Sample 3300000325

Basic Information
IMG/M Taxon OID	3300000325 Open in IMG/M
GOLD Reference (Study \| Sequencing Project \| Analysis Project)	Gs0046785 \| Gp0054196 \| Ga0026523
Sample Name	Marine microbial communities from expanding oxygen minimum zones in the Saanich Inlet - 39 11/10/09 100m
Sequencing Status	Draft
Sequencing Center	DOE Joint Genome Institute (JGI)
Published?	Y
Use Policy	Open

Dataset Contents
Total Genome Size	194717589
Sequencing Scaffolds	205
Novel Protein Genes	230
Associated Families	216

Dataset Phylogeny
Taxonomy Groups	Number of Scaffolds
All Organisms → cellular organisms → Bacteria	10
Not Available	103
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium	3
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Rhodospirillaceae → unclassified Rhodospirillaceae → Rhodospirillaceae bacterium	2
unclassified Hyphomonas → Hyphomonas sp.	1
All Organisms → Viruses → Predicted Viral	31
All Organisms → Viruses → environmental samples → uncultured marine virus	3
All Organisms → cellular organisms → Archaea → DPANN group → Candidatus Woesearchaeota → Candidatus Woesearchaeota archaeon	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rickettsiales → unclassified Rickettsiales → Rickettsiales bacterium	1
All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	2
All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → Caudovirales → Myoviridae → unclassified Myoviridae → Pelagibacter phage HTVC008M	1
All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → Flavobacteriaceae → Maribacter → unclassified Maribacter → Maribacter sp.	2
All Organisms → cellular organisms → Bacteria → Proteobacteria	1
All Organisms → cellular organisms → Archaea → Euryarchaeota → unclassified Euryarchaeota → Euryarchaeota archaeon	3
All Organisms → cellular organisms → Bacteria → unclassified Bacteria → bacterium TMED277	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Nitrosomonadales → unclassified Nitrosomonadales → OM43 clade → Methylophilales bacterium HTCC2181	1
All Organisms → cellular organisms → Bacteria → FCB group → Candidatus Marinimicrobia → Candidatus Marinimicrobia bacterium	1
All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → Flavobacteriaceae → unclassified Flavobacteriaceae → Flavobacteriaceae bacterium	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → Candidatus Pelagibacter	3
All Organisms → cellular organisms → Archaea	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Thiotrichales → Piscirickettsiaceae → Methylophaga → unclassified Methylophaga → Methylophaga sp.	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → unclassified Pelagibacteraceae → Pelagibacteraceae bacterium TMED247	1
All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage	1
All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → unclassified Verrucomicrobia → Verrucomicrobia bacterium TMED56	3
All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Legionellales → unclassified Legionellales → Legionellales bacterium	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Rhodospirillaceae → Candidatus Endolissoclinum → unclassified Candidatus Endolissoclinum → Candidatus Endolissoclinum sp. TMED37	3
All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Thaumarchaeota incertae sedis → Marine Group I → Marine Group I thaumarchaeote	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → unclassified Pelagibacteraceae → Pelagibacteraceae bacterium TMED287	1
All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Nitrosopumilales → Nitrosopumilaceae → unclassified Nitrosopumilaceae → Nitrosopumilaceae archaeon	1
All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → unclassified Flavobacteriales → Flavobacteriales bacterium	1
All Organisms → Viruses → unclassified bacterial viruses → environmental samples → uncultured marine phage	2
All Organisms → cellular organisms → Bacteria → unclassified Bacteria → bacterium TMED264	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria	3
All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Candidatus Brocadiia → Candidatus Brocadiales	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → unclassified Alphaproteobacteria → Alphaproteobacteria bacterium MarineAlpha5_Bin12	1
All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → Caudovirales → Myoviridae → Twarogvirinae → Lasallevirus → Acinetobacter virus Acj61 → Acinetobacter phage Acj61	1
All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → environmental samples → uncultured marine thaumarchaeote AD1000_06_F06	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → unclassified Betaproteobacteria → Betaproteobacteria bacterium TMED41	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → unclassified Gammaproteobacteria → Gammaproteobacteria bacterium	1
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia	1
All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Thaumarchaeota incertae sedis → Candidatus Nitrosopelagicus → unclassified Candidatus Nitrosopelagicus → Candidatus Nitrosopelagicus sp.	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → Candidatus Pelagibacter → unclassified Candidatus Pelagibacter → Candidatus Pelagibacter sp.	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Gammaproteobacteria incertae sedis → SAR86 cluster	1
All Organisms → cellular organisms → Bacteria → environmental samples → uncultured marine bacterium 580	1
All Organisms → cellular organisms → Archaea → Euryarchaeota	1

Ecosystem Assignment (GOLD)
Name	Marine Microbial Communities From Expanding Oxygen Minimum Zones In The Northeastern Subarctic Pacific Ocean
Type	Environmental
Taxonomy	Environmental → Aquatic → Marine → Intertidal Zone → Unclassified → Marine → Marine Microbial Communities From Expanding Oxygen Minimum Zones In The Northeastern Subarctic Pacific Ocean

Alternative Ecosystem Assignments
Environment Ontology (ENVO)	marine biome → coastal inlet → sea water
Earth Microbiome Project Ontology (EMPO)	Free-living → Saline → Water (saline)

Location Information
Location	Saanich Inlet 39, Vancouver Island, BC, Canada
Coordinates	Lat. (^o)	48.35	Long. (^o)	-123.29	Alt. (m)	N/A	Depth (m)	100
Location on Map

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Family	Category	Number of Sequences	3D Structure?
F000302	Metagenome / Metatranscriptome	1337	Y
F000464	Metagenome / Metatranscriptome	1105	Y
F000711	Metagenome / Metatranscriptome	925	Y
F000724	Metagenome / Metatranscriptome	919	Y
F000983	Metagenome / Metatranscriptome	814	Y
F001048	Metagenome / Metatranscriptome	793	Y
F001235	Metagenome / Metatranscriptome	741	Y
F001541	Metagenome / Metatranscriptome	674	Y
F001711	Metagenome / Metatranscriptome	648	Y
F002658	Metagenome / Metatranscriptome	539	Y
F002980	Metagenome / Metatranscriptome	516	Y
F003091	Metagenome / Metatranscriptome	508	Y
F003285	Metagenome / Metatranscriptome	496	Y
F003373	Metagenome / Metatranscriptome	491	Y
F004102	Metagenome / Metatranscriptome	453	Y
F004439	Metagenome	438	Y
F005195	Metagenome	409	Y
F005546	Metagenome / Metatranscriptome	397	Y
F006306	Metagenome / Metatranscriptome	376	Y
F006321	Metagenome / Metatranscriptome	376	Y
F006551	Metagenome / Metatranscriptome	370	Y
F006643	Metagenome / Metatranscriptome	368	Y
F007087	Metagenome / Metatranscriptome	358	N
F007121	Metagenome / Metatranscriptome	357	Y
F007392	Metagenome / Metatranscriptome	352	Y
F007585	Metagenome / Metatranscriptome	348	Y
F008648	Metagenome	330	Y
F010001	Metagenome / Metatranscriptome	310	Y
F010129	Metagenome / Metatranscriptome	308	Y
F011095	Metagenome / Metatranscriptome	295	Y
F011350	Metagenome	292	Y
F011369	Metagenome	291	Y
F011524	Metagenome / Metatranscriptome	290	Y
F011679	Metagenome / Metatranscriptome	288	Y
F011736	Metagenome / Metatranscriptome	287	N
F012072	Metagenome / Metatranscriptome	284	Y
F012073	Metagenome	284	Y
F012162	Metagenome / Metatranscriptome	283	Y
F012360	Metagenome / Metatranscriptome	281	Y
F012811	Metagenome	277	Y
F013358	Metagenome / Metatranscriptome	272	N
F013573	Metagenome / Metatranscriptome	270	Y
F013945	Metagenome	267	Y
F014154	Metagenome / Metatranscriptome	265	Y
F014325	Metagenome / Metatranscriptome	264	Y
F014344	Metagenome / Metatranscriptome	264	Y
F014445	Metagenome / Metatranscriptome	263	Y
F015345	Metagenome / Metatranscriptome	255	Y
F015400	Metagenome	255	Y
F015401	Metagenome / Metatranscriptome	255	Y
F016224	Metagenome	249	Y
F016619	Metagenome / Metatranscriptome	246	Y
F017720	Metagenome	239	Y
F017844	Metagenome / Metatranscriptome	238	N
F018076	Metagenome / Metatranscriptome	237	N
F018268	Metagenome / Metatranscriptome	236	Y
F018290	Metagenome / Metatranscriptome	236	N
F018643	Metagenome	234	Y
F019030	Metagenome	232	Y
F019233	Metagenome / Metatranscriptome	231	Y
F020371	Metagenome / Metatranscriptome	224	Y
F020534	Metagenome / Metatranscriptome	223	Y
F020714	Metagenome	222	Y
F020822	Metagenome / Metatranscriptome	222	Y
F021318	Metagenome / Metatranscriptome	219	Y
F021857	Metagenome / Metatranscriptome	217	Y
F022113	Metagenome / Metatranscriptome	216	Y
F022202	Metagenome / Metatranscriptome	215	N
F022427	Metagenome / Metatranscriptome	214	N
F023242	Metagenome	211	Y
F023365	Metagenome	210	Y
F023622	Metagenome / Metatranscriptome	209	Y
F023636	Metagenome / Metatranscriptome	209	Y
F023827	Metagenome	208	Y
F024124	Metagenome / Metatranscriptome	207	Y
F024567	Metagenome / Metatranscriptome	205	N
F024645	Metagenome / Metatranscriptome	205	Y
F026408	Metagenome / Metatranscriptome	198	Y
F026589	Metagenome / Metatranscriptome	197	Y
F027022	Metagenome / Metatranscriptome	196	Y
F027651	Metagenome / Metatranscriptome	194	Y
F028003	Metagenome / Metatranscriptome	193	Y
F028316	Metagenome / Metatranscriptome	192	Y
F028620	Metagenome / Metatranscriptome	191	Y
F028972	Metagenome / Metatranscriptome	190	Y
F029246	Metagenome / Metatranscriptome	189	Y
F029486	Metagenome	188	Y
F029556	Metagenome / Metatranscriptome	188	Y
F029559	Metagenome / Metatranscriptome	188	Y
F029936	Metagenome / Metatranscriptome	187	Y
F030157	Metagenome / Metatranscriptome	186	Y
F032034	Metagenome / Metatranscriptome	181	N
F032304	Metagenome / Metatranscriptome	180	Y
F033048	Metagenome / Metatranscriptome	178	Y
F033113	Metagenome / Metatranscriptome	178	Y
F033443	Metagenome / Metatranscriptome	177	Y
F033590	Metagenome / Metatranscriptome	177	Y
F034189	Metagenome / Metatranscriptome	175	Y
F034337	Metagenome	175	N
F037233	Metagenome / Metatranscriptome	168	Y
F037296	Metagenome / Metatranscriptome	168	Y
F038742	Metagenome / Metatranscriptome	165	Y
F040133	Metagenome	162	Y
F040853	Metagenome / Metatranscriptome	161	Y
F040871	Metagenome / Metatranscriptome	161	Y
F040872	Metagenome	161	Y
F042172	Metagenome	158	Y
F042571	Metagenome / Metatranscriptome	158	Y
F042578	Metagenome / Metatranscriptome	158	Y
F043973	Metagenome / Metatranscriptome	155	Y
F044159	Metagenome	155	N
F044162	Metagenome / Metatranscriptome	155	N
F044553	Metagenome / Metatranscriptome	154	N
F045151	Metagenome / Metatranscriptome	153	N
F045428	Metagenome / Metatranscriptome	153	Y
F045997	Metagenome	152	N
F047114	Metagenome	150	N
F047370	Metagenome	150	N
F048646	Metagenome	148	Y
F049038	Metagenome / Metatranscriptome	147	N
F049290	Metagenome	147	N
F049925	Metagenome / Metatranscriptome	146	N
F049998	Metagenome	146	N
F050009	Metagenome	146	N
F051454	Metagenome	144	Y
F051461	Metagenome	144	Y
F051476	Metagenome / Metatranscriptome	144	N
F051477	Metagenome	144	Y
F051972	Metagenome	143	N
F052646	Metagenome / Metatranscriptome	142	Y
F053546	Metagenome	141	Y
F053561	Metagenome	141	N
F053638	Metagenome	141	Y
F053965	Metagenome / Metatranscriptome	140	N
F054164	Metagenome	140	Y
F054783	Metagenome	139	Y
F055651	Metagenome	138	Y
F055854	Metagenome / Metatranscriptome	138	N
F056077	Metagenome / Metatranscriptome	138	Y
F056157	Metagenome / Metatranscriptome	138	N
F058948	Metagenome / Metatranscriptome	134	Y
F059063	Metagenome	134	N
F059350	Metagenome / Metatranscriptome	134	N
F059364	Metagenome / Metatranscriptome	134	Y
F059474	Metagenome / Metatranscriptome	134	Y
F060128	Metagenome / Metatranscriptome	133	Y
F060427	Metagenome	133	Y
F060599	Metagenome	132	N
F060929	Metagenome / Metatranscriptome	132	N
F061041	Metagenome / Metatranscriptome	132	Y
F061282	Metagenome / Metatranscriptome	132	N
F061392	Metagenome / Metatranscriptome	132	N
F061863	Metagenome / Metatranscriptome	131	Y
F063594	Metagenome / Metatranscriptome	129	Y
F064801	Metagenome / Metatranscriptome	128	Y
F065107	Metagenome / Metatranscriptome	128	Y
F065664	Metagenome / Metatranscriptome	127	N
F066454	Metagenome / Metatranscriptome	126	N
F066836	Metagenome / Metatranscriptome	126	N
F066851	Metagenome	126	Y
F067124	Metagenome / Metatranscriptome	126	N
F067831	Metagenome	125	N
F068117	Metagenome / Metatranscriptome	125	N
F068674	Metagenome / Metatranscriptome	124	Y
F068714	Metagenome	124	N
F069046	Metagenome	124	N
F072521	Metagenome / Metatranscriptome	121	Y
F072857	Metagenome	121	N
F073088	Metagenome	120	N
F073091	Metagenome	120	Y
F073166	Metagenome / Metatranscriptome	120	N
F073414	Metagenome / Metatranscriptome	120	N
F074009	Metagenome	120	N
F074479	Metagenome	119	Y
F075317	Metagenome	119	Y
F076622	Metagenome / Metatranscriptome	118	Y
F077942	Metagenome	117	Y
F077951	Metagenome / Metatranscriptome	117	Y
F078925	Metagenome / Metatranscriptome	116	N
F079935	Metagenome	115	Y
F081754	Metagenome / Metatranscriptome	114	N
F084347	Metagenome	112	N
F086171	Metagenome	111	N
F086311	Metagenome / Metatranscriptome	111	N
F087024	Metagenome	110	N
F087027	Metagenome	110	Y
F088823	Metagenome	109	Y
F089397	Metagenome / Metatranscriptome	109	Y
F089562	Metagenome / Metatranscriptome	109	Y
F089970	Metagenome	108	Y
F090244	Metagenome / Metatranscriptome	108	N
F090507	Metagenome	108	N
F091007	Metagenome / Metatranscriptome	108	N
F091033	Metagenome	108	Y
F091332	Metagenome	107	N
F091863	Metagenome	107	N
F092698	Metagenome / Metatranscriptome	107	N
F092725	Metagenome / Metatranscriptome	107	N
F092871	Metagenome	107	N
F096064	Metagenome / Metatranscriptome	105	Y
F096496	Metagenome	104	N
F096498	Metagenome / Metatranscriptome	104	N
F097112	Metagenome	104	N
F097486	Metagenome / Metatranscriptome	104	Y
F098027	Metagenome	104	N
F098043	Metagenome	104	N
F099851	Metagenome / Metatranscriptome	103	N
F100510	Metagenome / Metatranscriptome	102	Y
F100935	Metagenome / Metatranscriptome	102	N
F101351	Metagenome / Metatranscriptome	102	N
F102550	Metagenome	101	Y
F103385	Metagenome	101	N
F103896	Metagenome / Metatranscriptome	101	Y
F104049	Metagenome	101	N
F105373	Metagenome	100	Y
F105879	Metagenome	100	N

Associated Scaffolds

Scaffold	Taxonomy	Length	IMG/M Link
SI39nov09_100mDRAFT_1000181	All Organisms → cellular organisms → Bacteria	32526	Open in IMG/M
SI39nov09_100mDRAFT_1000603	Not Available	16026	Open in IMG/M
SI39nov09_100mDRAFT_1000934	Not Available	12352	Open in IMG/M
SI39nov09_100mDRAFT_1001042	Not Available	11342	Open in IMG/M
SI39nov09_100mDRAFT_1001342	All Organisms → cellular organisms → Bacteria	9674	Open in IMG/M
SI39nov09_100mDRAFT_1002730	Not Available	6167	Open in IMG/M
SI39nov09_100mDRAFT_1002770	Not Available	6111	Open in IMG/M
SI39nov09_100mDRAFT_1003018	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium	5793	Open in IMG/M
SI39nov09_100mDRAFT_1003800	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Rhodospirillaceae → unclassified Rhodospirillaceae → Rhodospirillaceae bacterium	4929	Open in IMG/M
SI39nov09_100mDRAFT_1003838	unclassified Hyphomonas → Hyphomonas sp.	4907	Open in IMG/M
SI39nov09_100mDRAFT_1004150	All Organisms → Viruses → Predicted Viral	4662	Open in IMG/M
SI39nov09_100mDRAFT_1004287	Not Available	4563	Open in IMG/M
SI39nov09_100mDRAFT_1004748	Not Available	4250	Open in IMG/M
SI39nov09_100mDRAFT_1005465	All Organisms → Viruses → Predicted Viral	3887	Open in IMG/M
SI39nov09_100mDRAFT_1005940	All Organisms → Viruses → Predicted Viral	3681	Open in IMG/M
SI39nov09_100mDRAFT_1006556	Not Available	3432	Open in IMG/M
SI39nov09_100mDRAFT_1006633	All Organisms → Viruses → Predicted Viral	3406	Open in IMG/M
SI39nov09_100mDRAFT_1007062	All Organisms → Viruses → environmental samples → uncultured marine virus	3260	Open in IMG/M
SI39nov09_100mDRAFT_1007176	All Organisms → cellular organisms → Bacteria	3223	Open in IMG/M
SI39nov09_100mDRAFT_1007215	All Organisms → Viruses → Predicted Viral	3212	Open in IMG/M
SI39nov09_100mDRAFT_1007567	All Organisms → Viruses → Predicted Viral	3116	Open in IMG/M
SI39nov09_100mDRAFT_1008154	All Organisms → Viruses → Predicted Viral	2950	Open in IMG/M
SI39nov09_100mDRAFT_1008310	All Organisms → Viruses → Predicted Viral	2901	Open in IMG/M
SI39nov09_100mDRAFT_1008712	Not Available	2799	Open in IMG/M
SI39nov09_100mDRAFT_1008944	All Organisms → Viruses → Predicted Viral	2747	Open in IMG/M
SI39nov09_100mDRAFT_1009089	All Organisms → Viruses → Predicted Viral	2714	Open in IMG/M
SI39nov09_100mDRAFT_1009529	All Organisms → Viruses → Predicted Viral	2627	Open in IMG/M
SI39nov09_100mDRAFT_1009718	All Organisms → Viruses → Predicted Viral	2588	Open in IMG/M
SI39nov09_100mDRAFT_1009825	Not Available	2565	Open in IMG/M
SI39nov09_100mDRAFT_1010210	All Organisms → Viruses → Predicted Viral	2493	Open in IMG/M
SI39nov09_100mDRAFT_1010290	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium	2479	Open in IMG/M
SI39nov09_100mDRAFT_1010291	All Organisms → cellular organisms → Archaea → DPANN group → Candidatus Woesearchaeota → Candidatus Woesearchaeota archaeon	2478	Open in IMG/M
SI39nov09_100mDRAFT_1010840	All Organisms → Viruses → Predicted Viral	2384	Open in IMG/M
SI39nov09_100mDRAFT_1010990	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rickettsiales → unclassified Rickettsiales → Rickettsiales bacterium	2359	Open in IMG/M
SI39nov09_100mDRAFT_1011220	Not Available	2323	Open in IMG/M
SI39nov09_100mDRAFT_1011495	All Organisms → Viruses → Predicted Viral	2286	Open in IMG/M
SI39nov09_100mDRAFT_1011655	All Organisms → Viruses → Predicted Viral	2261	Open in IMG/M
SI39nov09_100mDRAFT_1011903	All Organisms → Viruses → Predicted Viral	2227	Open in IMG/M
SI39nov09_100mDRAFT_1012364	All Organisms → Viruses → Predicted Viral	2164	Open in IMG/M
SI39nov09_100mDRAFT_1012703	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	2119	Open in IMG/M
SI39nov09_100mDRAFT_1012878	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Rhodospirillaceae → unclassified Rhodospirillaceae → Rhodospirillaceae bacterium	2100	Open in IMG/M
SI39nov09_100mDRAFT_1013188	Not Available	2062	Open in IMG/M
SI39nov09_100mDRAFT_1013556	Not Available	2018	Open in IMG/M
SI39nov09_100mDRAFT_1013892	Not Available	1980	Open in IMG/M
SI39nov09_100mDRAFT_1014198	All Organisms → Viruses → Predicted Viral	1950	Open in IMG/M
SI39nov09_100mDRAFT_1014279	All Organisms → cellular organisms → Bacteria	1942	Open in IMG/M
SI39nov09_100mDRAFT_1014351	All Organisms → Viruses → Predicted Viral	1935	Open in IMG/M
SI39nov09_100mDRAFT_1014365	All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → Caudovirales → Myoviridae → unclassified Myoviridae → Pelagibacter phage HTVC008M	1934	Open in IMG/M
SI39nov09_100mDRAFT_1014390	Not Available	1931	Open in IMG/M
SI39nov09_100mDRAFT_1014693	All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → Flavobacteriaceae → Maribacter → unclassified Maribacter → Maribacter sp.	1901	Open in IMG/M
SI39nov09_100mDRAFT_1015006	All Organisms → Viruses → Predicted Viral	1869	Open in IMG/M
SI39nov09_100mDRAFT_1015912	All Organisms → cellular organisms → Bacteria → Proteobacteria	1783	Open in IMG/M
SI39nov09_100mDRAFT_1015972	All Organisms → cellular organisms → Bacteria	1776	Open in IMG/M
SI39nov09_100mDRAFT_1016392	All Organisms → Viruses → Predicted Viral	1734	Open in IMG/M
SI39nov09_100mDRAFT_1016561	All Organisms → cellular organisms → Archaea → Euryarchaeota → unclassified Euryarchaeota → Euryarchaeota archaeon	1719	Open in IMG/M
SI39nov09_100mDRAFT_1017512	Not Available	1641	Open in IMG/M
SI39nov09_100mDRAFT_1017685	All Organisms → cellular organisms → Bacteria → unclassified Bacteria → bacterium TMED277	1628	Open in IMG/M
SI39nov09_100mDRAFT_1018012	All Organisms → Viruses → Predicted Viral	1602	Open in IMG/M
SI39nov09_100mDRAFT_1018079	Not Available	1598	Open in IMG/M
SI39nov09_100mDRAFT_1018706	All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria	1551	Open in IMG/M
SI39nov09_100mDRAFT_1018796	All Organisms → Viruses → Predicted Viral	1546	Open in IMG/M
SI39nov09_100mDRAFT_1020156	Not Available	1459	Open in IMG/M
SI39nov09_100mDRAFT_1020805	Not Available	1422	Open in IMG/M
SI39nov09_100mDRAFT_1020851	Not Available	1420	Open in IMG/M
SI39nov09_100mDRAFT_1021474	All Organisms → Viruses → Predicted Viral	1385	Open in IMG/M
SI39nov09_100mDRAFT_1021560	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	1380	Open in IMG/M
SI39nov09_100mDRAFT_1021716	All Organisms → Viruses → Predicted Viral	1371	Open in IMG/M
SI39nov09_100mDRAFT_1021887	All Organisms → Viruses → Predicted Viral	1363	Open in IMG/M
SI39nov09_100mDRAFT_1021968	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Nitrosomonadales → unclassified Nitrosomonadales → OM43 clade → Methylophilales bacterium HTCC2181	1359	Open in IMG/M
SI39nov09_100mDRAFT_1022280	Not Available	1344	Open in IMG/M
SI39nov09_100mDRAFT_1023080	All Organisms → Viruses → Predicted Viral	1305	Open in IMG/M
SI39nov09_100mDRAFT_1024144	All Organisms → cellular organisms → Bacteria → FCB group → Candidatus Marinimicrobia → Candidatus Marinimicrobia bacterium	1258	Open in IMG/M
SI39nov09_100mDRAFT_1024606	Not Available	1240	Open in IMG/M
SI39nov09_100mDRAFT_1025082	Not Available	1222	Open in IMG/M
SI39nov09_100mDRAFT_1025137	All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → Flavobacteriaceae → unclassified Flavobacteriaceae → Flavobacteriaceae bacterium	1220	Open in IMG/M
SI39nov09_100mDRAFT_1025164	All Organisms → Viruses → Predicted Viral	1219	Open in IMG/M
SI39nov09_100mDRAFT_1025351	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → Candidatus Pelagibacter	1211	Open in IMG/M
SI39nov09_100mDRAFT_1025420	Not Available	1208	Open in IMG/M
SI39nov09_100mDRAFT_1026205	Not Available	1175	Open in IMG/M
SI39nov09_100mDRAFT_1026813	Not Available	1152	Open in IMG/M
SI39nov09_100mDRAFT_1027276	Not Available	1136	Open in IMG/M
SI39nov09_100mDRAFT_1027404	Not Available	1132	Open in IMG/M
SI39nov09_100mDRAFT_1027823	Not Available	1116	Open in IMG/M
SI39nov09_100mDRAFT_1028245	All Organisms → cellular organisms → Archaea	1102	Open in IMG/M
SI39nov09_100mDRAFT_1028424	All Organisms → Viruses → Predicted Viral	1096	Open in IMG/M
SI39nov09_100mDRAFT_1028431	Not Available	1095	Open in IMG/M
SI39nov09_100mDRAFT_1028973	All Organisms → cellular organisms → Bacteria	1077	Open in IMG/M
SI39nov09_100mDRAFT_1029047	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → Candidatus Pelagibacter	1075	Open in IMG/M
SI39nov09_100mDRAFT_1029413	All Organisms → Viruses → Predicted Viral	1064	Open in IMG/M
SI39nov09_100mDRAFT_1029713	Not Available	1053	Open in IMG/M
SI39nov09_100mDRAFT_1030213	Not Available	1038	Open in IMG/M
SI39nov09_100mDRAFT_1030493	Not Available	1030	Open in IMG/M
SI39nov09_100mDRAFT_1030882	Not Available	1020	Open in IMG/M
SI39nov09_100mDRAFT_1031606	Not Available	1001	Open in IMG/M
SI39nov09_100mDRAFT_1032217	Not Available	985	Open in IMG/M
SI39nov09_100mDRAFT_1032608	Not Available	975	Open in IMG/M
SI39nov09_100mDRAFT_1032809	Not Available	970	Open in IMG/M
SI39nov09_100mDRAFT_1032930	All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Thiotrichales → Piscirickettsiaceae → Methylophaga → unclassified Methylophaga → Methylophaga sp.	967	Open in IMG/M
SI39nov09_100mDRAFT_1032947	Not Available	966	Open in IMG/M
SI39nov09_100mDRAFT_1033096	Not Available	963	Open in IMG/M
SI39nov09_100mDRAFT_1033177	Not Available	961	Open in IMG/M
SI39nov09_100mDRAFT_1033499	All Organisms → cellular organisms → Bacteria	953	Open in IMG/M
SI39nov09_100mDRAFT_1034831	All Organisms → cellular organisms → Bacteria	922	Open in IMG/M
SI39nov09_100mDRAFT_1035122	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → unclassified Pelagibacteraceae → Pelagibacteraceae bacterium TMED247	915	Open in IMG/M
SI39nov09_100mDRAFT_1035514	All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage	906	Open in IMG/M
SI39nov09_100mDRAFT_1035706	All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → unclassified Verrucomicrobia → Verrucomicrobia bacterium TMED56	902	Open in IMG/M
SI39nov09_100mDRAFT_1035712	All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → unclassified Verrucomicrobia → Verrucomicrobia bacterium TMED56	902	Open in IMG/M
SI39nov09_100mDRAFT_1035799	Not Available	900	Open in IMG/M
SI39nov09_100mDRAFT_1036020	Not Available	895	Open in IMG/M
SI39nov09_100mDRAFT_1036050	Not Available	895	Open in IMG/M
SI39nov09_100mDRAFT_1037038	All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Legionellales → unclassified Legionellales → Legionellales bacterium	875	Open in IMG/M
SI39nov09_100mDRAFT_1037319	Not Available	869	Open in IMG/M
SI39nov09_100mDRAFT_1037328	Not Available	869	Open in IMG/M
SI39nov09_100mDRAFT_1037366	Not Available	868	Open in IMG/M
SI39nov09_100mDRAFT_1037411	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Rhodospirillaceae → Candidatus Endolissoclinum → unclassified Candidatus Endolissoclinum → Candidatus Endolissoclinum sp. TMED37	867	Open in IMG/M
SI39nov09_100mDRAFT_1037448	Not Available	866	Open in IMG/M
SI39nov09_100mDRAFT_1037633	All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Thaumarchaeota incertae sedis → Marine Group I → Marine Group I thaumarchaeote	863	Open in IMG/M
SI39nov09_100mDRAFT_1038252	Not Available	851	Open in IMG/M
SI39nov09_100mDRAFT_1038596	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → unclassified Pelagibacteraceae → Pelagibacteraceae bacterium TMED287	845	Open in IMG/M
SI39nov09_100mDRAFT_1038817	Not Available	841	Open in IMG/M
SI39nov09_100mDRAFT_1039024	All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Nitrosopumilales → Nitrosopumilaceae → unclassified Nitrosopumilaceae → Nitrosopumilaceae archaeon	838	Open in IMG/M
SI39nov09_100mDRAFT_1039678	Not Available	827	Open in IMG/M
SI39nov09_100mDRAFT_1039988	Not Available	821	Open in IMG/M
SI39nov09_100mDRAFT_1040118	Not Available	819	Open in IMG/M
SI39nov09_100mDRAFT_1040322	All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → unclassified Verrucomicrobia → Verrucomicrobia bacterium TMED56	816	Open in IMG/M
SI39nov09_100mDRAFT_1040397	Not Available	815	Open in IMG/M
SI39nov09_100mDRAFT_1040842	Not Available	807	Open in IMG/M
SI39nov09_100mDRAFT_1041452	All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → unclassified Flavobacteriales → Flavobacteriales bacterium	798	Open in IMG/M
SI39nov09_100mDRAFT_1041737	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium	794	Open in IMG/M
SI39nov09_100mDRAFT_1041964	Not Available	791	Open in IMG/M
SI39nov09_100mDRAFT_1042480	All Organisms → Viruses → unclassified bacterial viruses → environmental samples → uncultured marine phage	783	Open in IMG/M
SI39nov09_100mDRAFT_1042745	Not Available	779	Open in IMG/M
SI39nov09_100mDRAFT_1043111	Not Available	774	Open in IMG/M
SI39nov09_100mDRAFT_1043339	Not Available	771	Open in IMG/M
SI39nov09_100mDRAFT_1043796	Not Available	765	Open in IMG/M
SI39nov09_100mDRAFT_1044939	All Organisms → cellular organisms → Archaea → Euryarchaeota → unclassified Euryarchaeota → Euryarchaeota archaeon	750	Open in IMG/M
SI39nov09_100mDRAFT_1045167	Not Available	747	Open in IMG/M
SI39nov09_100mDRAFT_1045219	All Organisms → cellular organisms → Bacteria → unclassified Bacteria → bacterium TMED264	746	Open in IMG/M
SI39nov09_100mDRAFT_1045591	Not Available	741	Open in IMG/M
SI39nov09_100mDRAFT_1046269	Not Available	733	Open in IMG/M
SI39nov09_100mDRAFT_1046816	Not Available	726	Open in IMG/M
SI39nov09_100mDRAFT_1047871	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria	714	Open in IMG/M
SI39nov09_100mDRAFT_1047894	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria	713	Open in IMG/M
SI39nov09_100mDRAFT_1048182	Not Available	710	Open in IMG/M
SI39nov09_100mDRAFT_1048843	Not Available	702	Open in IMG/M
SI39nov09_100mDRAFT_1048851	All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Candidatus Brocadiia → Candidatus Brocadiales	702	Open in IMG/M
SI39nov09_100mDRAFT_1049037	Not Available	700	Open in IMG/M
SI39nov09_100mDRAFT_1049730	Not Available	692	Open in IMG/M
SI39nov09_100mDRAFT_1050647	Not Available	683	Open in IMG/M
SI39nov09_100mDRAFT_1051079	Not Available	678	Open in IMG/M
SI39nov09_100mDRAFT_1052002	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → unclassified Alphaproteobacteria → Alphaproteobacteria bacterium MarineAlpha5_Bin12	669	Open in IMG/M
SI39nov09_100mDRAFT_1052070	Not Available	668	Open in IMG/M
SI39nov09_100mDRAFT_1052473	All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → Flavobacteriaceae → Maribacter → unclassified Maribacter → Maribacter sp.	665	Open in IMG/M
SI39nov09_100mDRAFT_1053573	Not Available	655	Open in IMG/M
SI39nov09_100mDRAFT_1054430	Not Available	647	Open in IMG/M
SI39nov09_100mDRAFT_1054654	Not Available	645	Open in IMG/M
SI39nov09_100mDRAFT_1054737	All Organisms → Viruses → unclassified bacterial viruses → environmental samples → uncultured marine phage	644	Open in IMG/M
SI39nov09_100mDRAFT_1054983	Not Available	642	Open in IMG/M
SI39nov09_100mDRAFT_1055347	Not Available	639	Open in IMG/M
SI39nov09_100mDRAFT_1055611	All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → Caudovirales → Myoviridae → Twarogvirinae → Lasallevirus → Acinetobacter virus Acj61 → Acinetobacter phage Acj61	637	Open in IMG/M
SI39nov09_100mDRAFT_1055622	Not Available	637	Open in IMG/M
SI39nov09_100mDRAFT_1056995	Not Available	625	Open in IMG/M
SI39nov09_100mDRAFT_1057059	Not Available	625	Open in IMG/M
SI39nov09_100mDRAFT_1057943	Not Available	618	Open in IMG/M
SI39nov09_100mDRAFT_1058538	Not Available	613	Open in IMG/M
SI39nov09_100mDRAFT_1058552	Not Available	613	Open in IMG/M
SI39nov09_100mDRAFT_1058915	Not Available	610	Open in IMG/M
SI39nov09_100mDRAFT_1059256	All Organisms → cellular organisms → Bacteria	608	Open in IMG/M
SI39nov09_100mDRAFT_1059437	All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → environmental samples → uncultured marine thaumarchaeote AD1000_06_F06	607	Open in IMG/M
SI39nov09_100mDRAFT_1060245	Not Available	601	Open in IMG/M
SI39nov09_100mDRAFT_1060825	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → unclassified Betaproteobacteria → Betaproteobacteria bacterium TMED41	597	Open in IMG/M
SI39nov09_100mDRAFT_1061255	All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → unclassified Gammaproteobacteria → Gammaproteobacteria bacterium	594	Open in IMG/M
SI39nov09_100mDRAFT_1061878	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Rhodospirillaceae → Candidatus Endolissoclinum → unclassified Candidatus Endolissoclinum → Candidatus Endolissoclinum sp. TMED37	589	Open in IMG/M
SI39nov09_100mDRAFT_1062602	Not Available	584	Open in IMG/M
SI39nov09_100mDRAFT_1063974	All Organisms → Viruses → environmental samples → uncultured marine virus	575	Open in IMG/M
SI39nov09_100mDRAFT_1064527	Not Available	572	Open in IMG/M
SI39nov09_100mDRAFT_1064785	All Organisms → cellular organisms → Bacteria	570	Open in IMG/M
SI39nov09_100mDRAFT_1065183	All Organisms → cellular organisms → Archaea → Euryarchaeota → unclassified Euryarchaeota → Euryarchaeota archaeon	567	Open in IMG/M
SI39nov09_100mDRAFT_1065213	Not Available	567	Open in IMG/M
SI39nov09_100mDRAFT_1065986	Not Available	562	Open in IMG/M
SI39nov09_100mDRAFT_1066066	Not Available	561	Open in IMG/M
SI39nov09_100mDRAFT_1066159	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Actinobacteria → Actinomycetia	561	Open in IMG/M
SI39nov09_100mDRAFT_1066285	All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Thaumarchaeota incertae sedis → Candidatus Nitrosopelagicus → unclassified Candidatus Nitrosopelagicus → Candidatus Nitrosopelagicus sp.	560	Open in IMG/M
SI39nov09_100mDRAFT_1066537	Not Available	558	Open in IMG/M
SI39nov09_100mDRAFT_1067678	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → Candidatus Pelagibacter → unclassified Candidatus Pelagibacter → Candidatus Pelagibacter sp.	552	Open in IMG/M
SI39nov09_100mDRAFT_1067976	Not Available	550	Open in IMG/M
SI39nov09_100mDRAFT_1068371	Not Available	548	Open in IMG/M
SI39nov09_100mDRAFT_1068708	Not Available	546	Open in IMG/M
SI39nov09_100mDRAFT_1069022	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Rhodospirillales → Rhodospirillaceae → Candidatus Endolissoclinum → unclassified Candidatus Endolissoclinum → Candidatus Endolissoclinum sp. TMED37	544	Open in IMG/M
SI39nov09_100mDRAFT_1069144	All Organisms → Viruses → environmental samples → uncultured marine virus	543	Open in IMG/M
SI39nov09_100mDRAFT_1069215	Not Available	543	Open in IMG/M
SI39nov09_100mDRAFT_1069443	Not Available	541	Open in IMG/M
SI39nov09_100mDRAFT_1070164	All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Gammaproteobacteria incertae sedis → SAR86 cluster	538	Open in IMG/M
SI39nov09_100mDRAFT_1071004	Not Available	533	Open in IMG/M
SI39nov09_100mDRAFT_1071625	All Organisms → cellular organisms → Bacteria → environmental samples → uncultured marine bacterium 580	530	Open in IMG/M
SI39nov09_100mDRAFT_1071850	Not Available	529	Open in IMG/M
SI39nov09_100mDRAFT_1072464	Not Available	526	Open in IMG/M
SI39nov09_100mDRAFT_1073556	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria	521	Open in IMG/M
SI39nov09_100mDRAFT_1074011	Not Available	518	Open in IMG/M
SI39nov09_100mDRAFT_1074221	Not Available	517	Open in IMG/M
SI39nov09_100mDRAFT_1075915	Not Available	509	Open in IMG/M
SI39nov09_100mDRAFT_1076972	All Organisms → cellular organisms → Archaea → Euryarchaeota	504	Open in IMG/M
SI39nov09_100mDRAFT_1077351	Not Available	503	Open in IMG/M
SI39nov09_100mDRAFT_1077352	Not Available	503	Open in IMG/M
SI39nov09_100mDRAFT_1077486	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → Candidatus Pelagibacter	502	Open in IMG/M

Sequences

Scaffold ID	Protein ID	Family	Sequence
SI39nov09_100mDRAFT_1000181	SI39nov09_100mDRAFT_10001812	F005195	MSLKALLRAGKELLKAKKPSATPATGQQQRQITYTPKPSQAQAKELVTQELKNPPVVLKKTKPLQMGDDMAPAFGSSTYDWAMRMGRSKYTADEWLDHLTSTRKVNFKIFGKPAQKTVREQKRFKYDSGPFAGKEVNVSKEELFDSNLAVFNEAGDLTGGLLYAAKKFGLKLDANEVGAMIKLNPINRLKPIELGVNKGAQEAFDVAAKNARNTVRDLQVKYKDNMTLKQSLDDLQYYLKADEGVPSKSALRDLNESLKSFTNSGLVPVDEKKALNKVIGEINNKVGPMQATKTRYGTESNYTLQGGKDYRETIFTLPEDITTNASLRNKGGHFGDEIGDVNNIYHIRYDTRFTPDGKKVFMINEIQSDVNQSIAKSMTKAAQLSGERRLNPFNAEIELNLLVGQRGKMLKDLDDALARNEFGRVNAISASMKDINTKLKRLTTQRNTYSDTNKDYFPMVESDSYGDHAVKYLMQKAARENVDYVAVAPFDKVSFRQGYKAGNERFYGYANGKGIGKKGKAVLPDVMGKNARFYGSSAGPTKISLSDPTKPYKTIGNDTFKYPKDHPLKGKEIKSQYHSSTGMNPEKGTKNIPEGDPRLYFDAYAIKVVPLMRNTQKTYKSKGGLVVDMFKPIRYN*
SI39nov09_100mDRAFT_1000603	SI39nov09_100mDRAFT_10006036	F027651	MKIRNKDKSNKDLKMNKMKLNYEVMNLANDINKNYHGWLSCVTLTSEYKKESRDFGHGFGVFTGSKYYRIEASGKSGCNSIIDQENSKLYVTAYKAKHVWGFVAKSDSENHKRGDILNKNYKVVGNILDGEKANLGMPNSQYPNFQDCWNGATDWNALV*
SI39nov09_100mDRAFT_1000934	SI39nov09_100mDRAFT_100093414	F056077	MAGVTEGVRNSNVFSAMGKDLAVTKLAKSNMTQDELDAAIDFIQLTTTVVGIADDTTGGFNAGASDNIHILTEGGVAPAAGSXFGVGSTGITSSVVAYFATE*
SI39nov09_100mDRAFT_1001042	SI39nov09_100mDRAFT_100104213	F029246	MGSNLGLIGIGLVGLFATSMIKFVAIAAIGWGAWKAYKDWEAQ*
SI39nov09_100mDRAFT_1001342	SI39nov09_100mDRAFT_10013421	F016224	VDVMEAMALKGEGTDQFLDFSINKVKTGTNIFDATKIKFSPKDTANFNINKFMRNLGISDITDDVAKSKMTEILGGPAQAKQFEKFLTYMKAISDTPIADTSTFMQRRLQLGGLNSFTGALVLGGSAAINPFAPALFILLGRRAGQILSDPVAMRAFNDALMPDEQIKLLMGQKVGNGVPGVLGIGRRYFKGRDIQTAANVLQSPGVIGRLGLTQKREAFARLVNYLREGDADIPRVNPKTVTPEEITERMGQLQTSVPSPNYNKETVPKNTFETLFAQDYSGTSGDLQTDTNAVTMLSTATQNEAMVDAEEAPVEAEEKSMIMADLQLEDPVAQAPTAPVPPATGQVDANQFQALFPNDPTGAAIAQRGVRRG*
SI39nov09_100mDRAFT_1002730	SI39nov09_100mDRAFT_10027308	F089970	MNRKLTRYLEGYIQDFQLTDKESEQARVNLAVVTSEYMKGRDPNLIAWTACNMVLKRRRDGSDSKARSESLGLDPKKVAQIEWRIVKTQTNRGEMPPDRKSDWVDSELKDIFGQIMEKQAINVSRIREGWIPILRAIQDDVDTMLGSPEAIAAAIIHIELNNSIKIYPYSEVSSLTGVPEDELREAIPIVRKAWENPSYIPPEYGPLD*
SI39nov09_100mDRAFT_1002770	SI39nov09_100mDRAFT_10027707	F084347	MITFPREKVAETNRTFKAWKTYQAMYLHFTGSYDYFKYYGNASWGTIASMEKSFAKFEHQTGFSWQRGFFTSLGKKYVVELDLIYYYLSQITRQDVSNRVFG*
SI39nov09_100mDRAFT_1002979	SI39nov09_100mDRAFT_100297914	F026408	MTLLIVLVTSTLISLSVMLLISSVNTEVMIAGNNLRIAHAKISASSGLNHFTALNLTYDTLRERAGDVQTLQIIPETQLGQRTSYEVKVHFSPSLSDGRYFVESIGYYKKSGRVISVHPIKALFQGEQ*
SI39nov09_100mDRAFT_1003018	SI39nov09_100mDRAFT_10030189	F064801	TTTRPSVAQPYMSTDTGAKLPIFPFPLTMIYELADNIDALRIPIETLNREMFKNGFEVVEKWKYKCNNCSKEFQYAPTPDNPDEQPFEANGDNSNRAHPRKTNKATSIKHLVCDTCGSNDLLRPVPEHRKTLEDLMNEPVNSNQQTLEDVARQLERDFEIADNAYLLLLKNYKIDDTTGKIDDDKTIIKEMLRIEPPQVAMIADSDGRIGYDDKRNKIWVCPRFEHRDARLTTPKCDRCGAEALKAVIEVNSVYSIGIPQPKRVIYGEGEVIWKAGKYKPNLLYGFSPIYSVWSKAMSLSHMDEYIRKYFDKMRPPRGMLVISSRNYDTFKKSWDVLEQKAQEDPYMIHPLLVENDKGGKNPAQWLDFTGSLKELEFIAVRQELRQIIGAIYGVLPFYYGETPAGWSQEGLQVTITNRAVLWGQDTLKKAFFSKISKMLNIDDWELQLKTGEEADKLRDLQTDGTEIQNMMMLQQMGFEITRTHTGEFKVSKNTAMTPELMFGVGAINGNMNGAGKGTPAPQEKTQAFEGEPQNSRPSDVGGTGQGSPTSGSSMSKKSAYPKGINPSNFQVVKNTLQTAIDFDWKKTKTVDELRKATGMTVRDARDIVTNEFSDIRRWEDE*
SI39nov09_100mDRAFT_1003800	SI39nov09_100mDRAFT_10038001	F034189	PNDRRAKFLPSVVGFAYDLLRYEYYLGNIGLIDEASA*
SI39nov09_100mDRAFT_1003838	SI39nov09_100mDRAFT_10038381	F001711	MAKVIAEKIVEAPPVGDAPKQVEIKHTRVMKDAAGKDVTVVDWTDSKPVDDAITQAEADLVNAEARVVELK
SI39nov09_100mDRAFT_1004150	SI39nov09_100mDRAFT_10041506	F043973	MIKDMSKMIKLDNLVPIILGVAXSGLSTLMSFAYDNMEELHTEIVEHRLLLSRLISPDGAIIQSPTSAKAKLDAIHTLNKMQQDIVRLETQLKYIEKGGK*
SI39nov09_100mDRAFT_1004287	SI39nov09_100mDRAFT_10042872	F068117	MSENVKTINPAQAPTLEKSKSLGIAKLGDKPFYITGVNHNRGQPTQYTRADQIGEDGKTDYYTIKVETPIELEYKDEGKVPIDNFFVTATIYQQVERIPNAIEGLNSGARLGPLKALKRESQKTGNPYWCLAFESDPDF*
SI39nov09_100mDRAFT_1004287	SI39nov09_100mDRAFT_10042875	F099851	LIVDCKDFPTALEIVEKDWRKKSKKSRPTNFQEATEIMCDAMKLMXISXNHKYGKNXXLKFGQQGIFMRDWDKXCRLEEGIIKGKDLGEEGLMETWADNAGYSLVAMLLDKDWYKLPVELGKLK*
SI39nov09_100mDRAFT_1004748	SI39nov09_100mDRAFT_10047484	F051972	MASPIYYFTRSGCAWCTRMQPSIEHINKTLNDEQKIQILNVDDKKSRVIYDTILTSNKLRAITPMLYNSNIGTFLLGYQDKRNVEQFLKANPLKERKPLKPIPTFDIQNSSKKDFDNWKKSVILWYGENQKDLPXNVISQERMIDMVYTQFMAYRTKPLTIEDRLSKLEEQSHEPQNYREECKMMNKELKILKLQIKKLKRLK*
SI39nov09_100mDRAFT_1005465	SI39nov09_100mDRAFT_10054651	F040871	TEKLELLESKLQHMGMMGQWYQRYDISEAAEESKKIIKELKTDLHEPCGMSRK*
SI39nov09_100mDRAFT_1005940	SI39nov09_100mDRAFT_10059401	F021318	MAKVFNTKKADYNGMQLWLNPVDKTVYASPSAPTYGFTESGAYPIYDYKAHQSGMKTAKDTFGNDSYVHDAFVDAEFKALAEDYVSDVKAGGRQRMAALRSNTNSAVDIVNVWETVLGKQDRTYAGKNLAKEIAVPNLLISIDTATKFSGMTQLDEGQLSQLKELTYTRQNFEASKYGLKFVIHEEARLKNVHNVLQDSIQVASNKVEQRQ
SI39nov09_100mDRAFT_1006556	SI39nov09_100mDRAFT_10065561	F029486	NFDNLGADGARIFKEMEENIRKRMEAGKSPIPKEVSVWESVNASFLKSTDIKLREINKYINDVPFVNLKAEAESFGMSEGDYKRMEIDNAIKARNDLLKGVINDLADMDVEYVFENILGGKTYVNPNQRDKQTNFLKRVLGL*
SI39nov09_100mDRAFT_1006633	SI39nov09_100mDRAFT_10066337	F017844	VQVDVNGIQTFKGTGTGIHVDSIYGIPFIPTKDAPSNGSTEIGRLFALDTSDAEGYGYPRIGIQVAIPTEYYEATRRSAGYPFVNNAFVEKGVFRTMGETVCRHFKSQGKIRDIKL*
SI39nov09_100mDRAFT_1007062	SI39nov09_100mDRAFT_10070622	F065664	MAGVAEIMCEYGAGDKVLQLQQFDTMGFYQYYGVTETFKDLQSLIKRAEDIQTSYDKIVIHDYSEFKLNFPKNKVVLIFHGSKLRGLDDNEIESVKEYPCFVTTSDLLDILPFATHLPAPLDRELFKKDVEGYGWIAINRSYQRDFVEKRIKEKYPDVEYYERNAGSIIRYEDMPDFLSQYKHYVDWKFTNDTEPVSLPDPSCTGIQALALGLTVHDKDGGTLSPHLLLIHDAKRVVQRFMDEI*
SI39nov09_100mDRAFT_1007176	SI39nov09_100mDRAFT_10071761	F060599	MNMEWDVVISKSIEDQNEDLGIFNWNFKSSNTHLGLNTLVSEKVKDREWALRVNSSLLHGIEDGSEVWAQEIFLIPKKNEKKSYSGKTKIFYSKSLQTIGNQIGLIELVNDEIKEGIWGIKHNPLCFNIHNREPCWHIRLHKISNAEEE*
SI39nov09_100mDRAFT_1007196	SI39nov09_100mDRAFT_10071961	F073414	MPCDCTKKTEADDAPKECPEGQSFDVSQGKCVAKESAFGDPKTDSTIGDLAGEGADVGDKQEVEGCPEGHSINPDSGICEPGASADKTDDIGQTNTSIATEKKLASIEKSLKALSEKKPTAQVGLEDGTHSWKTVAENMAPSLRKFGKFEFDINLESLRSVTTKQTRDRSGQVTESFRASPLQLQEAVSISGTHATQDLDTDVAIVPGGLS
SI39nov09_100mDRAFT_1007215	SI39nov09_100mDRAFT_10072151	F074479	QHFSDKEKFSDEEIEELREKQYYVYRGYLNVFRRLFDNDIDDVEFETLFEKLMNGFLQYRLLDMVNTKRYFQESWKPYVDKEGNIKDEHIDFSSETYCSSSLTHDENEYETDTENID*
SI39nov09_100mDRAFT_1007567	SI39nov09_100mDRAFT_10075671	F032034	MYLEKAHVKVIGTKYEDGPSRKEKKGATLSEFKFDDGISSKDLSKFLEDLQENQHHRFCGEAVC
SI39nov09_100mDRAFT_1008154	SI39nov09_100mDRAFT_10081546	F015401	MKTTNDNLLNVMYSNHRIVIDELIEYDYNGDMALTKKMCTVIRYNGDDATPMIFNVSPYESLADMRDMAQAWIACGCPSDSDTVGGVPSKWTKENLHAWIAG*
SI39nov09_100mDRAFT_1008310	SI39nov09_100mDRAFT_10083101	F068674	GSRGWSDRSAWSIDTWLVDNLIPMLERLKIDNHGTPMSMFKKKDGVDNDGNPTDEASRLATQRWDNVLNEILYGLKCAKKLQDMDYDYKDKEEVKKLTQSSRRSFELIGKHLFNLWD*
SI39nov09_100mDRAFT_1008712	SI39nov09_100mDRAFT_10087125	F021857	MTIIDKKEIKIKVRSRFCAICDSQFRWQCKCPNNKVMARQVKKSFHDGKRYRGKRALEYCYETEKAQNENI*
SI39nov09_100mDRAFT_1008944	SI39nov09_100mDRAFT_10089445	F000711	METINEPTHPTDYRXVKLMDGSLLIGTISVDDNHMRIANPLEMVTTPRMTEHGLKEDTTLCRWIPFTQDKEFYIQKDKVLVISVATVELAHYYEVVLEKIDKTDAKLALRPGLTPEDIDRILDIAEEMDSEFVGEDDDYNFDTFETPKTVH*
SI39nov09_100mDRAFT_1009089	SI39nov09_100mDRAFT_10090893	F019030	MSKEHIDSRKTYAVQRSTLEAIGIELVIAQREYEKQLNMHTHLITGECELIEADKVFYEEQVEYLTGLIKHLNEVTKNELLLI*
SI39nov09_100mDRAFT_1009529	SI39nov09_100mDRAFT_10095293	F100510	MKDKEHETFELTDDVFARWDKENEKWYNKYFVRPLQRFIQTIKDFPSEAKWFYQRGSRGWSDRSVWSIDTWLVDNLTPMLERLKNNKLGTPVTMFRKKDGVDKDGNSTDEADRLAEQRWENVLSEIIYGLKCAKTIQNYDYEDKEEVKKLTKSSQRSFELIGKHLFNLWD*
SI39nov09_100mDRAFT_1009718	SI39nov09_100mDRAFT_10097183	F050009	VANQVLVHGVKCVSWNLSIGLTEKMPRGKQSGIAYGQKKQYGQSDTAQLIEIASYIRKKYKAKVKREAYLIFNIDNKLKGIKEFVTKADLNDCTVKNPDLTWIDKYGMWIVEVDGAVHDRKVEKTNKRNELFRSNNIKLVVVNLADCKELELDIYEYIDSEILRLIKNG*
SI39nov09_100mDRAFT_1009825	SI39nov09_100mDRAFT_10098254	F007121	MFKTILLATLLLFGVATPATGDWQIVLQDKLQEPTLDKLIDWVPEEVPRTVSFYFDTDGDGKFDIKIAYSLIEAYPCKKNCVSKITDNGDHWVLPAPGINYFVIKKWILYRYVDDEDWRGGYRTQQWIFKYPYNDDWLREKFYPLWPDQMK*
SI39nov09_100mDRAFT_1010210	SI39nov09_100mDRAFT_10102101	F056157	YWAQQIIRAQQGGKDYIFALVRRKYDEDDIEPVGPGEYIGLDQKKNYPKVTDNDPESDTFGKRVDKPNAEPSGIKVVYKDSFTPANVKKYQKMAGNNNFGETSLVYKFKQINITADKINEFWTTPMDKIYNTYVLKEQVIKVEENKSNNR*
SI39nov09_100mDRAFT_1010290	SI39nov09_100mDRAFT_10102909	F004102	MVEFRKSFANALSKLGFIEKSYTETTTRPSVAQPYMSTDTGAKLPIFPFPLTMIYELADNIDALRIPIETLNREMFKNGFEVVEKWKYKCNNCSKEFQYAPTADNPDEQPFEANGDNFTSTHPRKKKAVAVPKAQALVCDTCGSNDLVRPVPEHRKTLENLMLEPVNSNQQTLEDVSRQLERDFEIADNAYLLLLKNYKIDDTTGEIDAEKTIIKEMLRIEPPQVAMIADSDGRIGYDDKRNKIWVCPRFEHRDARLTT
SI39nov09_100mDRAFT_1010291	SI39nov09_100mDRAFT_10102912	F049038	LEIELDISSFFNGEIEYPIVRVYEDPDNIDDDKLAYWIEGPNCFNFILYFSRDVKPLFLQAVRECCFKFGIETFWNGRNDIFFKIRNKQKKFFGCSYEVINNCHVTVGTITYQFDSKLATKVKELDINNVLKTPKFEPDGGDVSDVVGGLWEVDSTIDTTKFNDEFLKILMKKLGGTLEKNNLSSEELQLLISRGKKRLEDEEWLLKGNNENFI*
SI39nov09_100mDRAFT_1010840	SI39nov09_100mDRAFT_10108401	F023827	LENWKRFLNENQELSFLPDEVLRGEEEFDEYEGEEGVLVKNIPMKALSMLASQGKAVLTDIWRSELSMTEGLPVLFYHTDEQQLIVDDGNHRIFQKWLKGENTFDAYVYSGSWHGTLRHVYDGEEKFDWDEEYRK*
SI39nov09_100mDRAFT_1010990	SI39nov09_100mDRAFT_10109907	F000724	MPKKEKIWNGGMPSGPIGPFVWQAWVKGSKKPIRVVAFDLQHIKDQLAGKAVIKAKRLPEEKDEFSSMPLGPKGSTVNRPADYDRGFKILREWIDQNGGPPEEIRVK
SI39nov09_100mDRAFT_1011220	SI39nov09_100mDRAFT_10112201	F059350	FRYINMNDNTEKGVCYYETKQVWCTLHTHESIQDIISTILHESLHNALALDVEKTDKREMNVSESMDIEQEHELLKRAIWSFNDWT*
SI39nov09_100mDRAFT_1011495	SI39nov09_100mDRAFT_10114952	F002980	MKKLLSLLLLTGTLLAQANSIFTLNPSVHSAGMGNVGIANADVRNVFHNPAFVGLRESHQEVSYVDWLPNLTDDMGYQSILYTSDLGWSSEIFYFDYGSQTQADTGGIILGDFESYSYRISGGYGFQVKDWMMGARLNIYNHNFIDSFNVDMNYGFDIGAYKEFGNTSVGIVLKDVGGETDFLDQSLNLPMSIGVGVGQKFGDFTLASDVKVFEDYNSIGIGGEYSLGIASLKLGYYTESEFDVDYLTFGGSIDAGIVDLSLAYYYNTDSFHNETLMISFGFDL*
SI39nov09_100mDRAFT_1011655	SI39nov09_100mDRAFT_10116555	F087027	MDLKELIDNNIAVLDAELDNKETLAEQKLERQRKALKELYNEIQPVIKEAGYNIALFKTAKHHTKKHRSYDDGSRYSEEIVWLLKIEFEYSECLKHTGETESYYAPTTRYAGQHCGGNDPAYIKISWGDNRGVYYMVPNVAYDYNKERNDVDKRTYLELDGTKDMIIERLAVVLANVIRLEKKGNHNE*
SI39nov09_100mDRAFT_1011655	SI39nov09_100mDRAFT_10116559	F079935	MSVADISNIMTPEQIDAITHAWLDLCAIKEHFDAPDEFVGIGADELKAACEGSIEELEQEFPFLLEGVEDE*
SI39nov09_100mDRAFT_1011903	SI39nov09_100mDRAFT_10119031	F045428	MKNSILLAVLVSVALTSGVSVYAETATVEVPFNSHGQTCNFDEIAVEFHCVWQGFKEVYTIEDLKEYKELLTVERYDQEIQKLNEQALAEIAIEKAKLTPNERIILVIEEKLLNGEATKDESVLMNLLKKLNTCKQGMDKQTAPFQTAREFEISSFNLWQVNNVQVEGQLGEIVMAIEECRGQQALLKVVGEGYSSMPTGDDDYNFSLMDVYTPDVQALNFDDHTATHRNIDMSLICDNNQYTDAHKAQFGCEILYDGKTAEQIKAEN
SI39nov09_100mDRAFT_1012364	SI39nov09_100mDRAFT_10123641	F087024	KNVGDIFSPEGIELCTKEEYNWQDADNTNDRVIGIDPGFGSSEFGICVIQKRKGKKSIIYAEAFERASYIDTVNKIKELSQRFQTKRIFCDSAWPEGIRDLRDKYSMNVQSIAFNQYGEKMLNYAAHHIDFQKVEIHPRFKKLKSQLMTIKFNKKGGTDKTRQNPFDLGDAFLLALYYYKMGSGTMAGIG*
SI39nov09_100mDRAFT_1012703	SI39nov09_100mDRAFT_10127035	F074009	MGTKIKGKYAGQCKICGSDWKVGEDIFYQKEPKAICSDKECFEEQGGKFTPYSGQGTLTNSGGWGKTPIITKLPDVEISDEVKKITEYWDQFFVVAHHKTKAVYPQEDVNGDRFGQIRSK
SI39nov09_100mDRAFT_1012878	SI39nov09_100mDRAFT_10128781	F034189	MTTNLAKWASNDGQITKSGLPNDRRAKFLPSVVGFAYDLLRYEYYLGNIGLRSFSPPT*
SI39nov09_100mDRAFT_1013188	SI39nov09_100mDRAFT_10131886	F059474	MAFKAIDRNEVIEAVSVDDPAIDQNNSDIEAYKDSHDIKHLSFIEGEQPTVFHIGTISFMKFAEIKDRHISFDLGGDGQEIKTNLFGLTADALRYSLKKADNLPFKIKIERNRLSDTTMDKLARLGIVEELGNVALNVNGFGDEEEKK*
SI39nov09_100mDRAFT_1013556	SI39nov09_100mDRAFT_10135561	F047370	AFIQNSNLINSSYKAFDTLADTIGNPKVIPTSHVKFMAKNYTDELFMKFPGLRSYAEDAGGRIDMKALEKLQGTGDPLALFFRHMNQIEDFVTPKQYKGMMEELNRAIGQTGYENIRPTLWSIREALENDLNSFGSAITKETFLKDDTVKAAYETLKKTNPAAAEADMALKISESEKLKDKLYGANDTFSTLMNFYQNANLTRVFRDYNATTFTNKALAGIGGMQKKKAQRFFNDLANDVFTRGDTDAVLQFKQLLGASKIASRKDKTKGIGITKGGGEALFNASKARWMFNSFIKSFDSASSPAGRSMLDEIMEESTVRAGINGTVDVMESMVQKGTGIDQTLDFSINKVKTGTNIFDATKIKFSPKDTSSFNINKFMRNLGISDITDDVAKEKMTTILGGPAQAKQFEKFLTYMKAISDTPIADTSTFMQRRLQLGGLNSFTGALVLGGSAAVNPFAPALFILLGRRAGQILSDPVAMRAFNDALNPDEQIKLLMGQKVGNGVPGVLGIGRRYFKGRDIQTAANVLKSPGVVGRLGLTQKREAFARLVNYLNESDADVPRVDPKTVTPEEITERMGQLEASVPSPNYNQETLPKNNFEVMFAQDYSGSSGNLETDTNAVAMLTTATQNEAMVDAEEAPVEAEEKSMIMADLQLEDPVAQAPTAPVPPATG
SI39nov09_100mDRAFT_1013892	SI39nov09_100mDRAFT_10138921	F092871	IPKGTIYRIVDQLREEAKTNFDQLMTKDYLYKYQMNLDNYSKTIVQCNIEIETVNKKYDELEKVVMESLEVCPVDKYIARSAYMTNLINIRNNRTIEIQKLIAQRDKSSEMKAKIFNSGPVVYRINQVVENKVLQPEMLNEQEPRIELVNNTEKVEEIVQDNAISEEDLQVLKEMEENS*
SI39nov09_100mDRAFT_1014198	SI39nov09_100mDRAFT_10141983	F049290	CSFTKWSWPTWNDYIGLSFDEYYNFALGGADNKNILYKFLQADKKYKFTSEDCVMVMFTTFNRMSYVDNNNFYIYNLGDIIDDNLKDHPMGKTYNFATAVYDSCIVIQSIKSILDSKNVKYEFLQSMKHNFGHGNFKMRGDVKQELDYCLNLFKYPVMENWCYENYDFEKEKITWQDNGSRDGHPPMKHNFDYVKEFFPQYITDKVIEYYNINQEKFTDESEMKQENIYRGLKKEFLKNEKIIIN*
SI39nov09_100mDRAFT_1014279	SI39nov09_100mDRAFT_10142794	F015400	HKLQSFYWKLILGIIVLGSVFVYFYRLLRPAVDKSLFLEALKTDAESALKENELRGRLEKDKIGAIKNVFEGRLRDTKKIDDRNERLKALIRLYEELDI*
SI39nov09_100mDRAFT_1014351	SI39nov09_100mDRAFT_10143511	F077951	VFTMRMGTLMTDVVVIGSALFLIGTWLSSHHTHKVVTQKHPEHRVRQFLIYTCIGVCFMTVGSNMMTDGVVERLKGSGEA*
SI39nov09_100mDRAFT_1014365	SI39nov09_100mDRAFT_10143652	F034337	MKVGNRMKGGRREDRIQARFERMVARVNKLEAENRRLKEVLIHAGIDEWHVPDPLLQKRFDDIXDKAKSDQMHNLREKSFK*
SI39nov09_100mDRAFT_1014390	SI39nov09_100mDRAFT_10143902	F006643	MDTXTKLLDIENKLERMHVALQRQEKELDSWRERSVRVPNWIRNSGIALFITLIGQTMTAVWWASEITNTQINIQEDVQTNTEYRISSTERYNEIMIELTKVSVNQDLMMKHLENYLTKE
SI39nov09_100mDRAFT_1014693	SI39nov09_100mDRAFT_10146933	F047114	MPTTWSTAITSWSLATYTWSDFSIAYELSLVGDVGGRYKRQDIYADLFKDRTKKKKVIELIMKVKSNQIKQKVEIPLNTQIALSDIDMVIQEVLNKPMVNINVA*
SI39nov09_100mDRAFT_1015006	SI39nov09_100mDRAFT_10150063	F058948	MATKKKNLKKSAKTKAPKETATAQPQAQAPQPDPTALSIGDLKNLSTILDVASTRGAFKANEMA
SI39nov09_100mDRAFT_1015912	SI39nov09_100mDRAFT_10159123	F048646	VLKVLEVFERQSRVATERPDGSEYINFEHVYDTRECLLNTNYIVAIHPYEFSSSREIKKSEGRFPEGTKFSTFVLDGNSFRQSEIIVIGSFEKFTQVLGDATQ*
SI39nov09_100mDRAFT_1015972	SI39nov09_100mDRAFT_10159721	F001541	MFDSVQVRFKNTKNITSPFVNTRVVPFIGSYFEILKTVVDDIKTEYFWFFANFVDLKQISKFDLDFIPEQHERDQIHVWYTTHPMGGLNKEGNVMLIPTAKFKEQMHSLQFLRDYKDINY
SI39nov09_100mDRAFT_1016392	SI39nov09_100mDRAFT_10163921	F072857	VTDTVDDELLNSFGEVSNQHIDNILKQHDERIPLKVPSILADVQMAANYYVCSLFRGKRGDNETAKFWKEMFTDTINGIIEERSIEGLSYDVQRFNDRYRQEDVYRLW*
SI39nov09_100mDRAFT_1016561	SI39nov09_100mDRAFT_10165611	F098043	MMKKDKKNMKKDVGNIIDKLLWHTDDVCLDNSKDHLDMSPLKADIVRCPLSQQDWDNVPDKGVRAILQQNGMLLSDINALDDAGVLVHSDNDDHPGCVIDDRCLHVSMDIHKVRKLMPHSNHNLIVTGLGDMLRAGVMDVT
SI39nov09_100mDRAFT_1017512	SI39nov09_100mDRAFT_10175123	F015345	LTSIDFFGIKQRIVEILKDDTTNLYDTTPSDKTKFRKIEAGSPTTKGINQPPLPRLWVTSDDLVANVSDIAITSNNVTLGHEYDFRVKIIFVVEAKDGPKTEEDIDDFTKSIITQLETNYDLRTPGGAESTRLAESSNVIQVMNLP
SI39nov09_100mDRAFT_1017685	SI39nov09_100mDRAFT_10176854	F067831	MKLNYFSFNNYSSSIVTQSLQAAAPFLTGSNPEYWSGKGDNYGVIAGYDWVPSSGSLKLLELNTNIQTPPETNFLDSAVTWWKANNYDTIVLVTRNEEGTVMPPLELVGDITASLDIDGFTSSIYVQPSYPTPVPDFDVPNTTFVLRFGFDSASPIDYLASDKREFRNFASSSGIESLMPRKMADLPDGFSNGVGVPDVLIKDPTVDYQTLLMNSFQFYDITDDNKDYLLSQSYCEEFIQPDLNYNGAYYSEVRGIVMLTPQENIFLQPRGSITVDN
SI39nov09_100mDRAFT_1018012	SI39nov09_100mDRAFT_10180123	F028316	INAAEDISKGNEQGLSVINDYLSEYLKSFVLLGYDTKGESVVILAGKTAQDYDSLETLLRRVSNIDFFNNIQEEKDT*
SI39nov09_100mDRAFT_1018079	SI39nov09_100mDRAFT_10180793	F029559	TLTGGVSGLCSSLTHASTRLAIAAPKINLRKLWWNIAAGIAHTRIFFDGSDAEQTIAYLVAGNGYINYAGGGNHIGAISMGAAAGNSSNVLGDVSVTTVGVAAADTYMIGIEIGKMEGFELPNFMKNGQLGYNHNAAGFGDSY*
SI39nov09_100mDRAFT_1018706	SI39nov09_100mDRAFT_10187061	F011736	KFENIVRYSTHGRVVHGHRFGWIKKAGNCDLDILATTISTQQENKDRLYDFKGDRIDLRINFPQAKGEDPAIIKTDLITVFDLATLKIAFFGNFIQGQMFDSLMAYFNTIKIEVTNPHKIYFDIPSDEFSLNGYVAAKLKAQELCEGMIKTTSL*
SI39nov09_100mDRAFT_1018706	SI39nov09_100mDRAFT_10187063	F022202	MNNKEQKILQDWIDTLQGIATKGMDAKTRIEARLLRGAWITENKRIENEIPEHDESFYQNVKEAIAKKKVKGSPKNIWTSFFENKFKAFVIVLLGTGFVYASKKTYEGVVSVADELNHIVLAKETTNVTVENEDDGKGFWDEHFDKHGGF
SI39nov09_100mDRAFT_1018796	SI39nov09_100mDRAFT_10187961	F104049	NRELKLYTEDQVWQFVTKAITRTLYDAIATHEAHGEHSIEVGWLRDYTDNIAVTFPRIDPDD*
SI39nov09_100mDRAFT_1020156	SI39nov09_100mDRAFT_10201562	F102550	KGRKTISLPQLMVETKAAHLSLRQQKIMLANRPSPGQPITTNNKKLGSV*
SI39nov09_100mDRAFT_1020805	SI39nov09_100mDRAFT_10208051	F032304	IPCPVCHTGTMKHSESGNRKVMKQLKKCPDIEEIRATASGHMILAKNGQQYLAHFSAKAFHPLRRWLKKNTSLKNLRF*
SI39nov09_100mDRAFT_1020851	SI39nov09_100mDRAFT_10208513	F027022	MMVTTTVMLIXQVVIVTWIVTTNPEPCPKKYLDLRGDVTEYCEVTPAGLXYTWSLKED*
SI39nov09_100mDRAFT_1021474	SI39nov09_100mDRAFT_10214744	F023636	SKELGFIQEDTLQLTLSSVMGAGYKYEPVFVFKK*
SI39nov09_100mDRAFT_1021560	SI39nov09_100mDRAFT_10215603	F016619	VVFIVFMAITIAQNADHKSLTGKTLSIQSELTSKLKSTIVDVTYGASDNYATNGNTVDLSLGSRISTVIGAEILHCNKGLLLQYAPAAAGAAATGKIKAFGHTPTSSTATVVALEELDNADTAVNSMTIRIR
SI39nov09_100mDRAFT_1021716	SI39nov09_100mDRAFT_10217162	F022427	NINQTGHAVFNTDGTILGQTSNGLNGAGGTFDIDQTSTGTINLDQDGASANVSIEQTSTGTVNMDVNGASFTADIDQDNASTINLHHDGASADYVILQTGGSGDILTLTVRWRFGKCRYYSTRLMCDFLLYYGV*
SI39nov09_100mDRAFT_1021887	SI39nov09_100mDRAFT_10218872	F075317	MKNNAWLGHRVEMPNTDMQRHISSTDAVRKFIAEFGDVEIVYDEYYGHYAVPAFTEGREAYSKLKQADCDRYGSN*
SI39nov09_100mDRAFT_1021968	SI39nov09_100mDRAFT_10219683	F060929	IVVRLNDVISDEVTDNLSVDIYRDEYIAALKDAIDNAYVDDLRAMADIEYNPQVIQYRN*
SI39nov09_100mDRAFT_1022280	SI39nov09_100mDRAFT_10222801	F086311	GTQITIQSEDVGTIIKGTAKSRSGSTDSIIDLNDVTAITIYLRDPDGTLTNHTATATNADGGTDGIWSFTTSSAIFSRNPGIWYIQAKYSLAGGVIYYSNIKTLSVGETLL*
SI39nov09_100mDRAFT_1022739	SI39nov09_100mDRAFT_10227394	F090244	RLSAMETEYNAHIESMQRTQDNKLRRRDYTLGIMAVGLTIVEVFRSLGII*
SI39nov09_100mDRAFT_1023080	SI39nov09_100mDRAFT_10230803	F051476	MTHWKVKLIIKDKLHKAELFEKLSDARLWAMKEAKLAVSHTMFNKTDIVAXXTSHEFA*
SI39nov09_100mDRAFT_1024144	SI39nov09_100mDRAFT_10241443	F012162	MLLTEEQTKYYLTDMINHYGEKQNTAASLSWTRSEAEYKKKAFEDMKIVLFGDDYNENK
SI39nov09_100mDRAFT_1024606	SI39nov09_100mDRAFT_10246061	F037296	MTTLVTGGNGYLANSLKKYIDGDYYGKDMLDLTDRNCVRNLQNYDILIHTATGNKKINNNLSLLFSKAKKIFAFTSKQGTFLNWKKSGPIEYGLEK
SI39nov09_100mDRAFT_1025082	SI39nov09_100mDRAFT_10250822	F045997	YEKDNTDGENTGSGGSASPEALASMDAKIEQIMAALSSKIDSPPDDFGFSQEDKDKQDETLAGIELKIDKILSLEQDEERAQTTADILSQLNDATGESRTSSKKSGEVVGKQDEIMKFLESMSPKIDKILKLESLEALLEGTSGKLDSLTASQVQSVTAEPPDLTPIMEKLEWLDKDVQKILKMEQLEAVQSLQKSSQDMSTVIKEIEERKKDINLKYKARMLAVEKLVLPLIANLQKDGETKEYIKWPNRTAILEAQKTKILQVTRSEIG*
SI39nov09_100mDRAFT_1025137	SI39nov09_100mDRAFT_10251371	F033590	MGKFENKFLSVLKEDEVPAVDAAPADDAQSFAGSLDEPENAGDFEDIQDNQPNTATELGHLQEWVDNIDEVIDYLNGGTDSVLGYLRTDNKTGTIFDGVSDATKSEIL
SI39nov09_100mDRAFT_1025164	SI39nov09_100mDRAFT_10251641	F090507	MLDLKSFIVNGELIIDKPHWYQLKNSHDRQELKDAISDAIEGLEIPLIEITEEDAKQDFDELVKFDARTLLNKDNLYAKADYKYELSHWYLKNSVIGRKSTNYFHQLARWKVGHAKHVSPYRSWTIKKFHQTFLNPLWTLDMLEVNNKTLRMCIQMRMYM
SI39nov09_100mDRAFT_1025351	SI39nov09_100mDRAFT_10253511	F049925	ILLIIFAAKKENTAVPTIDNEVGSVASDAIGEIFNPTIPLIKTVIGGAVKENTWQIVRIIKFLLSTLFFNSYFELLMTSNSKFF*
SI39nov09_100mDRAFT_1025420	SI39nov09_100mDRAFT_10254202	F086171	GGIIDDPIRPSDPLTKIPGIRVFQAKDVYGYSKSIKEFYSRTKKYKTIMNTVDYLDKIGNIEGYLKESKKVNFDIKAVIGVEKGMKDVSEQIKVIYNAKMKLDGTLFTSEEKRDLIDDLYKKRIGLAQEGLTFLKDSIEQDNK*
SI39nov09_100mDRAFT_1026205	SI39nov09_100mDRAFT_10262051	F054783	EVNTDMMANAADSMFTALAWNAGAATLTPVITKSLGKIGRLMIGAKSKDAKELVNIARERGGLPIPIVMTAQEGTGLLGGFAAKYFKVLGIMPFINGIGKEALQGAEQAAGRNYLNNDVLKYGPLIKTGMLSATIWKQADQAFTQNSNLINASYKAFDTLADTIGNPKVIPTSHVKFMAKNYVEELSMKYPGLKSYARDALGDIDMKEIAKLQGTGDPLALFFRYMNGIDDFVTPKQYKGMMETLNRAISTTAYDNIRPTLWSIREALENDLNSFGGAITKETFLKDDAVKAAYETLKKTNPAAAEADMALKISESTKLKDKLYGANDTFSTLMNFYQNANLTKVFRDYNATTFTNKALAGIGGMQKKKAQRFFNDVANDVFTRGDTDAVL
SI39nov09_100mDRAFT_1026813	SI39nov09_100mDRAFT_10268132	F068117	MWENTKQLNITDDSRYHTSKGGETKMSENVKTINPAQAPTLEKSKSLGIAKLGDKPFYITGVNHNRGQPTQYTRADQIGEDGKTDYYTIKVETPIELEYKDEGKVPIDNFFVTATVYQQIERIPNAIEGINEGARLGPLKALKRESQKTGNPYWCLAFESDPDF
SI39nov09_100mDRAFT_1027276	SI39nov09_100mDRAFT_10272762	F096498	MGMYDEINVDIKCPKCGANEMDWQSKDYMCGLDMIDPDKVQKFYTHCDKCDTFITYRRGTETDEEVIKCRAEPYSLDEVEKMGFKYKCDGR*
SI39nov09_100mDRAFT_1027304	SI39nov09_100mDRAFT_10273043	F042578	VKSKKTKSQLNHAQIDASKSKIKSEVKTHSKVIKKIN
SI39nov09_100mDRAFT_1027404	SI39nov09_100mDRAFT_10274041	F012073	VHLKNFYLREFMDFKKKEKEHIDKSQPKPQPTIPRRFNPK*
SI39nov09_100mDRAFT_1027823	SI39nov09_100mDRAFT_10278231	F028620	MAFDSVQVRFKDVIHYDSPFANTRVVPFVGSYFEILKNVVEDIQTEYFWFF
SI39nov09_100mDRAFT_1028175	SI39nov09_100mDRAFT_10281753	F097112	VISQEKQPVQVTFERLLKYHDRTPQIQIAVSSYSELITGTEMTVNSENEEAKTLIEEWIRSTNFYDKFESLVTTVLITGNGILEKLDENDTQDVLEVDMATIIAKKRDIAGALEYYEHRTQNGQTDKLGEGKLGKFIEFNLTNYSRQPWGKSLFYSLAIPRTVGNRTTAPLIEIMWGIEDAMGAIILNNAYPITTITYP
SI39nov09_100mDRAFT_1028245	SI39nov09_100mDRAFT_10282453	F096496	MKLVPTNIERNAILTKQQKIHLKSKTVDPKILNNIKRTLDKKLDGLTEDLDIIANSNHLESWRSLQSEKFQELHEILESTVMNFKPAYQYSVKTFSRKVGKKKFRMFWMDRSEESNFSTERIFEPSFALRKIKHYLNDDSFELLXWAVXNNLIPXYKNNAKRELYFLKLQNIRDFTNEKKVRLKPEIE
SI39nov09_100mDRAFT_1028424	SI39nov09_100mDRAFT_10284243	F000464	MNFHGSVTTNYVLLVMFVYYILYMKLSQQQKIRMYSHHDHDIDVEDEFWPIMGILFAILGVWTTFIHWIDWATLDVIPWWVEPFTITPIVFFIIMKEHYDSLNPLHWWPMFWGYNAKLPEEDRITIRPLDTERIMEQHGGRLNVYIIDYEHIKFRRKKDAVIFGLRYF*
SI39nov09_100mDRAFT_1028431	SI39nov09_100mDRAFT_10284314	F023622	NEARMKTFKEFKKKSPTPITEQVYFKVSIPDMSAMFMRASSEAAVKMDMRKKLKPDVVKEVSIERVTKSEMRKIYRDMGQGKEDETEKESTEKDK*
SI39nov09_100mDRAFT_1028973	SI39nov09_100mDRAFT_10289733	F013945	MFNLSTQEVVLSIEKSPLKIVRGTIYQEYPNFFGNHYELDLGKKENFEKLENQTQLNRVKLSKNSEVMKKLTVFFMNTNITKALEKKFDTKLKFDSVDVWIDSKGYKLAPHVDDPRIKLHLQVYLSSDNEGTSLYDSTGELLYTFPFKLNYGYALYNGVYSHH
SI39nov09_100mDRAFT_1029047	SI39nov09_100mDRAFT_10290472	F014445	KNLQPETLERLKEKNLVEEKLEEASNFLKDNSFLNLNCYNKLCLSLMH*
SI39nov09_100mDRAFT_1029197	SI39nov09_100mDRAFT_10291972	F022113	NNILELDMKHASQLFDIQSAKRMIKEAQKNKDEQMEDVYWDRLDVANRLADECKGNIQQIFSDTFGA*
SI39nov09_100mDRAFT_1029413	SI39nov09_100mDRAFT_10294133	F066454	MSIRLDVLILINSGVTDRSEIMERLGINIRSVSNCVRFLIKEGWVEYSRESISVVGGDSFRITQVGIDKIKSSTVDDYRKSPKRKIPDYEVMRSHLGVGGDVTRSELINLW
SI39nov09_100mDRAFT_1029713	SI39nov09_100mDRAFT_10297131	F003091	MSTHPVKPITKPGEGKQHQKHISQELYLKERYQISLGLKGPKRLEGESHEDFQIRRKAENGLLKEYRRGVWMTDGNCTALTTEPCR
SI39nov09_100mDRAFT_1030213	SI39nov09_100mDRAFT_10302132	F042172	LRIVNLEVKARVSSVKRDFLNKKIPLIVIKNIGSELKGASPEIILEKIILNVDDDLEDIFDFTTLKTDIKKNINRLLDKLSGEKKDNSGKEKIDHQKVINNLKDLF*
SI39nov09_100mDRAFT_1030493	SI39nov09_100mDRAFT_10304932	F012360	MLKSQYEKLLENQPWQEMETHFDKLPIAKVEPIAKIQIESKDWIKFTVDNFDLAQQKWESPKEHYTEYSNKWATVNNELGRNEHNTFELNYGMNGDTNDKLKNLLGEENISILKADPDTILMRFIVKMPGHGIAWHQDDAGSYQKKFPNTDIKRLKRLWFSIQDWKDGHAFQISKTIISNWNKGAVYHIPFGVGHASSNFGYAPQYTVSFTGVIND*
SI39nov09_100mDRAFT_1030882	SI39nov09_100mDRAFT_10308822	F097486	VAEKAVKEDEEVGENSLLSRVLATNLDHYKLCPFRSLNVDDCPLCKIGK*
SI39nov09_100mDRAFT_1031606	SI39nov09_100mDRAFT_10316061	F023242	TKLKEHGEDMSHENESTITNEDRGPGDLTLLIEMHQKEIWDWKQKESEYIQTKNLLDGSKRIIDELSAKLVEQVRVISELRYDNQTYKKEIEKLLAEKKK*
SI39nov09_100mDRAFT_1032217	SI39nov09_100mDRAFT_10322171	F028972	MAQSGRKSITIDAPIMITSNKIAVWMDEDWMYNFF
SI39nov09_100mDRAFT_1032608	SI39nov09_100mDRAFT_10326081	F006306	QTERLMTKKTETLPTNWSLHYRNLYEPRIKRLTKRYRELYDENQIMKKRLEEYEGSKRMVLYFNKKEKFNK*
SI39nov09_100mDRAFT_1032809	SI39nov09_100mDRAFT_10328094	F044162	MLKKIILLLIIGAIGWYVYNNYMKSEVDQAIDATEE
SI39nov09_100mDRAFT_1032930	SI39nov09_100mDRAFT_10329303	F040133	VAEMATDRLISVADTAPNEIKAQAHAFKNVCHQVIVYYMQEAIKNHMCTIGNQLESQGHKDLANIIRRL*
SI39nov09_100mDRAFT_1032947	SI39nov09_100mDRAFT_10329472	F077942	FVFGDSFAATPTGWARMLDGEVSNFAQNGIGEYKIYKGLQTFLNFDKAVICHTSPWRVHTRVHPVHKNNPTRFNNDFMLNDVEYHSATNKDMKVVREYLENYYDPEYQEDTYRLFVNELMKIPNTIHITFHEPDDTKQITHNFNKIYKKHPGEINHMSEEGNKIIAEKVQALL*
SI39nov09_100mDRAFT_1033096	SI39nov09_100mDRAFT_10330961	F061863	SYGIDEGRCLLLYAIPIYPSVIIEIKLEMKNTFGIVFKFIIIIYIYIIMKIDTNLLIQTSIASCLVIFGVVTKNSSEQLGFPNHPIGKPLGMGMFIMGWIYTAYIFSINKPNKLAFILPSIGIVIAVMMMKQYMVKKQTPPMVFPVIFALSWIILGLNAGNHLSGNQKYLGLFASFLVLLSMMQILPYQRTHNIVDGPGQPLFVIAWGILIMLNSNR*
SI39nov09_100mDRAFT_1033177	SI39nov09_100mDRAFT_10331771	F091033	HDNPPEYLNHLQTGTDLGNSKVITYAEFEKILAPSKS*
SI39nov09_100mDRAFT_1033499	SI39nov09_100mDRAFT_10334991	F002658	VVGTKFLPDLYHNSLMKAVESQGGQDADEFADFASRQTFPDGTNMLAMMHNDNYIKKFKTNEIMVTFGNTAEGRILLNKLNEMVAKERGTTVKDMAADPDATAPAKKTTKKADAKKTTAKE*
SI39nov09_100mDRAFT_1033499	SI39nov09_100mDRAFT_10334992	F011524	MPVKYLLYIDIILKNNITIHYDIAKELKTKKQETIARFLRKTIEQNYLKIKSVDMKFDIPTLKKDMESRTSLVMSKTFKDNV*
SI39nov09_100mDRAFT_1034831	SI39nov09_100mDRAFT_10348311	F051477	EIMFTWIKNLINKIKQEIKYRKRLKELKKKDPFIYK*
SI39nov09_100mDRAFT_1035122	SI39nov09_100mDRAFT_10351222	F040853	MIKIIQLITGEMILADLNEENYEIDNPLFIHQQAVEGQGPKVNLYPYNILGTGNITLNPDSVVWTVDPEQQLLNQYQSTF
SI39nov09_100mDRAFT_1035514	SI39nov09_100mDRAFT_10355144	F045151	MDKLVDVGVGHISIVDNLFDIEDMGDDIENMEDVEDTMSIIKSCVESLQIENKESLNLLMQNLYNEALMSETI*
SI39nov09_100mDRAFT_1035706	SI39nov09_100mDRAFT_10357061	F012811	LHGDPAQYFSRISECIAQEDLLRFINLKDKYLITESWNEQVNGEFIPHSVKQFFAMGEGPHWYNKDDFSNLPYIEHDGDVDTDVGLDEDLQFTDTKFYGQGRCKSLKPQPVLPTIKLDQIKNKKLRDAMGSFGFTQILQMQYVELQPNSILPIHMDDFTYEDGKDIIDGPTQLYCVLSGDSKGIKFKFKNVGLLDVSKPIFINNRRFVHSLVYTGTVPRGVLLAYGIRTKR*
SI39nov09_100mDRAFT_1035712	SI39nov09_100mDRAFT_10357123	F024645	MLKNKKQFYITELNMSDDGDGLESYSDHSGPFTLXKARKIMEKMFRSRSFNNFYNLTIRGPRHFNGYGHNTEFYSERENR*
SI39nov09_100mDRAFT_1035799	SI39nov09_100mDRAFT_10357991	F089397	MTVIDYLIKKFDGVMIDDYGWEHYKVDGKDYDIRFDRSRMEWACDCKAFIFRYKF
SI39nov09_100mDRAFT_1036020	SI39nov09_100mDRAFT_10360201	F004439	VRNIAKLQGKKKQISAFFSMQSRYMDIGVATQGGVHSVLEMDADVLLSAKGDVMSHLDQQGRRWTSISDLKETSRWTKFAAVEKDLENMFDSLVKKYLKRGEFQENATVWELWRMAERKVDKKTMSMIIKDYMDGMEKVIKKNIDTFENAMLSYAKKRSTDLSWDEQIVNNFKVKTAHFFKLKLKIAQTEKEASLYPEHQELMEFAKSKGWKVKIWDAAIELEAYTREVAKKELGK*
SI39nov09_100mDRAFT_1036026	SI39nov09_100mDRAFT_10360261	F105879	MKTKYNITEINPKTIKQVRQMIKDSLSVIMEDNNLRFELGNATYDEDSFKFTGFRISLADALTPEQKDLKEIIAMRKKADFYKTLDDTKIGWDRSVAYKLVGYKSRARKKPWVIQGVENGQQYVASDSIVERMFGEE
SI39nov09_100mDRAFT_1036050	SI39nov09_100mDRAFT_10360501	F068714	MKILETNKSHIIYKEDNGIVSIVPNTPYFNMKVLENKNERIKFDLPIEGIEILETFNGMIFNISLNGQTITTRPNMADAVVESFSDTDKIYKIFDDYNNNKYNLKLLQGVLEKYGDRIKTRPDGFVIDDIFLVDRTGVCWLWDDENNCKNKNHRTNLGSGAICIVVNKTQRLKLNTSNGLIEIDEMGYIILSKIEFLMQPNLKDNVFMHQLPKKVKTILERNQKLQK*
SI39nov09_100mDRAFT_1037038	SI39nov09_100mDRAFT_10370381	F078925	MYKFETTTDNKGVIENVINHEPEGYNPSTGIYASSYIFQGNWEGELKALNFTRRGKGFKEVEKVDAMKGQDTQYLYNSFRSADGKDTTHDQLQDFWKEENPADYKDTDSKLSSPQLAAICDWFQCEKTRIRIFQQQPGAYMQMHTDFDNQRGNEHGETL
SI39nov09_100mDRAFT_1037319	SI39nov09_100mDRAFT_10373191	F017720	MARKELVGLKTKTRPFMLPVSESSFSADRIQFRDTGSINLNYSIDNKNGFPVVDTDIIHLSSGNERYYQQREHFTFSDIDSSTSVYNEFTPIIADNYRIRNGSLRIFINGIEQLSNVNQTESASADFFIDTTQTKFRVHKLTFDNFGMELKSGSVVTEGDSNFLPPTTTGDGSESSIQISFQREASV*
SI39nov09_100mDRAFT_1037328	SI39nov09_100mDRAFT_10373281	F038742	MKINPNNFFKRELDILPPHFVNTVVKAHEADIEKMRKWI
SI39nov09_100mDRAFT_1037366	SI39nov09_100mDRAFT_10373662	F055854	LKKEAMRLKMAKLRAKRKPPKLVNVHDTVKALSDDNELSYVNVRKWIKTQEGIVKTNRMTERSRNGDISQKDKDKAMRTRIGAQSYIRSIKNYIQTGDWSSMYYGEFEDKLMGWVTVAPVGK*
SI39nov09_100mDRAFT_1037411	SI39nov09_100mDRAFT_10374111	F029936	ALSQTPASASELDIFIGGQRLLLTSEDGSTINYSVDGSTTAVTLSTVPASGTQVKVLHKKGQVWYTALDGNPADGKGLQASSTQQAKFIANEPTNAPE*
SI39nov09_100mDRAFT_1037448	SI39nov09_100mDRAFT_10374481	F065107	MTRPTNEEVEERQEFMQTIADCAKNPSLFSEVFLGHKLFDYNQKYVNCKDRFIVYR
SI39nov09_100mDRAFT_1037633	SI39nov09_100mDRAFT_10376332	F072521	MKLGDNWYVHAPWAQLVCCTEIPEDKLVKFYAISNEIMDEAATSEDNHGGGVIPLPWAISDDKFVKYDVKKYLMEMVENYMKTILSNGNVGSNLDELIPGGPHTQWHTRIVD
SI39nov09_100mDRAFT_1038252	SI39nov09_100mDRAFT_10382522	F020534	DLYADEKYLILGKLKYPTMFGNRKRMGFMELYIVHRINRRMSLAKGST*
SI39nov09_100mDRAFT_1038366	SI39nov09_100mDRAFT_10383663	F102550	KGRGKGRKTISLPHLMVKTTAAHFSLRQQKITLANRPSPDQPITTSNKKLGSV*
SI39nov09_100mDRAFT_1038596	SI39nov09_100mDRAFT_10385961	F054164	DTIMKLAKFNGIISWLCYDSFNMEPVYINVNSARTLYGLSFPRGTKGPKRKKMVIESVIEKEKTAFAYEMARGGKNFKKGTDDRADAIVIARAGEFLLRNKDNEGFLTEKIVLVD*
SI39nov09_100mDRAFT_1038817	SI39nov09_100mDRAFT_10388171	F020714	MKKLLTEWRKFLKEGITDVVYHYTSGINKAAKILEDNKFMASGGFTKQVETELGKGKLYYFSTARTPVNSYTGTYPQGAIFKLDGRALAQKYKGAPTDYWADPKYNKSSKLAANVGKTGHVDAFEAEDRILLDEPYIDDADTYIDEIHFAVPLYRNEKEMFSQEMKRKTALSLNWYQIDGIERGVAVAEQRGIPYYIHIDQSTWPHVE
SI39nov09_100mDRAFT_1039024	SI39nov09_100mDRAFT_10390241	F006551	TGTLNWETLDRIISSDAEEDALGGCSDGYYDPWATASASPIDRDAGTTYDSTVSSPSGTIGTNGIMTDDVLRTFLRDVRKKAGKDPNVFLGSHEVYSEIQGLYMPSVRIANPYGEALVQVDVNGIQTFKGTGVGIHVDSIYGVPFIPTKDAPSNACDASEVGRLFALDTSDAEGYGYPRMGIMVSIPTEYYEATRRSPGYPFINNAFVEKGVFRTMGEVVCRSFIAQGKIRDIKL*
SI39nov09_100mDRAFT_1039678	SI39nov09_100mDRAFT_10396783	F089562	MSRKQRHIKSQSTTTYEDPYVIIKRPTNATFIPTQIMETNAEETSVRQTCKLV
SI39nov09_100mDRAFT_1039988	SI39nov09_100mDRAFT_10399881	F013358	ENCSATFLVVHDLDEDDYIEQYCPFCGEEHDQVEEDVLLNEDWD*
SI39nov09_100mDRAFT_1040118	SI39nov09_100mDRAFT_10401182	F000983	MKSYHILDCDKQQKIADSLYGYYVGITANREPKEFWNHLSRKEIQEYFAIPNNPCKEWFDSLGLKVRDMSFTIYNEDIGTDIHRDEPPVIAKINFPVLNTMDTYNVWYDDYANEIDRVECAKPIVLRSDILHTVEIGKDAKYPRIQFSFCFYAEPLQLLK*
SI39nov09_100mDRAFT_1040322	SI39nov09_100mDRAFT_10403221	F013573	GGYYATGTDNLKRLLENLPKKLYYSDHQPSSWDWHDNIVQKL*
SI39nov09_100mDRAFT_1040397	SI39nov09_100mDRAFT_10403972	F103896	LGNRLVIFDTKVQQSLSRLLNKTQRNLNGDNSLDGLEIDWHLANTERMFDNFVEPVMDSQPTYAYAA*
SI39nov09_100mDRAFT_1040842	SI39nov09_100mDRAFT_10408421	F008648	MKRFKEYLKEARGTSLSGLLFLPRIGYYDQLMIPISSSMFKRIWPDTLRATVFHTTDGDGVRNIAKLQGKKKQISAFFSMFSRYMEVGVATQGGVHSVLEMDADVLLSAKGDVMSHLDQNGRRWTSISDLKETSRWTKFTAVEKDLEKMFDALVKKYLKRGEFQENATVWELWRMAKRKVDGKTMSLIIKDYMDGMEKVIKKNIDTFE
SI39nov09_100mDRAFT_1041452	SI39nov09_100mDRAFT_10414524	F040872	NFQIIVNLSEILKESGEVGKMEYDIFKFDIKSLTTYEKDLIKV*
SI39nov09_100mDRAFT_1041737	SI39nov09_100mDRAFT_10417371	F007585	LTTPKCDRCGAQALKAIIEVNSVYSIGIPQPKRVIYGEGEVIWKAGKYKPNLLYGFSPIYSVWSKAMSLSHMDEYIRKYFDKMRPPRGMLIISSRNYETFRKSWDVLEQKAQEDPYMIHPLLVENDKGGKNPAQWLDFTGSLKELEFIEVRKELRMIIGAVYGVLPFYYGETPAGWSQEGLQVTITNRAVLWGQDTLKKAFFSKISKMLNINDWELQLKTGEETDKLRDLQTDGIEIQNMMMLQQMGFEITRTHTGEFKISKNS
SI39nov09_100mDRAFT_1041964	SI39nov09_100mDRAFT_10419642	F049998	MIKDELEIKAFYKGKEVKIIELHHLGFFHSGLITLARKWKVKPFDVLMEDVSDETTQAALNIMIGLIYKDMCTKSGYEVNLKKFKNEMLLKNKKPKVFLMESDYLKIPDNHFDNGIGFLKKIGFIETDYHRSHVQINNSIVDYCRKLGNYLFNTWYCQESFKRNTHYFGGHSSSDH
SI39nov09_100mDRAFT_1042284	SI39nov09_100mDRAFT_10422841	F024567	LVGYDISDLRILKDLRSVIMLHPDMKFYFLCNPPKTKQLDYCSNAECILFKDMEKLKND*
SI39nov09_100mDRAFT_1042480	SI39nov09_100mDRAFT_10424802	F073091	MKFRYDKETEEIVVSEATRIEYHQMDLWLSRHVKGYRYMPAFKMGVWNGQQSYFKDGRINIGLWKEALKGCKEIGAPFILENKEDFPLNRDVTLEKVHDFCKEFFKEHKVKKKDGTWIPFIPYDHQVESAY
SI39nov09_100mDRAFT_1042745	SI39nov09_100mDRAFT_10427453	F067124	MKQSEMKMPKRVINYRDRVTQQEYNVDSKIVSTQPTHKVKGVEVID
SI39nov09_100mDRAFT_1043111	SI39nov09_100mDRAFT_10431112	F018643	MQSIILKPINAIQYTPSNPTLKSLFTQVQHLVSHQQFDLVVDLLTQAKHNEAYAKCKVNWDQVIASHLPYIHSPHM*
SI39nov09_100mDRAFT_1043339	SI39nov09_100mDRAFT_10433391	F096064	MKYIKTKKDYGYDETYAKWNGQFLDENSYDEVFTITEDTAIMKPVNSVDGSDVPLAYVITNAYPNDNVRDTLMSI
SI39nov09_100mDRAFT_1043796	SI39nov09_100mDRAFT_10437961	F011095	YKTYSEHWDLPIHVHIIDPTQTSRDRLDRLPVSYTHCTTDDSVLRFPYSYETYCQAQRFILLGHNLLGNQSVIVADVDSFALRRPNQDQKQFAQSDMAFTKYCDFFKKKEPKLMATFCNFHHSQKASAKEAAIKMQQLIEDTDTIGVDQLVIKEIFQTLPYNNLKHRMDKALRCENKQRSKRTQPMSHLS*
SI39nov09_100mDRAFT_1043796	SI39nov09_100mDRAFT_10437962	F055651	MDRYRVIAKFAKENNWTQGLELGVWVGVTTFYMMRETDVKMYCVDSWEEQP
SI39nov09_100mDRAFT_1044939	SI39nov09_100mDRAFT_10449391	F091332	MSELKNRDEEIQGNADTQIWFRAQIALKNEGAFNRIPGTPDYSESHNKIYGSRSARSRFNNLRTDKILYRNQILSYSVHGREHDLLSESAINDEVDSRTDILFLRMRTPGLDEFCWNWSQELLSHRDYLRSAGIDLPIENDNRKIIQAEMMVRSGYLHKIWHNS
SI39nov09_100mDRAFT_1045167	SI39nov09_100mDRAFT_10451671	F060128	MADDFDFGFSAVSTEEFKKTQPTEVRVQKPAVSTNEFKELKSKIDSIVGMIQTLGDNDDKSLFDETGEKISRLEGKIDKIL
SI39nov09_100mDRAFT_1045219	SI39nov09_100mDRAFT_10452191	F003285	HLQTEIQTLKIKDEFRTKELDALMSKLDETSSKLNDLSENISRLLVGQESHKTNENEVRDELKILHTRIGDLHDKYTEMIDKTEIRITSDMSLLYEKVDSLEKWRWITIGVTTVIAWILTNIIPKFLNN*
SI39nov09_100mDRAFT_1045591	SI39nov09_100mDRAFT_10455911	F053638	MTLIPINITYNGKPAVVEFEDSLTFGDTEMLIGNSVDLSDVTKPKIDIQRYRLNLLALTVKKAPFKTGDINIIKMQDSKIIKSILKEIVKVHPLTTYIEDWMETFMSSEEMTNSGTQSTT
SI39nov09_100mDRAFT_1046269	SI39nov09_100mDRAFT_10462691	F091007	MAKVYNTKKADYNGMQLWLNPVDKTVYATEGAPTHSFAEAGGYAIYDFSKHFTNQKTAKDNFGNGAYSHDAFVDSEFKSLAEDYVSDVKAGGRQRQAALRSNTNAAVDIVNVWETVLGKQDRTYAGKNLAKEIAVPNLLISIDTATKFSGMTQLDEGQLGQLKELTYTRSNFEANKYGLK
SI39nov09_100mDRAFT_1046816	SI39nov09_100mDRAFT_10468162	F020371	SNKVEQRQSFDVVSLADSSLTAKAAAGAWDTFVTSTDRSTANPLLDLGTSQLLIEGSGVGGKLNRVGMHPLDFAKYMGNTFIRGVASTSPSEVSFEPGTRELPGFPGAGLVLDNAIRQGDVYCVDTEKEPTIALFQGPQRIGSAHDEETGDDKYFIIDYHLASVIQSETGRQITGISTPTDWT*
SI39nov09_100mDRAFT_1047651	SI39nov09_100mDRAFT_10476512	F073166	MNLNYKHLGMYLVVGIASGLLCHLIYTSHDVWQYVGPSLILGAMIALAGRYISGITPRNPWLNPLVLILASGVGWILALEFGSEYWKMVWSWIGSGIIGGVFVGIGLVIAWRLKRIWMVIXLTTLAGGLGGLVFALSDXFGFDEFFPLFITWQGILLLGIGIAIQIDSRKSSIF*
SI39nov09_100mDRAFT_1047871	SI39nov09_100mDRAFT_10478711	F063594	YFISISDATNSRFEIVEASLIHGPSADSTIEAYLTVFGSTTSHTEPLCTFTADIDDGNVRLLATNITSDSTVFKFQRTLIDL*
SI39nov09_100mDRAFT_1047894	SI39nov09_100mDRAFT_10478941	F053546	SLNTTIQWLNMTRLNEIFNYIENCGIAFGGIWFQLVTDPSYLDPIYAPRFMKEKCISDIKNFLNRPFLQEEKHNNILSGGLKQSLIQTKQFLEQNLNNVKHIDEFLKRMAILDRLRGQKLFDVLPELQQLGGHNEDSKEKKQKT*
SI39nov09_100mDRAFT_1048182	SI39nov09_100mDRAFT_10481821	F044553	MAEQESILKLNTEINTLKIKDEYRTKELDALMKKLDASTSKLNDLSENIGRLLTAQDVNKMTDNEFREEMK
SI39nov09_100mDRAFT_1048182	SI39nov09_100mDRAFT_10481823	F061282	KGLIKKKFGGIDVFGVDPSLFGRSLLGKKKYGRYKSYVGEDEVGQYITAWARKYPNKPIIVMDSVTGCMQYLRHGK*
SI39nov09_100mDRAFT_1048843	SI39nov09_100mDRAFT_10488432	F104049	MPQNRDLKLYTEDQVWKFVTQAITRVLYDAIATHEAHGEHSIEVGWLRDYTDNIAVTFPRINPD
SI39nov09_100mDRAFT_1048851	SI39nov09_100mDRAFT_10488511	F061392	IVLQLKTFASELDTPDPAFKLAATLFPIDGGRLYVGSVDRDKKTFRLHLRHIGKDSKWVYYYANASAFVDEDGDIEPDSAVASIEYPHYTASVIGNTFRRARIRVLFSSRGDGKGFFKGAGHVIFQECSTKAFEAKDWSCTGWEYLGTLPGFQ*
SI39nov09_100mDRAFT_1049037	SI39nov09_100mDRAFT_10490373	F066851	PCRFQYMHESEWKLGGVLKGLEEFSDCLKFVTSEKPSRDDRPPKRKQKRNDYGG*
SI39nov09_100mDRAFT_1049730	SI39nov09_100mDRAFT_10497302	F003373	MTVQLDNENLKVIRLDNGEMLFSKVLVTDTSKANGYLELHWPMKVLMKFDEEAKVTQLALLKWLPFTDTTRVPLATRSIMSVSELGKDYTEFYLNSVKEATDDSTKYEMNKLSKILAEFDSNGLMN*
SI39nov09_100mDRAFT_1050647	SI39nov09_100mDRAFT_10506471	F059364	MVYSEIEKELKDLFGVDEVVNLSQSGASPDRQIRVAIEWIAQNGKPDMVIMPVSHYNRFDLPIANKFDPLHNLHHKSNWHSIADHDKINTDIVSLETLETYMKSGAIVHTVEHTEHDKLFVKLITFQAYLELNKIKHLIFDTGNYYEKLWMQYLSIDDENNSGYQPGMKKRDLIENSTGIYRLLSFCSNVWMYEQLTEDEKKNYIPWDEADTLRYPLDDHGKATIHH
SI39nov09_100mDRAFT_1050816	SI39nov09_100mDRAFT_10508161	F018076	LEDTRVFLGITNILTENVMDSRYDLVENESDFELTARVVYLGRPRTSTTILGLFRRESTTTEVRVVVELLNKKTGKVVSGNGVGTIDKEISSTGFQINEELPFDRSELGGALKEAIGNAVQEIL*
SI39nov09_100mDRAFT_1051079	SI39nov09_100mDRAFT_10510792	F052646	LCLLFILGNKPVTETPQETTVPLSEILLYCNTPEFVRNMAENDYMLGLAASGVINDDRHRMLLSMELLMNPRNKQWAIIFNYAKGNLSCIVGGNRIELYTPKN*
SI39nov09_100mDRAFT_1052002	SI39nov09_100mDRAFT_10520022	F018290	VSREMMIERNGYQFTFTRLTPFLIQAELNGLAKISLHRHLGTMAYTILNSDGSSQSNTVFQCDSVPRLL*
SI39nov09_100mDRAFT_1052070	SI39nov09_100mDRAFT_10520701	F092871	MGRKAVYTKQIEHLLSVGYEAKDIVKITNIPKGTIYRIVDQLREEAKTNFDQLMTKDYLYKYQMNLDNYSKTIVQCNIEIETINVKYDELEKVVMESLEVCPVDKYIARSAYMTNLINIRNNRTIEIQKLIAQRDKSSEMKAKIFNSGPVVYRINQVVESKVLQ
SI39nov09_100mDRAFT_1052473	SI39nov09_100mDRAFT_10524732	F076622	MTNSDNAFGTFNKQTAIFSQIDDGSTALTVFANTDVAKSHFFTADALTVNDECCTNIQWALVADDNGDNTKLKVTFDFGTKGTSTIAQSDDWAGQYNSRKDALMSAGTWGNNAYITGVSTDHLF*
SI39nov09_100mDRAFT_1053453	SI39nov09_100mDRAFT_10534531	F023365	MGNIGEIAEIVNASELTLEVGSDNYILLSDLSLHIGRTESRDVVTSGDPLYSYGSGDNYFTATLLVSTPELTSLNTLTQISANGDLTSTAWKIVAKNVSGATKTFSATGVLRDYDISKPSEGKVSIDIFVRITGDTISIS*
SI39nov09_100mDRAFT_1053573	SI39nov09_100mDRAFT_10535731	F005546	YLIEGTGILTISAGDETLPLDGKGKYGLRPGQLKFGNDKIFNLTTDSNVKSYLLVTEFRRESNG*
SI39nov09_100mDRAFT_1054430	SI39nov09_100mDRAFT_10544302	F092698	KNINFAVSLETKRSTLVSEASPTSAITAVRNNYV*
SI39nov09_100mDRAFT_1054654	SI39nov09_100mDRAFT_10546541	F101351	MIMNNPAFSETVPNELRELGYVPPIIKSYDNNGINVWLDSRRKIYDVPFWQFTMDGIQWMVLDERHGSASQFYSHYKLAKGHVICTGLGFGTREQWLASKPEVTKITVLEKFKEVIDYHKDIGTKWHDKIEIINCDANDFKGSCDFLSIDHYEYDNVLRILDSIKTVCNNITCESAWFWMLEPWIR
SI39nov09_100mDRAFT_1054737	SI39nov09_100mDRAFT_10547371	F033443	LYRQPINVLLQTINLESDEDRMSKVLNELAIYDWVPEIKVFVHNLTKSPEKRNNLLSGGSGESVFTIVESVEDGHIALIKDSWFLLTENVIEKTLLENHVKNEEDLKSLRMIESAMKYATISEDRVNFRISEYLTIGLSVSKKGGIFINEDELNEETTLESLFSSPIVPIVNKNFYPILLEVSHNMDKFVELDVVKKINNLINPYLECFAFNYK
SI39nov09_100mDRAFT_1054983	SI39nov09_100mDRAFT_10549832	F024124	SLAEDNAKKEARYKASWAKEYLSAKGSIKERESWADYKMADEQFEYKISEALLKSKREKLLSLRTSIDAMRTLNANVRVQV*
SI39nov09_100mDRAFT_1055347	SI39nov09_100mDRAFT_10553472	F018268	KMKVKVLFDYPTIEGMIYKDDILVCEQSEYDSKIYDDKVKGKLDTGKIVWIPKKLIVKV*
SI39nov09_100mDRAFT_1055611	SI39nov09_100mDRAFT_10556111	F091863	CQKVKLSEYWTGRKRPNYPKKTKGKTTSGDWFRDCPDCNKVLYYSSKWHSDDAERNGRICNSCSTYRYKKTFNHVIDEDAIKKMRATKAGFTSWEEYKQKYPMKKSYINEVHNLTRKQPLHTLPNYSKLEENRGRMGVEGAYQIDHIISINKGWKDMIPAEEIANITNLQIMKWEDNLRKH*
SI39nov09_100mDRAFT_1055622	SI39nov09_100mDRAFT_10556221	F029556	MSMIKFDDSKIKEIRGRKLKGLPPIPSTEDIVIASKDAKGGSELIYERVKERVPDDLWNYFQIILSRVRDYEDKPKILWFQDTSNDPEVQFLKDKSQRDKFDRFVFPSDWSLEKYHLDLGIEYEKSVVLKNSIEP
SI39nov09_100mDRAFT_1056995	SI39nov09_100mDRAFT_10569951	F092871	MGRKALYFKEIEHLLSVGYEAKDIIKITNIPRGTVYRIVDKLREEAKINFDQLMTKDYLYKYQMNLDNYSKTIVQCNEEIKTINTKYDQLERIVMESLEVCPPDKYLARSTYLANLINIRNNRTIEIQKLIAQRDKSSEMKAKIFNSGPVVYRINQVVENKVLQPEMLSEQSTQERTMPELVNNTEKVEN
SI39nov09_100mDRAFT_1057059	SI39nov09_100mDRAFT_10570591	F053561	MKLFITLLATLFLFTACKEKPAEAASTNWKKSEHNYNIQHGNFGLELRNQMRSDYQHIEPSYNLGKKWYGITAAFRIAEEDGAREYRPKLDHQIINWSPEDVTNEDGTISKSNTQIWVGHRIEFRNYENESTNDYWRYRAMAQVDVGLTERFSVWGRIEPRWTFGQGQEDDTKIDDIRNQIGIKINLD
SI39nov09_100mDRAFT_1057943	SI39nov09_100mDRAFT_10579431	F081754	MAGRKATTQYGNPVTVLSWRQLPNGWEVWQLEDADPDGIFYSYVEGNESEFGLSSMKEVERYQITIAEGDELDGLDPPVGWEWEKE
SI39nov09_100mDRAFT_1058538	SI39nov09_100mDRAFT_10585382	F100935	MKLNEINFALKDIQETLTIWRDAKELDDPYILKLYREFDXLIVMKQKIMEK*
SI39nov09_100mDRAFT_1058552	SI39nov09_100mDRAFT_10585523	F019030	VSKEQIDNQKTYAIEKSMLEAMGIELLIAQREYEKQLNMXTHLITGECELHNIDKVFYEMQIEYLKELVMNLNKATNNELLLISSNN*
SI39nov09_100mDRAFT_1058915	SI39nov09_100mDRAFT_10589153	F026589	MSISKDDLLKRREEIVSDYNKAVEEIKKGETQIVEMKNNLNALAGALQQTDLFIKQIDDDGDVMPPEKAFALDMATS*
SI39nov09_100mDRAFT_1059256	SI39nov09_100mDRAFT_10592561	F011524	LTKSFVKEWPEVLDGLHFQNMPVKYLMYIDIILKNNITIHYDIAKELKSKKQETIARYLRKTIEDNYVKIKSVDMKFDTPALKKDMESKTSLILAKTFKK*
SI39nov09_100mDRAFT_1059256	SI39nov09_100mDRAFT_10592562	F002658	DFASRQTFPDGTNMLAMMHNDNYIKKFKTNQIMVTFGNTEDGKILLNKLNEMIAKEKGVSVKDLAKDPDAVEQKAPAKKTTKKADAKTTAAKE*
SI39nov09_100mDRAFT_1059437	SI39nov09_100mDRAFT_10594371	F073088	QFVFLNNTYYLKPEFQSTQKNVIENELNIFTGFKEIGTIVGVKIIKYRRIKEIHKI*
SI39nov09_100mDRAFT_1060003	SI39nov09_100mDRAFT_10600031	F069046	PYKSTERKAFRSAMNNPYVYRASRIHSTFCAGQGYTTEIVPRGEEEVPDEQLDAWQKSTSIFVPYWNKEMTPEQILDKIDKMAVDMDLASNVFNAYFTSLEQGRCVLALTPLETDEEGKFAIPEQIRLIRPEFTERPVINENTSELEGVRIIGVRSPTRDNVLPKNRMIYIMHGFNNELFSDYYGDSKVARIADEANTLN
SI39nov09_100mDRAFT_1060245	SI39nov09_100mDRAFT_10602451	F000302	IETMTQDTKDRIAEMERQKIDLENRLEMLGYSGNLVRMHELENEIYEIEDTIRKLLP*
SI39nov09_100mDRAFT_1060245	SI39nov09_100mDRAFT_10602452	F033113	MDNKNTRKILLFIDGIGGINRQEMVHGTLYLKLDNDRDCDFIHTEIRKFYKEFVNPEGGVNMYAVGDEFAFDFVPQDREAPVFSDEDYSGKEDMMPSDVDKGIWSEFAEEEQYRN
SI39nov09_100mDRAFT_1060825	SI39nov09_100mDRAFT_10608251	F010129	KLSNHMANDCFYKVKVTIKNKTEIYHWGYFPYSMVLKDVWQWYKDGADAVELEMITQKQFDKRLKPYCG*
SI39nov09_100mDRAFT_1060825	SI39nov09_100mDRAFT_10608252	F020822	MPSEKTKKLLEGLGKITDSAPNRFEDKKYHSYANRYYPNTINPMPARYDKAKREKDEDGDEYFMIDRVYGSI
SI39nov09_100mDRAFT_1061255	SI39nov09_100mDRAFT_10612552	F066836	WLGPTLALVHCEECANPALLHLVSWRGNSLADRIYAIRLVDPRTRNTYLANINRDYCDLTRKASETEALISACSQNARLVLVTGPEMIVEAFSRDLFNPPVMEWQDVNTETYEGWMKFLPI*
SI39nov09_100mDRAFT_1061878	SI39nov09_100mDRAFT_10618781	F014344	VQNEEQSDQTLWQKTKELDIPEPDKNEIILPDLPNTTEDIPDIAESIVIEQSIPQSKFDTYKKRITSEEDYHQRVEARINDLITKLDSKEIKLSDLSKEDQQVIIDILNQNDGTI*
SI39nov09_100mDRAFT_1062602	SI39nov09_100mDRAFT_10626024	F059063	KRKKMLQGLYNIINGGPRHYWGKCNVTFAPFQMETILATAEDDNMWSQGRTKEIDIHNLEFYA*
SI39nov09_100mDRAFT_1063974	SI39nov09_100mDRAFT_10639742	F044159	LNPKDYDDVVEYSQDESTIALRYIAACSIIANLANDLDPDLIPDDENVDLSICKMLMDGAIEIESLSKSIH*
SI39nov09_100mDRAFT_1064527	SI39nov09_100mDRAFT_10645271	F012072	KNKMIKYRIKINNEVVYRTDNMKEALNVITKMFNDGYEEISLHGGRLGKWWNN*
SI39nov09_100mDRAFT_1064785	SI39nov09_100mDRAFT_10647851	F042571	MALIDSKQLSKDLSGAFGINTGSLFISGSETPTSGTYVLTTSGSVNTAGGRVYEEGTSIVDT
SI39nov09_100mDRAFT_1065183	SI39nov09_100mDRAFT_10651831	F037233	MDELDNILSNIDLEEEKAEVKENYADEWWCMDCEHGPMDEK
SI39nov09_100mDRAFT_1065213	SI39nov09_100mDRAFT_10652132	F001048	VIMKIVSTKQFWWRFNYLKRNGGVITVTNRTPEMDVKEYNRIELLVNKRVRWELGVEGFMKWDSCGVKDITTLARAYGIS*
SI39nov09_100mDRAFT_1065986	SI39nov09_100mDRAFT_10659861	F043973	MNKNDLGKMIKLDNLVPIILGVALSGLSTLMSFAYDNMEEMHSELVEHRLLLSRLISPDGAIIQSPTSAASRASLNKEISKIHQDI
SI39nov09_100mDRAFT_1066066	SI39nov09_100mDRAFT_10660662	F006321	MAKTRGIEETKDILDFMFSFVDAVGKAKQDGEMSWSDARYFIDPVKKLFEAVDDIEEVLPEIEDLSEEEYDELVEYVKGKWDYDEENLDWVVDTAIDAGKSILMLINM
SI39nov09_100mDRAFT_1066159	SI39nov09_100mDRAFT_10661591	F024124	KDARYKSSWAKEYLAANGSIKERESWADYKLSDENYEVKVADALLKAKKEKLNSIRTALDSLRTLAANVRAQT*
SI39nov09_100mDRAFT_1066251	SI39nov09_100mDRAFT_10662511	F061041	PLVMEDLIDHQEMERKKVSGTKENLVLEINQNPLVMEDLIDHQEMERKKVSGTKENLVLQKRITRNQQDSQIIQNTLEKKHLKVHLLVERKKALVLMERRSLKVEVIDLKALPSKNIVKKELKSKIF*
SI39nov09_100mDRAFT_1066285	SI39nov09_100mDRAFT_10662851	F000464	SQQQKIRMYSHHDRDLDIEDEFWPILGILLAILGVWTTFIHWIDWATLDVIPWWAEPFTIAPILFMMIMKEHYDSLNPLHWWPMVWGYQAKLPHEDRITIRPLDTERIMQQHGGPLNVHIIDYQHIKFRRKKDAVIFGLRYF*
SI39nov09_100mDRAFT_1066285	SI39nov09_100mDRAFT_10662852	F010001	EVKLLRAQLGNLEVQVADYQQIVKELSDKLSLYEKKYGTVFRSTRNISTQK*
SI39nov09_100mDRAFT_1066537	SI39nov09_100mDRAFT_10665373	F033048	MIDKTIKLTGEYPSDFKPSISVQEIQQHFEAYNLHSGRMLSGSKSGYSIQRPNNLILFNANVLMKDIGKVWHGDLNL
SI39nov09_100mDRAFT_1067678	SI39nov09_100mDRAFT_10676781	F098027	RLVSPVSSITKVSKFHTSSFKLSNLKKDDRSRFRIGYNDELCIALIKQYY*
SI39nov09_100mDRAFT_1067976	SI39nov09_100mDRAFT_10679761	F030157	AIQNQGVNILGKGVLSNSDTEQTYMVRRDSLDTISSTTTVAAIQAAVRALNAMTPDKVTATISSATAADRDMGDTSVGA*
SI39nov09_100mDRAFT_1068371	SI39nov09_100mDRAFT_10683712	F011350	MTVNMLLNIGISLIIIGLILFVISQYKLRGIENEIDKQKKLHQSFIRGKTK*
SI39nov09_100mDRAFT_1068708	SI39nov09_100mDRAFT_10687081	F105373	MSVLSIPRIFEEVAAASSFGARKKVLLDNESNPLKELLKYAFHPDIKFALPSGAPPFKTVGSPDEYNPTYLYPNIKKFYLYIEGGHDG
SI39nov09_100mDRAFT_1069022	SI39nov09_100mDRAFT_10690221	F088823	QSTKEKNVGFFYSKTPEHDLDATFNFSAEYRQDVSGQNGKDGVNLAMNYVKKFSGACGFLLWKNPKCYNEDGTKKDMKALYAAQGKEVDNATKHGLVYDLETDKFVPIKKTK*
SI39nov09_100mDRAFT_1069144	SI39nov09_100mDRAFT_10691441	F053965	GKLADAIKEYKISPTNSPQERAAKEIITQITESEWWKSNVGTEFKWPRKYDSKKQMFGFREPQFITFGNLILPRCEFCQNCGLYKGLLTYNSGKMLYAKPINI*
SI39nov09_100mDRAFT_1069215	SI39nov09_100mDRAFT_10692151	F014154	MDKNDKIFKIKPVGNTNIVVEDKRKTVSPFNSAKHFKEANIPALCDQCVYKSIDEGGNGKCPKYEKGAVCGIRKDFISFIN
SI39nov09_100mDRAFT_1069443	SI39nov09_100mDRAFT_10694432	F019233	EEEFVMATLNFIMPLDLRDGLCSREEKQNKVKHSWLPSGQTKVVAGDQVAFECVCKHCKMREWTQTSRFEFKMLQDYWKELR*
SI39nov09_100mDRAFT_1070164	SI39nov09_100mDRAFT_10701642	F092725	HALHDISEHKQGLLDDGDYRLYFEGAEGPIEEEEEQGYLCDLPLNVRNGHFNIEEFEQILDEIMTFEGAIEDTYYIEELIDNGRAYTEDGETFKVLDCSHNN*
SI39nov09_100mDRAFT_1071004	SI39nov09_100mDRAFT_10710042	F028003	MKVNQSSEFDKYIIMCDKGQSKLTSDYLSYLKFKEVQDALVKISQTPGQNYMFAGEVYEKGMTCSQADRVLDDIFNCKTSMEMMGLIVKVA
SI39nov09_100mDRAFT_1071625	SI39nov09_100mDRAFT_10716251	F007087	KRMKKLLLVALAIPNFVLADDFKLVCEGEESSYRNDVLENTSKASLTLHVRDDSIVIDSMTYKNKTFDYGAIKGLSKYVKEDAQIVLETTQVSNECDTALLNVRLNRSSGMXESTAKRIGACDGSSFTTSTNFKGKCK*
SI39nov09_100mDRAFT_1071850	SI39nov09_100mDRAFT_10718501	F051454	LNLSKEFYINSVGFPTMTINEFRNKHYGRGGSTPPPPFTTYGGELGSTMSKGCSFVRDGSDVTGQFTNANESYALAA*
SI39nov09_100mDRAFT_1072464	SI39nov09_100mDRAFT_10724642	F001235	LPEKLETNENANDMTKKLWEKHQADEFTAVNNYKEGVCLGCMKVDRAAATIADICGDCAGKKGREPLLAKVCDKYYGLCFFCSKYKFNIEQVNGRFCNTCHSRIAKITKEYNKKGGFMKTDPFWISMRKKHGKDWKQIMGG
SI39nov09_100mDRAFT_1073556	SI39nov09_100mDRAFT_10735562	F011369	MTAYLAYSIYSYMASFASWRIEKIYIEQXDEQKTKIFFVLKHGFRITGTVLLIAHLLS*
SI39nov09_100mDRAFT_1074011	SI39nov09_100mDRAFT_10740112	F011679	MIKERNTTVLASDYQSTEQLKKFIVHCTGAKLTPVVNKTDAFWISGDQRGDYYEQKYYKVVFGHVTEEFRHGKPTKSGYGFDIQATGDYNAWSLMGE
SI39nov09_100mDRAFT_1074221	SI39nov09_100mDRAFT_10742211	F060427	MNTDTYKILKLISGENIICELSEENGKYEISKPLLMNVQQKETRTGMTESLELSRWVQPFTEQKIFAIDPIHVIIMLQASPGLSIFYENVIYKLEDRDDIYDELLDELETDNKSIH*
SI39nov09_100mDRAFT_1075915	SI39nov09_100mDRAFT_10759151	F007392	KKLNVTNFESVLLKINDNAMEYIGVNSGRSYFFSNREYTAPKRPPHEDIKITEQYQYTPRTIKASQMIADTGDSEESSINLFSLDVNLLTGELNETEITRNKKTNVKTMSNNFQALCKKEDRSY*
SI39nov09_100mDRAFT_1076972	SI39nov09_100mDRAFT_10769721	F060599	MEWDVIISDSIEDKKNNLGVFNWNFESISLGLNSLVSSKIKDREWALRVNSSPVHGIEDGSEVWTQEIFLXPKXNKKLSYSGETKIFHSKSLQTIDGQIGLIELVNQEIKEKKWDIKSNPLGFSTHDGEPCWHIRLYGVSQNEEE*
SI39nov09_100mDRAFT_1077351	SI39nov09_100mDRAFT_10773512	F051461	KAKKIFVFTSKQGTFLNWKKTGPIKYGLEKLVLNFTVYRHNFENHNAQIFEPGSMETTEQYDNISKKFNEVYLDWQFEKNMIYDLANDRYIGY*
SI39nov09_100mDRAFT_1077352	SI39nov09_100mDRAFT_10773521	F103385	KRVQTLEYVLSNVITNARNLELIIDYYVEMKGDVKKFEKFLDKKQEDGNSTKSESK*
SI39nov09_100mDRAFT_1077486	SI39nov09_100mDRAFT_10774861	F014325	RNVFYRIISPAIYFPIFHVQPESVVSEFIYYSTVTDFAKFLGLSIS*
SI39nov09_100mDRAFT_1077772	SI39nov09_100mDRAFT_10777721	F023365	MGNIGEIAEIVNASELTLEVGSDNYILLTNLSLHIGRPEDRVATTDGGALFTYGKGDNYFTATLIVSTPELSTLNTLGQIDSDGDMTSTAWKIVAKNVAGATKTFASTGVLREYDISKPSEGKVSIDIFVRITGDTISI

NMPFamsDB

NMPFamsDB

NMPFamsDB

A database of Novel Metagenome Protein Families

A database of Novel Metagenome Protein Clusters

A database of Novel Metagenome Protein Clusters

3300000325: Marine microbial communities from expanding oxygen minimum zones in the Saanich Inlet - 39 11/10/09 100m

Overview

Ecosystem and Geography

Associated Families

Associated Scaffolds

Sequences