMYLTDGSGNNIYYLSVSPNSTAYANQIITKLIPLSLPAGYSAPTNFAGYATTTRRPPYIEILSTNNFGKFLGFTPGNYGITQTADYNVLSNIIPQGTTVNSLLVKCSLVNNGTSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKFVRIAEGRYNNFIVTIVDQNNNDISI
Ga0335037_0599124_3_581	3300034107	Freshwater	RYNNNSFKIYWPNGAVGNYTDFTLTLDDGFYTVNALNARIQQFCIEKGMYLTDGSGNNVYYVSITPNSTAYANQIITKLIPLSLPAGFSAPTNFAGYATTTKRTPYVEILSNNFGKYLGFTAGSYGINQIADYNVLSNIIPQGTTVNTLLVKCSLVNNGTSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKW
Ga0335058_0329975_2_442	3300034121	Freshwater	SAPTNFAGYATTTRRPPYIEILSTNNFGKFLGFTPGNYGITQTADYNVLSNIIPQGTTVNSLLVKCSLVNNGTSNQSDILDAFAIGGSSGGTFGGNLNYTNTIEKFVRIAEGRYNNFIITIVDQNNNDISILDNNLLINFLIRVKK
Ga0335058_0490916_37_660	3300034121	Freshwater	LDDGFYTVNALNARIQQFCIEKGMYLTDGSGNNVYYVSVSPNSTAYANQIITKLIPLSLPAGYVQPTPFAGYATTTKRTPYIEILNNNFSKYLGFTTGSYGINQITDYNVLSNIIPQGSIVNSLIVKCSLCNNGCSNQSDTIDSFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTITDQNNNEISILDNNLLINFLIRVK
Ga0335017_0128633_943_1482	3300034167	Freshwater	SGNNVYYVSITPNSTAYANQIITKLIPLSLPAGFSAPTNFAGYATTTKRTPYVEILSNNFGKYLGFTAGSYGINQIADYNVLSNIIPQGTTVNTLLVKCSLVNNGTSNQSDILDAFAIGGSSGGQFGGNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNDISILDNNLLINFLIRVKK
Ga0335017_0430564_40_708	3300034167	Freshwater	AVGNYTAFTLTLDDGFYTVNALNARIQQFCIEKGMYLTDGSGNNVYYLSVSPNSTAYANQIITKLIPNTGTGYTIPSNFAGYSLMTKRPPYVEILSNNFGKYLGFTSGTYGKDVIADYNVLSNIIPTATTVNSLLVKCSLVNNGTSNQSDIIDSFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNEISILDNNLLINFLIRFKQISKT
Ga0335061_0261882_47_670	3300034168	Freshwater	LDDGFYTVNALNARIQQFCIEKGMYLTDGSGNNIYYLSVSPNSTAYANQIITKLIPLSLPAGYSAPTNFAGYATTTRRPPYIEILSNSFGKFLGFTPGNYGITKTTDYNVLSNIIPQGSIVNSLIVKCSLVNNGCSNQSDVLDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNEISILDNNLLINFLIRVK
Ga0335007_0497632_259_732	3300034283	Freshwater	KLIPLSLPVGYVAPTSPAFAGYPVTTKRPPYIELLSNHFGKYLGFTSGTYGKDVIADYNNLSNIIPQGSTVNSLIVKCSLVNNGCSNQSDVLDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNEISILDNNLLINFLIRVK
Ga0335013_0788430_2_391	3300034284	Freshwater	PYIEILSTNNFGKYLGFTAGNYGITQTADYNVLSNIIPQGTTVNTLLVKCSLVNNGTSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTITDQNNNEISILDNNLLINFLIRVK
Ga0335064_0491088_229_759	3300034357	Freshwater	VYYVSITPNSTAYANQIITKLVPLSLPAGYVAPTSPAFAGYPTTTRRPPYIEILSNSFGKFLGFTPGNYGITKTTDYNVLSNIIPQGSIVNSLIVKCSLVNNGCSNQSDVLDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNEISILDNNLLINFLIRVK
Ga0335064_0971689_1_507	3300034357	Freshwater	TDGSGNNVYYVSITPNSTAYTNQIITKLIPLSLPAGFSAPTNFAGYATTTKRTPYVEILSNNFGKYLGFTAGSYGINQIADYNVLSNIIPQGTTVNTLLVKCSLVNNGTSNQSDILDAFAIGGSSGGTFGGNLNYTNNIEKWVRISEGRYNNFIVTIVDQNNNDIVILD