3300000153: Marine microbial communities from expanding oxygen minimum zones in the Saanich Inlet - 39 11/10/09 135m

Overview

Basic Information

• IMG/M Taxon OID: 3300000153
• GOLD Reference (Study | Sequencing Project | Analysis Project): Gs0046785 | Gp0054198 | Ga0026126
• Sample Name: Marine microbial communities from expanding oxygen minimum zones in the Saanich Inlet - 39 11/10/09 135m
• Sequencing Status: Draft
• Sequencing Center: DOE Joint Genome Institute (JGI)
• Published?: Y
• Use Policy: Open

Dataset Contents

• Total Genome Size: 161992569
• Sequencing Scaffolds: 166
• Novel Protein Genes: 197
• Associated Families: 182

Dataset Phylogeny
Taxonomy Groups	Number of Scaffolds
Not Available	87
All Organisms → cellular organisms → Bacteria	5
All Organisms → cellular organisms → Bacteria → Proteobacteria	3
All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Nitrosopumilales → Nitrosopumilaceae → unclassified Nitrosopumilaceae → Nitrosopumilaceae archaeon	2
All Organisms → Viruses → environmental samples → uncultured marine virus	6
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → Candidatus Pelagibacter	4
All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Nitrosopumilales → Nitrosopumilaceae → Nitrosopumilus → Nitrosopumilus maritimus	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Nitrosomonadales → unclassified Nitrosomonadales → OM43 clade → Methylophilales bacterium HTCC2181	3
All Organisms → Viruses → Predicted Viral	22
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → Candidatus Pelagibacter → Candidatus Pelagibacter ubique	1
All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium	3
All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → unclassified Gammaproteobacteria → Gammaproteobacteria bacterium	2
All Organisms → Viruses → environmental samples → uncultured Mediterranean phage	1
All Organisms → cellular organisms → Bacteria → environmental samples → uncultured marine bacterium 580	2
All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Gammaproteobacteria incertae sedis → OMG group → OM182 clade → OM182 bacterium	1
All Organisms → Viruses → unclassified bacterial viruses → environmental samples → uncultured marine phage	2
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → Candidatus Pelagibacter → unclassified Candidatus Pelagibacter → Candidatus Pelagibacter sp. TMED64	1
All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales	1
All Organisms → cellular organisms → Archaea → Euryarchaeota → unclassified Euryarchaeota → Euryarchaeota archaeon	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria	2
All Organisms → cellular organisms → Bacteria → environmental samples → uncultured bacterium	1
All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → unclassified Verrucomicrobia → Verrucomicrobia bacterium	1
All Organisms → cellular organisms → Bacteria → unclassified Bacteria → bacterium	1
All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → unclassified Pelagibacteraceae → Pelagibacteraceae bacterium TMED287	1
All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Nitrososphaeria → Nitrososphaerales → unclassified Nitrososphaerales → Nitrososphaerales archaeon	1
All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Thaumarchaeota incertae sedis → Marine Group I → Marine Group I thaumarchaeote	3
All Organisms → cellular organisms → Archaea	2
All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes	1
All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage	1
All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Candidatus Brocadiia → Candidatus Brocadiales → Candidatus Scalinduaceae → Candidatus Scalindua	1
All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → Flavobacteriaceae → unclassified Flavobacteriaceae → Flavobacteriaceae bacterium	1

Ecosystem and Geography

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): 135

Associated Families

Family	Category	Number of Sequences	3D Structure?
F000245	Metagenome / Metatranscriptome	1468	Y
F000615	Metagenome / Metatranscriptome	984	Y
F000926	Metagenome / Metatranscriptome	832	Y
F001048	Metagenome / Metatranscriptome	793	Y
F001235	Metagenome / Metatranscriptome	741	Y
F002125	Metagenome / Metatranscriptome	591	Y
F002715	Metagenome / Metatranscriptome	535	Y
F002989	Metagenome / Metatranscriptome	515	Y
F003286	Metagenome / Metatranscriptome	496	Y
F003827	Metagenome / Metatranscriptome	466	Y
F004102	Metagenome / Metatranscriptome	453	Y
F004439	Metagenome	438	Y
F004630	Metagenome / Metatranscriptome	430	Y
F004699	Metagenome / Metatranscriptome	427	Y
F004880	Metagenome / Metatranscriptome	420	Y
F004906	Metagenome / Metatranscriptome	419	Y
F005012	Metagenome / Metatranscriptome	415	Y
F005608	Metagenome / Metatranscriptome	395	Y
F005620	Metagenome	395	Y
F006142	Metagenome / Metatranscriptome	380	Y
F006311	Metagenome / Metatranscriptome	376	Y
F006550	Metagenome / Metatranscriptome	370	N
F006959	Metagenome / Metatranscriptome	361	Y
F007003	Metagenome / Metatranscriptome	360	Y
F007121	Metagenome / Metatranscriptome	357	Y
F007944	Metagenome / Metatranscriptome	342	Y
F008914	Metagenome	326	Y
F010233	Metagenome / Metatranscriptome	306	Y
F010790	Metagenome	299	N
F011190	Metagenome / Metatranscriptome	294	Y
F011350	Metagenome	292	Y
F011406	Metagenome / Metatranscriptome	291	Y
F011736	Metagenome / Metatranscriptome	287	N
F012073	Metagenome	284	Y
F012582	Metagenome / Metatranscriptome	279	Y
F012817	Metagenome / Metatranscriptome	277	N
F012920	Metagenome	276	Y
F013137	Metagenome / Metatranscriptome	274	Y
F013358	Metagenome / Metatranscriptome	272	N
F013817	Metagenome / Metatranscriptome	268	Y
F015265	Metagenome / Metatranscriptome	256	Y
F015345	Metagenome / Metatranscriptome	255	Y
F015400	Metagenome	255	Y
F015401	Metagenome / Metatranscriptome	255	Y
F015796	Metagenome / Metatranscriptome	252	N
F016411	Metagenome	247	Y
F016619	Metagenome / Metatranscriptome	246	Y
F017303	Metagenome / Metatranscriptome	241	Y
F017322	Metagenome	241	Y
F017420	Metagenome / Metatranscriptome	241	Y
F017910	Metagenome / Metatranscriptome	238	Y
F018814	Metagenome	233	Y
F019030	Metagenome	232	Y
F019233	Metagenome / Metatranscriptome	231	Y
F019652	Metagenome / Metatranscriptome	228	N
F020606	Metagenome	223	Y
F021860	Metagenome / Metatranscriptome	217	Y
F022158	Metagenome / Metatranscriptome	215	Y
F022282	Metagenome	215	Y
F023365	Metagenome	210	Y
F023366	Metagenome / Metatranscriptome	210	N
F023481	Metagenome	210	Y
F023872	Metagenome	208	Y
F026152	Metagenome	199	Y
F026408	Metagenome / Metatranscriptome	198	Y
F027022	Metagenome / Metatranscriptome	196	Y
F027054	Metagenome / Metatranscriptome	196	N
F027831	Metagenome	193	Y
F028322	Metagenome	192	N
F029242	Metagenome / Metatranscriptome	189	Y
F029244	Metagenome / Metatranscriptome	189	Y
F029271	Metagenome / Metatranscriptome	189	N
F029559	Metagenome / Metatranscriptome	188	Y
F030082	Metagenome / Metatranscriptome	186	Y
F030559	Metagenome / Metatranscriptome	185	N
F031248	Metagenome	183	Y
F031651	Metagenome / Metatranscriptome	182	N
F031925	Metagenome	181	N
F032311	Metagenome / Metatranscriptome	180	Y
F032857	Metagenome	179	Y
F033216	Metagenome / Metatranscriptome	178	N
F033638	Metagenome / Metatranscriptome	177	N
F034189	Metagenome / Metatranscriptome	175	Y
F034394	Metagenome	175	Y
F034764	Metagenome / Metatranscriptome	174	Y
F036269	Metagenome	170	Y
F036272	Metagenome	170	Y
F036781	Metagenome / Metatranscriptome	169	Y
F037175	Metagenome / Metatranscriptome	168	Y
F038690	Metagenome / Metatranscriptome	165	N
F038848	Metagenome	165	Y
F039175	Metagenome / Metatranscriptome	164	Y
F040330	Metagenome	162	Y
F041140	Metagenome / Metatranscriptome	160	Y
F041261	Metagenome	160	Y
F042073	Metagenome / Metatranscriptome	159	Y
F042172	Metagenome	158	Y
F042571	Metagenome / Metatranscriptome	158	Y
F042629	Metagenome	158	Y
F042931	Metagenome	157	N
F043074	Metagenome	157	Y
F044162	Metagenome / Metatranscriptome	155	N
F044733	Metagenome	154	N
F045143	Metagenome	153	Y
F045428	Metagenome / Metatranscriptome	153	Y
F046020	Metagenome	152	N
F048548	Metagenome / Metatranscriptome	148	Y
F048646	Metagenome	148	Y
F049038	Metagenome / Metatranscriptome	147	N
F050004	Metagenome / Metatranscriptome	146	Y
F050009	Metagenome	146	N
F050420	Metagenome / Metatranscriptome	145	N
F051547	Metagenome	144	N
F052646	Metagenome / Metatranscriptome	142	Y
F052876	Metagenome	142	Y
F056157	Metagenome / Metatranscriptome	138	N
F057288	Metagenome	136	Y
F057395	Metagenome / Metatranscriptome	136	N
F057661	Metagenome / Metatranscriptome	136	Y
F058066	Metagenome	135	Y
F058452	Metagenome	135	Y
F058538	Metagenome / Metatranscriptome	135	N
F060128	Metagenome / Metatranscriptome	133	Y
F060433	Metagenome	133	Y
F061256	Metagenome	132	N
F061978	Metagenome	131	N
F062497	Metagenome	130	N
F063091	Metagenome	130	Y
F065664	Metagenome / Metatranscriptome	127	N
F066454	Metagenome / Metatranscriptome	126	N
F066733	Metagenome / Metatranscriptome	126	N
F067449	Metagenome	125	Y
F068674	Metagenome / Metatranscriptome	124	Y
F069958	Metagenome / Metatranscriptome	123	Y
F069997	Metagenome	123	N
F070212	Metagenome	123	Y
F070214	Metagenome	123	Y
F070222	Metagenome	123	Y
F072007	Metagenome / Metatranscriptome	121	Y
F072857	Metagenome	121	N
F073088	Metagenome	120	N
F073414	Metagenome / Metatranscriptome	120	N
F074479	Metagenome	119	Y
F076483	Metagenome	118	Y
F077777	Metagenome	117	Y
F078263	Metagenome / Metatranscriptome	116	N
F078537	Metagenome	116	Y
F081198	Metagenome / Metatranscriptome	114	N
F081210	Metagenome	114	N
F081452	Metagenome / Metatranscriptome	114	N
F083344	Metagenome / Metatranscriptome	113	N
F085538	Metagenome / Metatranscriptome	111	N
F086307	Metagenome / Metatranscriptome	111	Y
F087024	Metagenome	110	N
F087902	Metagenome	110	N
F088265	Metagenome	109	Y
F089051	Metagenome	109	N
F089970	Metagenome	108	Y
F090507	Metagenome	108	N
F091332	Metagenome	107	N
F092078	Metagenome / Metatranscriptome	107	Y
F092871	Metagenome	107	N
F093386	Metagenome	106	Y
F093508	Metagenome	106	N
F093661	Metagenome	106	N
F093699	Metagenome / Metatranscriptome	106	N
F093840	Metagenome	106	Y
F094379	Metagenome	106	Y
F094394	Metagenome	106	N
F096067	Metagenome	105	Y
F096498	Metagenome / Metatranscriptome	104	N
F097112	Metagenome	104	N
F098743	Metagenome / Metatranscriptome	103	N
F099485	Metagenome / Metatranscriptome	103	Y
F101067	Metagenome	102	Y
F101311	Metagenome	102	N
F101334	Metagenome / Metatranscriptome	102	Y
F101492	Metagenome / Metatranscriptome	102	Y
F102550	Metagenome	101	Y
F103895	Metagenome	101	N
F104049	Metagenome	101	N
F105496	Metagenome / Metatranscriptome	100	N

Associated Scaffolds

Scaffold	Taxonomy	Length
SI39nov09_135mDRAFT_c1000531	Not Available	16676
SI39nov09_135mDRAFT_c1000644	All Organisms → cellular organisms → Bacteria	14995
SI39nov09_135mDRAFT_c1000739	All Organisms → cellular organisms → Bacteria → Proteobacteria	13927
SI39nov09_135mDRAFT_c1000876	Not Available	12538
SI39nov09_135mDRAFT_c1001126	Not Available	10554
SI39nov09_135mDRAFT_c1001250	All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Nitrosopumilales → Nitrosopumilaceae → unclassified Nitrosopumilaceae → Nitrosopumilaceae archaeon	9866
SI39nov09_135mDRAFT_c1001287	Not Available	9614
SI39nov09_135mDRAFT_c1001490	All Organisms → Viruses → environmental samples → uncultured marine virus	8722
SI39nov09_135mDRAFT_c1001767	All Organisms → Viruses → environmental samples → uncultured marine virus	7826
SI39nov09_135mDRAFT_c1002530	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria	6158
SI39nov09_135mDRAFT_c1002545	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → Candidatus Pelagibacter	6138
SI39nov09_135mDRAFT_c1003005	All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Nitrosopumilales → Nitrosopumilaceae → Nitrosopumilus → Nitrosopumilus maritimus	5459
SI39nov09_135mDRAFT_c1003042	Not Available	5417
SI39nov09_135mDRAFT_c1003063	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Nitrosomonadales → unclassified Nitrosomonadales → OM43 clade → Methylophilales bacterium HTCC2181	5396
SI39nov09_135mDRAFT_c1003318	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Nitrosomonadales → unclassified Nitrosomonadales → OM43 clade → Methylophilales bacterium HTCC2181	5091
SI39nov09_135mDRAFT_c1003416	All Organisms → Viruses → Predicted Viral	4980
SI39nov09_135mDRAFT_c1003454	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → Candidatus Pelagibacter → Candidatus Pelagibacter ubique	4952
SI39nov09_135mDRAFT_c1003851	Not Available	4571
SI39nov09_135mDRAFT_c1003968	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → Candidatus Pelagibacter	4461
SI39nov09_135mDRAFT_c1004104	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium	4345
SI39nov09_135mDRAFT_c1004165	All Organisms → Viruses → Predicted Viral	4294
SI39nov09_135mDRAFT_c1004492	Not Available	4067
SI39nov09_135mDRAFT_c1004729	Not Available	3942
SI39nov09_135mDRAFT_c1004760	All Organisms → Viruses → Predicted Viral	3923
SI39nov09_135mDRAFT_c1005217	Not Available	3674
SI39nov09_135mDRAFT_c1005432	All Organisms → Viruses → Predicted Viral	3574
SI39nov09_135mDRAFT_c1005516	All Organisms → Viruses → Predicted Viral	3533
SI39nov09_135mDRAFT_c1005730	Not Available	3440
SI39nov09_135mDRAFT_c1006091	All Organisms → cellular organisms → Bacteria	3303
SI39nov09_135mDRAFT_c1006296	All Organisms → Viruses → Predicted Viral	3222
SI39nov09_135mDRAFT_c1006492	All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → unclassified Gammaproteobacteria → Gammaproteobacteria bacterium	3156
SI39nov09_135mDRAFT_c1006823	All Organisms → Viruses → Predicted Viral	3041
SI39nov09_135mDRAFT_c1006896	All Organisms → Viruses → Predicted Viral	3018
SI39nov09_135mDRAFT_c1006983	All Organisms → Viruses → Predicted Viral	2994
SI39nov09_135mDRAFT_c1007830	All Organisms → Viruses → Predicted Viral	2756
SI39nov09_135mDRAFT_c1008426	All Organisms → Viruses → Predicted Viral	2602
SI39nov09_135mDRAFT_c1008506	Not Available	2586
SI39nov09_135mDRAFT_c1008670	Not Available	2552
SI39nov09_135mDRAFT_c1008702	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → Candidatus Pelagibacter	2545
SI39nov09_135mDRAFT_c1008791	Not Available	2524
SI39nov09_135mDRAFT_c1008917	All Organisms → cellular organisms → Bacteria → Proteobacteria	2499
SI39nov09_135mDRAFT_c1009307	All Organisms → Viruses → environmental samples → uncultured Mediterranean phage	2421
SI39nov09_135mDRAFT_c1009477	All Organisms → cellular organisms → Bacteria → environmental samples → uncultured marine bacterium 580	2391
SI39nov09_135mDRAFT_c1009581	All Organisms → Viruses → Predicted Viral	2371
SI39nov09_135mDRAFT_c1009858	Not Available	2318
SI39nov09_135mDRAFT_c1010020	All Organisms → Viruses → Predicted Viral	2288
SI39nov09_135mDRAFT_c1010306	All Organisms → Viruses → Predicted Viral	2235
SI39nov09_135mDRAFT_c1010342	All Organisms → Viruses → Predicted Viral	2230
SI39nov09_135mDRAFT_c1010803	Not Available	2160
SI39nov09_135mDRAFT_c1011131	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium	2110
SI39nov09_135mDRAFT_c1011843	All Organisms → Viruses → Predicted Viral	2006
SI39nov09_135mDRAFT_c1012067	Not Available	1980
SI39nov09_135mDRAFT_c1012701	All Organisms → cellular organisms → Bacteria	1903
SI39nov09_135mDRAFT_c1013091	Not Available	1856
SI39nov09_135mDRAFT_c1013549	All Organisms → Viruses → Predicted Viral	1809
SI39nov09_135mDRAFT_c1013739	Not Available	1787
SI39nov09_135mDRAFT_c1014021	All Organisms → cellular organisms → Bacteria → Proteobacteria → Betaproteobacteria → Nitrosomonadales → unclassified Nitrosomonadales → OM43 clade → Methylophilales bacterium HTCC2181	1759
SI39nov09_135mDRAFT_c1014194	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → Candidatus Pelagibacter	1740
SI39nov09_135mDRAFT_c1015254	Not Available	1632
SI39nov09_135mDRAFT_c1016039	All Organisms → Viruses → Predicted Viral	1561
SI39nov09_135mDRAFT_c1016347	Not Available	1535
SI39nov09_135mDRAFT_c1016845	All Organisms → Viruses → Predicted Viral	1496
SI39nov09_135mDRAFT_c1017231	Not Available	1469
SI39nov09_135mDRAFT_c1017567	Not Available	1443
SI39nov09_135mDRAFT_c1018154	Not Available	1405
SI39nov09_135mDRAFT_c1018216	Not Available	1401
SI39nov09_135mDRAFT_c1018360	Not Available	1391
SI39nov09_135mDRAFT_c1019122	Not Available	1340
SI39nov09_135mDRAFT_c1019457	Not Available	1320
SI39nov09_135mDRAFT_c1019485	Not Available	1318
SI39nov09_135mDRAFT_c1019640	All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Nitrosopumilales → Nitrosopumilaceae → unclassified Nitrosopumilaceae → Nitrosopumilaceae archaeon	1309
SI39nov09_135mDRAFT_c1019788	Not Available	1300
SI39nov09_135mDRAFT_c1020107	All Organisms → Viruses → Predicted Viral	1285
SI39nov09_135mDRAFT_c1020531	Not Available	1264
SI39nov09_135mDRAFT_c1020612	All Organisms → cellular organisms → Bacteria → Acidobacteria → unclassified Acidobacteria → Acidobacteria bacterium	1259
SI39nov09_135mDRAFT_c1020757	Not Available	1251
SI39nov09_135mDRAFT_c1020914	Not Available	1242
SI39nov09_135mDRAFT_c1020962	Not Available	1240
SI39nov09_135mDRAFT_c1021332	All Organisms → Viruses → Predicted Viral	1224
SI39nov09_135mDRAFT_c1021447	Not Available	1217
SI39nov09_135mDRAFT_c1022521	Not Available	1165
SI39nov09_135mDRAFT_c1022961	Not Available	1147
SI39nov09_135mDRAFT_c1023938	All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → unclassified Gammaproteobacteria → Gammaproteobacteria bacterium	1108
SI39nov09_135mDRAFT_c1023944	All Organisms → Viruses → Predicted Viral	1107
SI39nov09_135mDRAFT_c1024990	All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria → Gammaproteobacteria incertae sedis → OMG group → OM182 clade → OM182 bacterium	1066
SI39nov09_135mDRAFT_c1025020	Not Available	1065
SI39nov09_135mDRAFT_c1025698	Not Available	1040
SI39nov09_135mDRAFT_c1026170	All Organisms → Viruses → environmental samples → uncultured marine virus	1023
SI39nov09_135mDRAFT_c1026841	Not Available	1002
SI39nov09_135mDRAFT_c1027866	Not Available	969
SI39nov09_135mDRAFT_c1028343	All Organisms → Viruses → unclassified bacterial viruses → environmental samples → uncultured marine phage	955
SI39nov09_135mDRAFT_c1028450	Not Available	952
SI39nov09_135mDRAFT_c1028942	All Organisms → cellular organisms → Bacteria → environmental samples → uncultured marine bacterium 580	938
SI39nov09_135mDRAFT_c1028988	All Organisms → Viruses → environmental samples → uncultured marine virus	937
SI39nov09_135mDRAFT_c1029036	Not Available	936
SI39nov09_135mDRAFT_c1029355	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → Candidatus Pelagibacter → unclassified Candidatus Pelagibacter → Candidatus Pelagibacter sp. TMED64	927
SI39nov09_135mDRAFT_c1029747	Not Available	917
SI39nov09_135mDRAFT_c1030416	All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales	899
SI39nov09_135mDRAFT_c1030834	Not Available	889
SI39nov09_135mDRAFT_c1031030	Not Available	884
SI39nov09_135mDRAFT_c1031265	All Organisms → cellular organisms → Archaea → Euryarchaeota → unclassified Euryarchaeota → Euryarchaeota archaeon	878
SI39nov09_135mDRAFT_c1032051	All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria	859
SI39nov09_135mDRAFT_c1032228	Not Available	856
SI39nov09_135mDRAFT_c1032535	All Organisms → cellular organisms → Bacteria → environmental samples → uncultured bacterium	850
SI39nov09_135mDRAFT_c1033324	Not Available	832
SI39nov09_135mDRAFT_c1033657	Not Available	824
SI39nov09_135mDRAFT_c1036327	Not Available	773
SI39nov09_135mDRAFT_c1036396	Not Available	771
SI39nov09_135mDRAFT_c1036407	All Organisms → cellular organisms → Bacteria → Proteobacteria → Gammaproteobacteria	771
SI39nov09_135mDRAFT_c1036608	Not Available	768
SI39nov09_135mDRAFT_c1037088	All Organisms → cellular organisms → Bacteria → PVC group → Verrucomicrobia → unclassified Verrucomicrobia → Verrucomicrobia bacterium	760
SI39nov09_135mDRAFT_c1037322	Not Available	756
SI39nov09_135mDRAFT_c1037423	Not Available	754
SI39nov09_135mDRAFT_c1040122	All Organisms → Viruses → unclassified bacterial viruses → environmental samples → uncultured marine phage	712
SI39nov09_135mDRAFT_c1040282	All Organisms → cellular organisms → Bacteria	710
SI39nov09_135mDRAFT_c1040311	Not Available	709
SI39nov09_135mDRAFT_c1040595	Not Available	705
SI39nov09_135mDRAFT_c1040721	All Organisms → cellular organisms → Bacteria → Terrabacteria group → Chloroflexi → unclassified Chloroflexi → Chloroflexi bacterium	704
SI39nov09_135mDRAFT_c1041237	Not Available	696
SI39nov09_135mDRAFT_c1041635	Not Available	691
SI39nov09_135mDRAFT_c1041758	Not Available	689
SI39nov09_135mDRAFT_c1041784	All Organisms → Viruses → environmental samples → uncultured marine virus	689
SI39nov09_135mDRAFT_c1041796	All Organisms → cellular organisms → Bacteria → unclassified Bacteria → bacterium	689
SI39nov09_135mDRAFT_c1042024	Not Available	686
SI39nov09_135mDRAFT_c1042985	Not Available	674
SI39nov09_135mDRAFT_c1043481	Not Available	669
SI39nov09_135mDRAFT_c1044139	Not Available	661
SI39nov09_135mDRAFT_c1044747	Not Available	653
SI39nov09_135mDRAFT_c1044985	Not Available	651
SI39nov09_135mDRAFT_c1045115	Not Available	649
SI39nov09_135mDRAFT_c1045256	Not Available	647
SI39nov09_135mDRAFT_c1045265	Not Available	647
SI39nov09_135mDRAFT_c1045470	Not Available	645
SI39nov09_135mDRAFT_c1045599	Not Available	644
SI39nov09_135mDRAFT_c1046636	All Organisms → cellular organisms → Bacteria → Proteobacteria	633
SI39nov09_135mDRAFT_c1047077	Not Available	628
SI39nov09_135mDRAFT_c1047585	Not Available	623
SI39nov09_135mDRAFT_c1047839	Not Available	620
SI39nov09_135mDRAFT_c1048144	All Organisms → cellular organisms → Bacteria → Proteobacteria → Alphaproteobacteria → Pelagibacterales → Pelagibacteraceae → unclassified Pelagibacteraceae → Pelagibacteraceae bacterium TMED287	617
SI39nov09_135mDRAFT_c1048512	Not Available	613
SI39nov09_135mDRAFT_c1048712	Not Available	611
SI39nov09_135mDRAFT_c1050363	All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Nitrososphaeria → Nitrososphaerales → unclassified Nitrososphaerales → Nitrososphaerales archaeon	596
SI39nov09_135mDRAFT_c1050794	Not Available	592
SI39nov09_135mDRAFT_c1050833	All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Thaumarchaeota incertae sedis → Marine Group I → Marine Group I thaumarchaeote	592
SI39nov09_135mDRAFT_c1050861	Not Available	592
SI39nov09_135mDRAFT_c1051431	Not Available	587
SI39nov09_135mDRAFT_c1051956	Not Available	583
SI39nov09_135mDRAFT_c1052057	All Organisms → cellular organisms → Archaea	582
SI39nov09_135mDRAFT_c1052303	All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes	579
SI39nov09_135mDRAFT_c1054468	All Organisms → Viruses → Duplodnaviria → Heunggongvirae → Uroviricota → Caudoviricetes → environmental samples → uncultured Caudovirales phage	562
SI39nov09_135mDRAFT_c1054897	Not Available	559
SI39nov09_135mDRAFT_c1055841	Not Available	552
SI39nov09_135mDRAFT_c1056231	All Organisms → cellular organisms → Archaea	549
SI39nov09_135mDRAFT_c1056519	All Organisms → cellular organisms → Bacteria	548
SI39nov09_135mDRAFT_c1057200	All Organisms → Viruses → environmental samples → uncultured marine virus	543
SI39nov09_135mDRAFT_c1057343	All Organisms → cellular organisms → Bacteria → PVC group → Planctomycetes → Candidatus Brocadiia → Candidatus Brocadiales → Candidatus Scalinduaceae → Candidatus Scalindua	542
SI39nov09_135mDRAFT_c1059014	All Organisms → cellular organisms → Bacteria → FCB group → Bacteroidetes/Chlorobi group → Bacteroidetes → Flavobacteriia → Flavobacteriales → Flavobacteriaceae → unclassified Flavobacteriaceae → Flavobacteriaceae bacterium	531
SI39nov09_135mDRAFT_c1060057	Not Available	524
SI39nov09_135mDRAFT_c1060594	Not Available	521
SI39nov09_135mDRAFT_c1061343	Not Available	516
SI39nov09_135mDRAFT_c1062062	Not Available	512
SI39nov09_135mDRAFT_c1062100	Not Available	512
SI39nov09_135mDRAFT_c1062447	Not Available	510
SI39nov09_135mDRAFT_c1062473	Not Available	509
SI39nov09_135mDRAFT_c1063335	All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Thaumarchaeota incertae sedis → Marine Group I → Marine Group I thaumarchaeote	505
SI39nov09_135mDRAFT_c1063572	All Organisms → cellular organisms → Archaea → TACK group → Thaumarchaeota → Thaumarchaeota incertae sedis → Marine Group I → Marine Group I thaumarchaeote	503

Sequences

Scaffold ID	Protein ID	Family	Sequence
SI39nov09_135mDRAFT_c1000531	SI39nov09_135mDRAFT_10005311	F039175	MVSFRKSFAGALSKLGFIEKSYTETTTRPSVAQPYMSTDTGAKLPIFPFPLTMIYELADNIDALRIPIETLNREMFKNGFEVVEKWKYKCNNCSKEFQYAPTPDNPDEQPFEANGDNAQAHPRKKKAVEAKGLVCDTCGSHDLVRPVPEHRKTLENLMMEPVNSNQQTLEDVARQLERDFEIADNAYLLLLKNYKIDDVTGAIDQEKTIIKEMLRIEPPQVAMIADSDGRIGYDDK
SI39nov09_135mDRAFT_c1000644	SI39nov09_135mDRAFT_100064418	F007003	MINFFTKNINHKTYTDIIERTIMFNGHDGGHKSSYEALERFRKDWTLNIIPVTSQEDFKAFYNHLDIEVSDGIAWGVTGYKVIYMFVNDSKNPFMLRSNIMPLAHELLHAIYQDTVGTFHITRKYNSPEGRAGTRGAAATVIVHDNWYGSKKTIKFWIRWNMIWLPITIPFIPIKQAKEDYPI*
SI39nov09_135mDRAFT_c1000739	SI39nov09_135mDRAFT_10007391	F011736	EVDKFENIVRYSTHGRVVHGHRFGWIKKAGNCDLDILATTISTQQENKDRLYDFKGDRIDLRINFPQAKGEDPAIIKTDLITVFDLATLKIAFFGNFIQGQMFDSLMAYFNTIKIEVTNPHKIYFDIPSDEFSLNGYVAAKLKAQELCEGMIKTTSL*
SI39nov09_135mDRAFT_c1000876	SI39nov09_135mDRAFT_100087614	F042931	VKEEYYISDWDHKMDKWPDCTVKGCKHKINLNLNTGKCFPHSEGSYHWKSFKILFKNTFINSPRLLWRKMREIQ*
SI39nov09_135mDRAFT_c1000992	SI39nov09_135mDRAFT_10009921	F094379	MNKKYLITSGCSYTSGALDQYGWPDYLAKLMDRELDNKAEGGRGNYYISNQVYDIIDTSKYNWANSIVIVMWSGIDRVDKAVSKKEFNYFDKFNDNIQDSWLHSGGAKGFDKTKTKDRYWYNYYKTYHTEEDSYIQTLQHMIGVQEFLTNRKIPYLFLTYKDIFSNRYQKYKRAKNLENHINWDRFHFPNGEFGGEFEWVKDNNLTWSEDGIHPSEESHKKYAEYLHNLKL
SI39nov09_135mDRAFT_c1001126	SI39nov09_135mDRAFT_100112612	F006959	MYFETQVIFTEEIPTKNGVREKKTRRAFLVECDSVSVAESKVNGLLKDSPYPFEVKVAKESKIVEVIDA*
SI39nov09_135mDRAFT_c1001250	SI39nov09_135mDRAFT_10012501	F087902	MSYTNHNIKDVAASGVVKAGHGVMTAVHVTKLGASGDKIVFHNGDSNSDPVEFTVYGESVQNMDSIYRRFENGIFAEVTGSTAKYIIVFK*
SI39nov09_135mDRAFT_c1001287	SI39nov09_135mDRAFT_10012872	F017420	MNEXKIKKVSVKFPNFVSKDSVEYEGKRVVLKLPXXQDINNRMYSELFSGDSGMQVGAXNLPRIEGFNCTWRNDEKNPQFTIAQFTFASGEERKVMKIVEKYGGTVIESRADLNQWAFDETNLSGNSYQVENVNETLGTR*
SI39nov09_135mDRAFT_c1001490	SI39nov09_135mDRAFT_10014905	F065664	MAGVAEIMCKYGAGDKVLQLEQFDTMGFHEYYGVTELFKDLQSLIKRAEYIQTNYDKIVIHDYSEFKLNFPKSKVVLVFHGSKLRGLNEKELETVKEYPCYVTTSDLFDILPFAKHLPAPVDSDLFKKDVEGYGWIAINRPYQRDLIEKRIKDRYPDVQYYERNASSIIRYEDMPDFLSQYKHYVDWKFTTDTIPLSLPDPSCTGIQALALGLTVHDKDGGTLSTNLLLIHDAKRITERFINEIT*
SI39nov09_135mDRAFT_c1001767	SI39nov09_135mDRAFT_100176713	F027831	LTVRGKQSGIAFGQRTKQKGQSDLDQLIRLKQFLKERFHMDFKREWYVGFDKEYGHLCRISESVGRQELERFKWKNPDLLCIDKQYGIIIVELDGAIHDRKVQKTIQRNELFRGAGIKLIVLNIADIKECQETIIGKLEFEMLNIVG*
SI39nov09_135mDRAFT_c1002530	SI39nov09_135mDRAFT_10025306	F101067	MNPTLDLHGYKHHEVQNAVARFIEDWLGEGVFIDIITGHSEQMVKETVKVIQQYGLEYMTGLPEHSGKIRVVLYNDYH*
SI39nov09_135mDRAFT_c1002530	SI39nov09_135mDRAFT_10025308	F063091	MLYNSLFLLLFSTFFNQTYQLRQIECPRWMPGSNEVLPQGVVLSPALELQNKVRCYCEVVKRKERQCIARHVPVSICKERTSVWVADNLSLKNSFRLVNGVVPAPRRDRMMSFEP*
SI39nov09_135mDRAFT_c1002530	SI39nov09_135mDRAFT_10025309	F026408	MLLISSVNTEVMIAGNNLRIAHAKISASSGLNHFTALNLTYDTLRERAGDVQTLQIIPETQLGQRTSYEVKVHFSPSLSDGRYFVESIGYYKKSGRVISVHPIKALFQGEQ*
SI39nov09_135mDRAFT_c1002545	SI39nov09_135mDRAFT_10025451	F010233	LLAVFDGIEEQAEIKNNTINNELIVKIFIFFIKKVSHQHN*
SI39nov09_135mDRAFT_c1003005	SI39nov09_135mDRAFT_10030058	F015265	MFPDFKIKSSAMYPAHITKNPKLIEKNAIVNLNNVGLPVFLNPINDITPMMSPIKNPTRLSIFSNKNSNCI*
SI39nov09_135mDRAFT_c1003042	SI39nov09_135mDRAFT_10030422	F056157	MARKKLSSDDYWAQQIIRAQQGGKDYIFALVRRKYDEDDIEPVGPGEYIGLDQKKNYPKVTDNDPESDTFGKRIAKPNAEPSGIKVVYKDSFTPANVKKYQKMAGNNNFGETSLVYKFKQINITADKINEFWTTPMDKIYNTYVLKEQVIKVEENKSNNR*
SI39nov09_135mDRAFT_c1003063	SI39nov09_135mDRAFT_10030635	F044162	MLKKLILLIIIGAIGWYAYNHYMKSEIDXAXDTTEEVAEEAVXNVEDAIEDM*
SI39nov09_135mDRAFT_c1003318	SI39nov09_135mDRAFT_10033185	F042172	TGKHDSKTFFIKELRIVNLEVKARVSSVKRDFLNKKIPLIVIKNIGSESKGASPEIILEKIILNVDDDLEDIFDFTTLKTDIKKNINRLLDKLSGEKKDNSGKEKIDHQKVINNLKDLF*
SI39nov09_135mDRAFT_c1003416	SI39nov09_135mDRAFT_10034164	F026152	MKKTKTPKHWTAKAWAEHMLWISGFTNNKEVNYVQSNTRGKVPRKSNKSKQSSKAAV*
SI39nov09_135mDRAFT_c1003454	SI39nov09_135mDRAFT_10034546	F105496	VCSTNLFDLGQLQINPIILGGVGWEVKNSKVLESEIPQILQGWIIDLSD*
SI39nov09_135mDRAFT_c1003851	SI39nov09_135mDRAFT_100385114	F027054	KTKKETSRHWTVELNIGSKRNMGKLKHSKSSGYRYDYHDLNTVRKTVVKRFDGGSGNIIKSMFEFDNTYKDEPEKSYYIAFSFYGGLETFKDVSGQNKGLEGEYMEYSDRNILEDKLLILCMELELDCISYNIKEWTSSTFYPTGKQDLIYHPNYDGEQMIFEDEYFYTFGYHKLSSFDKLHSETTTHVTNTETVG*
SI39nov09_135mDRAFT_c1003968	SI39nov09_135mDRAFT_10039681	F002125	TAVIALVGEASLTSVDLFVSKDTAKLMFLRKRGQPIIEVQKVNK*
SI39nov09_135mDRAFT_c1004104	SI39nov09_135mDRAFT_10041043	F060433	MEVFSSVLEPLLLATLIGMGSGLFAFFRKMSNTQSDLCETVQRLQKTLIILAKTVDRQSNRLHPKEADSELDDLVKELLDK*
SI39nov09_135mDRAFT_c1004165	SI39nov09_135mDRAFT_10041651	F006550	MAKVFNTKKADYNGMQLWLNPVDKTVYASPSAPTYGFTESGAYPIYDYKAHQSGMKTAKDTFGNDSYVHDAFVDAEFKALAEDYVSDVKAGGRQRMAALRSNTNSAVDIVNVWETVLGKQDRTYAGKNLAKEIAVPNLLISIDTATKFSGMTQLDEGQLSQLKELTYTRQNFEASKYGLKFVIHEEARLKNVHNVLQDSIQVASNKVEQRQSFDVVSLADSSLTAKAAAGAWDTFVTSTDRSTANPLLDLGTSQLLIEGSGVGGKLNRVGMHPLDFAKYMGNTFIRGVASTSPSEVSFEPGTRELPGFPGAGLVLDNAIRQGDVYCVDTEKEPTIALFQGPQRIGSAHDEETGDDKYFIIDYHLASVIQSETGRQITGCTTPTDWT*
SI39nov09_135mDRAFT_c1004492	SI39nov09_135mDRAFT_10044921	F003827	MAEGIWGDWQVRLIAENMSEKRPKRDWFEGDGTDEGYLTSLKSWAHITARQLYSMELEERQLIIFVHHLGIEHVGVETFDPQDTRQLSDFRP
SI39nov09_135mDRAFT_c1004729	SI39nov09_135mDRAFT_10047294	F076483	MQMIKTNTLSQIFKEHNIEVDRISKIRNLQTLLNDTTLDIPLMRRAVSMLNLRWILRNIQVNNSEHVNINKIIKLTKEVI*
SI39nov09_135mDRAFT_c1004760	SI39nov09_135mDRAFT_10047608	F029244	MTMKVSNLKFTTEMLNDVWAGHSVEMPKTDALRLVSNPKAAADFIAEFGDVEIVLNTEYSPRWEVAAFKVGRDEYGKLKQAYCDQFGSN*
SI39nov09_135mDRAFT_c1004760	SI39nov09_135mDRAFT_10047609	F044733	MANHGRKMISGVNTLVTIKSVKLDPNSKAYKKVIANSKGVLNGNPDIYQQTTKLMNTKLAKKLGYIK*
SI39nov09_135mDRAFT_c1004961	SI39nov09_135mDRAFT_10049611	F023365	MANLGEITEIVNASELTLEVGSDNYILLTNLSLHIGRPEDRIATTDGGALFTYGKGDNYFTATLLVSTPELSSLNTLGQIDSDGDMTSTAWKIVAKDVAGATKTFAATGVLREYDISKPAEGKVS
SI39nov09_135mDRAFT_c1005217	SI39nov09_135mDRAFT_10052173	F049038	MTNEIKYLNLGSLTPDIYSSVWEYGNLIDTNCPTVIKFSSKKHIVAFFGNSELDISSFFNGEIEYPIVRVYEDPDNIDDDKLAYWIEGPNCFNFILYFSRDVKPLFLQAVRECCFKFGIETFWNGRNDIFFKIGNKQKKFFGCSYEVINDCHVTVGSITYQFDSKLATKVKELDINNVLKTPSFESDSGNVSDVVGGLWEVDSTIDPIKFNDEFLKILMKKLGGTLEKNNLSDGEMQLLISRGKKRLEDGEWLLKGNNENFI*
SI39nov09_135mDRAFT_c1005432	SI39nov09_135mDRAFT_10054322	F011190	MGIVSNFIKGLKKSFNGKDYLRDINQCDKCGKPSFFSSCLKCETDEAYRGWNKKQLRD*
SI39nov09_135mDRAFT_c1005516	SI39nov09_135mDRAFT_10055161	F013137	MSNESVVNMVDSLTGGDNVAAQDAFKSALTDKIGMALDAKRQTVANDWLNAGDEHEAIEAGSELSGQSSFDAVAAQVDADDHVDFE
SI39nov09_135mDRAFT_c1005730	SI39nov09_135mDRAFT_10057302	F050009	VLCVANQVLVHGVKCVSWNLSIGLTEKMPRGKQSGIAYGQKKQYGQSDTAQLIEIASYIRKKYKAKVKREAYLIFNIDNKLKGIKEFVTKADLNDCTVKNPDLTWIDKYGMWIIEVDGAVHDRKVEKTNKRNELFRSNNIKLIVVNLADCKELELDIYEYIDSEILRLIKNE*
SI39nov09_135mDRAFT_c1006091	SI39nov09_135mDRAFT_10060914	F048646	VLKVLEVFERQARVATERPDGSEYINFEHVYDTRECLLNTNYIVAIHPYEFSSSREIKKSEGRFPEGTKFSTFVLDGNSFRQSEIIVIGSFEKFTQVLGDATQ*
SI39nov09_135mDRAFT_c1006296	SI39nov09_135mDRAFT_10062961	F068674	GSRGWSDRSAWSIDTWLVDNLIPMLERLKIDNHSTPMSMFKKKDGFDKDGIPTDEANVLAAQRWDNVLNEIIYGLKCAKKLQDMDYNYKDKKLTKRLTKSSQRSFELIGKHLFSLWD*
SI39nov09_135mDRAFT_c1006492	SI39nov09_135mDRAFT_10064922	F018814	MDSTKSHVKIYNISPEEAEDFEFDYDTETSDILTELVPNLDDWGGFGWMELEEYEYNPHDNTMHLSLETKWASPVQWLRYASKGTHYFENRLITMSTVQKDETCVNGVAIMDGEVLQQKTLFEMESEEVGKYYSEDRPDYNLESLDNQIWDSIGTFVKVCEQFYLEGDKENDY*
SI39nov09_135mDRAFT_c1006823	SI39nov09_135mDRAFT_10068232	F023481	MSTQNKTSIEFELKKINSNLNTLNKIMSSFLVIATSESTFKNKTNKEIKSIVPVVSSTLKAINESIYDS*
SI39nov09_135mDRAFT_c1006823	SI39nov09_135mDRAFT_10068233	F011350	MKVYMTVNMLLNIGISLIIIGLILFVISQYKLRGIENEIDKQKKLHQSFIRGKTK*
SI39nov09_135mDRAFT_c1006823	SI39nov09_135mDRAFT_10068239	F094394	MIELFLFLFIDVDTRMGNFYIHEQKFNTYQECNQYIQEHTTEENIYTPTGQAIGLTY
SI39nov09_135mDRAFT_c1006896	SI39nov09_135mDRAFT_10068961	F016411	SLQEKADMYKNLRLLFENHKIKLKNINKMVYQLSYLRREYTESGIMKIKSYEHDDYPDSLVLACRAVNTGEGWYVMNMGKALKESLFG*
SI39nov09_135mDRAFT_c1006983	SI39nov09_135mDRAFT_100698310	F092871	MGRKAVYTKQIEHLLSVGYEAKDIVKITNIPKGTIYRIVDQLREEAKTNFDQLMTKDYLYKYQMNLDNYSKTIVQCNIEIETVNKKYDELEKVVMESLEVCPVDKYIARSAYMTNLINIRNNRTIEIQKLIAQRDKSSEMKAKIFNSGPVVYRINQVVENKVLQP
SI39nov09_135mDRAFT_c1007830	SI39nov09_135mDRAFT_10078302	F085538	LTSEHIFKVGVGINYFDDTKGLIKILTNDTVYDYITKFYVIDGLYAGRNDKQKSDPTYLKDLKDIYSKIHIVDMNNKTQIQKRNKYWELAKKDKMDYMIVCDSDEYMDIKPDILDNSLRTIQDRPEKCYPIKQHMVGITTMSRPRLFKGPYTFRHLQNEKENIISHGSLYDKDDTEIINQMYAWFKDHPKREINSDNQSGIDGIEMWHNKEFRTKERIIADRVYYDNTPNR*
SI39nov09_135mDRAFT_c1007830	SI39nov09_135mDRAFT_10078303	F037175	LLNLKVNNIGRWIEKWDIHVWDLKDTNPQFFEHVKTTSGQKINTSMPSGVTGKFRMDLYLHDSSNVFKARENSDRIMHETCHAILIGTPHFVSGVHDNINNRFQATXWYWDRFKYTKFTLSIIDIRAYL*
SI39nov09_135mDRAFT_c1007830	SI39nov09_135mDRAFT_10078306	F081198	TEEQGQAFMDKLFETGYNKLVLEKEGWIESHSFQKQTGNGEVQEAVSTSGTVPGVKQSSNISIQLGSKTAIPIRQYGQFQAVPTGQNTARFYRITVPDAGAITESPTTDITAVTHTLTAIDVTCNIRGWRQVVEKANLEDYPASFLNAIRETARLEAIRDEHKLILQDLGALDHDFGGVTTAPYHIGGSDGAATSNPTEEDADGELDEDGLTFSKRYLEELGQDTSPGNLIAFISPRAFESLISSTSLSEYTQIGNAGITRLGQMERLYGIDIIVTNELLSANNASRNLVCVKGKCWGLASQRKMEIEFQKNIAGQYWDIVWTHRVGVDILDPNTYVIVSTVNA*
SI39nov09_135mDRAFT_c1008426	SI39nov09_135mDRAFT_10084268	F104049	EDQVWQFVTKAITRTLYDAIATHEAHGEHSIEVGWLRDYTDNIAVTFPRIDPDD*
SI39nov09_135mDRAFT_c1008506	SI39nov09_135mDRAFT_10085061	F036269	MGVRVKESPIDSIIIDLILEHYNMLSLSHRKPMLSDIEFDDIVHYAQEVYYTKLIEET
SI39nov09_135mDRAFT_c1008670	SI39nov09_135mDRAFT_10086707	F093661	GAGGGGTLKALENLTVNCEADIYQMGHLHDPMGIKRDTFFYNDKKNTWDSKEQILVNSGCFTSAVRNNVDQWMEQKGNKLLTSKPGTWTVSFDAYNNKVSQHG*
SI39nov09_135mDRAFT_c1008702	SI39nov09_135mDRAFT_10087024	F057661	ILLSICDIDYYSQKKTTFIISERQYVSFFIINYT*
SI39nov09_135mDRAFT_c1008791	SI39nov09_135mDRAFT_10087911	F070214	MRYTALISLLIMLILTTSIKSEETTTNNLLSQDFSSKWSGTATQRHGNGVVAAVNNTYIQSDDISLKDDANLTEPQLQDGFTTNHSFKYW
SI39nov09_135mDRAFT_c1008917	SI39nov09_135mDRAFT_10089171	F034189	MTTNLAKWASNDGQITKSGLPNDRRAKFLPSVVGFAYDLLRYEYYLGNIGLRQXXCLTLV
SI39nov09_135mDRAFT_c1009307	SI39nov09_135mDRAFT_10093071	F032311	SPNSDMKIQVFLRKMTPSKGQPKGMMAFNWQFEDK*
SI39nov09_135mDRAFT_c1009307	SI39nov09_135mDRAFT_10093072	F004439	MKSFTSYLKEARGSSLSGLLFLPRIGYYDQLMIPISSSMFKRIWPDTLRATVFHTTDGDGVRNIAKLQGKKKQISAFFSMFSRYMEVGVATQGGVHSVLEMDADVLLSAKGDVMSHLDQNGRRWTSISDLKETSRWTKFTAVEKDLEKMFDALVKKYLKRGEFQENATVWELWRMAERKVDKKTMSMIIKDYMDGMEKVIKKNIDTFENAMLSYAKKRSTDLSWDEQIVNNFKVKTAHFFKLKLKIAQTEKEASLYPEHQELMEFAKSKGWKVKIWDAAIELEAYTREVAKKELGK*
SI39nov09_135mDRAFT_c1009477	SI39nov09_135mDRAFT_10094771	F072007	MKKLLAMLALAVLVTGCYAKESNKDYNKTEEPKARRY*
SI39nov09_135mDRAFT_c1009477	SI39nov09_135mDRAFT_10094777	F098743	MKYLILLCFIIAITTCAMARETSSEFYIPSESNAYQGRLIYDSSKEDYPINKMI
SI39nov09_135mDRAFT_c1009581	SI39nov09_135mDRAFT_10095811	F023366	GTVNMDVNGASFTADIDQDNASTINLHHDGASADYVILQTGGSGDILTLTVNGASANVDIIQRD*
SI39nov09_135mDRAFT_c1009764	SI39nov09_135mDRAFT_10097641	F101334	IVGTKSKATLAEAFKMAFAEKYDVKRDEIKQGIVDKVYNNEKVDK*
SI39nov09_135mDRAFT_c1009858	SI39nov09_135mDRAFT_10098583	F015345	LTSIDFFGIKQRIVEILKDDTTNLYDTTPSDKTKFRKIEAGSPTTKGINQPPLPRLWVTSDDLVANVSDIAITSNNVTLGHEYDFRVKIIFVVEAKDGPKTEEDIDDFTKSIITQLETNYDLRTPGGAESTRLAESSNVIQV
SI39nov09_135mDRAFT_c1010020	SI39nov09_135mDRAFT_10100205	F019030	MTDKQIDNRKTYAVQKSTLEAIGIELVIAQREYEKQLNMHTHLITGECELIEADKVFYEEQVEYLTGLIKHLNEVTKNELLLI*
SI39nov09_135mDRAFT_c1010306	SI39nov09_135mDRAFT_10103067	F093699	MGIRDSLSGLRKALTPVNKGYTDATTRPSIAQPYMSTDTGAKLPIFPFPLIMIYELADNIDAIRIPIETLNREMFKNGFEIVERFKYKCENCAKTFQYAPNIHDESEDKIDMKKVQCDSCGSYDMRRPVPEHRKILEDIMSKPVNGNMQNMEDLSRQLE
SI39nov09_135mDRAFT_c1010342	SI39nov09_135mDRAFT_10103425	F045428	MKNSILLAVLVSVALTSGVSVYAETATVEVPFNSHGQTCNFDEIAVEFHCVWQGFKEVYTIEDLKEYKELLTVERYDQEIQKLNEQALAEIAIEKAKLTPNERIILVIEEKLLNGEATKDESVLMNLLKKLNTCKQGMDKQTAPFQTAREFEISSFNLWQVNNVQVEGQLGEIVMAIEECRGQQALLKVVGEGYSSMPTGDDDYNFSLMDIYTPDVQALNFDDHTATHRNIDMSLICDNNQYTDAHKAQFGCEILYDGKTAEQIKAENE
SI39nov09_135mDRAFT_c1010803	SI39nov09_135mDRAFT_10108034	F012073	MPVHLKNFYLREFMDFKKKEKEHIDKSQPKPQPTIPRRFNPK*
SI39nov09_135mDRAFT_c1011131	SI39nov09_135mDRAFT_10111312	F051547	VKSMIDPLLIATISVIGGAILNTVRGFLGSDETTYDIKKFFGALIIAVFAGIAVAQTLSLASLGITETILIGLSVGFSVDYAVSXAKKTV*
SI39nov09_135mDRAFT_c1011131	SI39nov09_135mDRAFT_10111317	F001235	RHQSDEFTKVNNYKEGVCLGCMKVDVAAATIADICGDCAGKKGREPLLAKVCDKYYGLCFFCSKYKFNIEQVNGRFCNTCHSRIAKITKEYNEKGGFMKTDPFWISMRKKHGKDWKQIMGGYKKSNRR*
SI39nov09_135mDRAFT_c1011843	SI39nov09_135mDRAFT_10118435	F058066	DNDGNPTDEASRLATQRWDNVLNEILYGLKCAKKIQNSDFDYNDKKLTKKLNNSSTRSFELIGKHLFNLWD*
SI39nov09_135mDRAFT_c1012067	SI39nov09_135mDRAFT_10120673	F058538	MYSQYETTVMNRRRLHHLLSWVNHELHXDYEVIQENRDVFYVIFHDLDILKTVAIQXHLKSNPHTAN*
SI39nov09_135mDRAFT_c1012701	SI39nov09_135mDRAFT_10127011	F015400	RSRRHSSQMETWLMKWLWHKLQSFYWKLILGIIVLGSVFVYFYRLLRPAVDKSLFLEALKTDAESALKENELRGRLEKDKIGAIKNVFEGRLRDTKKIDDRNERLKALIRLYEELDI*
SI39nov09_135mDRAFT_c1012701	SI39nov09_135mDRAFT_10127013	F020606	MKKVVALILCFSLNAVAAEVTKFDPRPAAVEQDGDSYIGILLSEEDFRKLLQNKLDSLAKLGECSVDKKVCTQMQETYKLSIIKLEDTILKDNKWFNRNRGTFGLLTGLVVGAGMSIAIVKAVYQP*
SI39nov09_135mDRAFT_c1013091	SI39nov09_135mDRAFT_10130911	F017322	MKKLLTEWRKFLKEGITDVVYHYTSGINKAAKILEDNKFMASGGFTKQVETELGKGKLYYFSTARTPVNSYTGTYPQGAIFKLDGRALAQKYKGAPTDYWADPKYNKSSKLAANVGKTGHVDAFEAEDRILLDEPYIDDADTYIDEIHFAVPLYRNEKEMFSQEMKRKTALSLNWYQIDGIERGVAVAEQRGIPYYIHIDKSTWPHVEVGKKKAFTKLADFKQEIEKSGVKITDKPEPRDRSMDKNRVSKQIGEDEVFLFVQAAQDILAGKEQFEGANVQGKVDYSDEKERKRKGKAFFGGLAGRPDMTGRFVRDINNPLHNVSSNPDARKTLELLASLMRSTKQKTIKDLETYLNQVYKKNHPDGDPTGYR*
SI39nov09_135mDRAFT_c1013549	SI39nov09_135mDRAFT_10135492	F004630	MNNQKLISEYYREDKAVAKIYRVITDMDGDHSYYSITYKDKDGVRLGTEDFPFKSLQYVEDAAENWTLGIKVLYG*
SI39nov09_135mDRAFT_c1013739	SI39nov09_135mDRAFT_10137392	F093386	MKNINIYIHTWKINNWREILNEQLSQIDDSGLGDTASIHICNSDAEKKTWFEMWKHSFDNDSYYLYLQNLGISWQGTKYEDITTNWRKWIMGGVVENWKEYISHLDEYDAVGDCWKDVAYFRDFFPNIQKYKDSDVTYPQHFATQMWWTKSSHLSKLENPFEHQKYSVPEHRGERVIMEGWLTSHGENFKELRNDFTLEPLSAYNNPHLKNMPK*
SI39nov09_135mDRAFT_c1014021	SI39nov09_135mDRAFT_10140211	F012817	MKKYLQRFMNLYFIALLSITGFYAFNYFQILNMEGWEMFDKYATENEKEMKENLADQMLEANENSDQQEVERLGMEYKNIYIEVRGKAKKEFWDQKKNNWKIASFLIVFLFVINYMLSGRITLFHKNTN*
SI39nov09_135mDRAFT_c1014194	SI39nov09_135mDRAFT_10141941	F023872	VIMDAAVSSQLDSIPRIKGFLLIQIVFINCTISIQVRNKIIYE*
SI39nov09_135mDRAFT_c1015254	SI39nov09_135mDRAFT_10152542	F081210	VKPGDLVRQAPNIFADQEVGGKKMLVLKVMDGGPNRGETVLTLLEGKERIWHYGELEVYSG*
SI39nov09_135mDRAFT_c1016039	SI39nov09_135mDRAFT_10160391	F003286	RRSSVVKVQKELDFVENYDSENIYQEPRQDRFDEIIDLLKTQSIYGEDKNITLGVVDVPIEKQISIDKASTQGLTSETYENNNENKLDKLRKLRRGN*
SI39nov09_135mDRAFT_c1016347	SI39nov09_135mDRAFT_10163471	F029559	YKVTSATDITPLGWTAETATDVGTGKTLTGGVSGLCSSLTHASTRLAIAAPKINLRKLWWNIAAGIAHTRIFFDGSDAEQTIAYLVAGNGYINYAGGGNHIGAISMGAAAGNSSNVLGDVSVTTVGVAAADTYMIGIEIGKMEGFELPNFMKNGQLGYNHNAAGFGDSY*
SI39nov09_135mDRAFT_c1016845	SI39nov09_135mDRAFT_10168451	F017910	ISIDSNGNEVDDTYVTSIDSIMILKEMLGDDKTADENGELTEYGNKKLKRLQKKWCIENQHKNYNNKDYAK*
SI39nov09_135mDRAFT_c1017231	SI39nov09_135mDRAFT_10172311	F041140	MKWINTKVEFAWDSKKQKYVETDVQGYHYSGPIAQCGAPESFGAGELVSISGSLEGISHTSMSVGDVVLSANITGLPDTDVASEYLLWNYTGSAGISSQVTLATSSVESITTHSRAPADAGMYSLVCENGRTDGRTDDILVTEAHPLLVWSGSADGNVTGSGIWYFEYAEDIHPDFKLLSSSLEPIDITSITEFTGSVTQSFFRFDVEPYDVYFVEG
SI39nov09_135mDRAFT_c1017567	SI39nov09_135mDRAFT_10175672	F058452	MTNYSQDEDDRKRDRQERADRVNVFTKERNRTQSVEIGKDETPHTAVDIELSDDDFMGVALQAHERDITFNKMINIILKDSIKQAEYKFEHGNKPQLLNEGK*
SI39nov09_135mDRAFT_c1018154	SI39nov09_135mDRAFT_10181543	F096498	MGMYDEINVDIKCPKCGANDVTWQSKDYMCGLDMIDPDKVQEFYTYCDKCDTFTTYRRGAENDEAVIECRAEPYSLDEVEKMGFKYIEDEDRS*
SI39nov09_135mDRAFT_c1018216	SI39nov09_135mDRAFT_10182162	F073088	FLSDTYYLKSEFQSTLKNVIENELNIFIDFKAMLTTIGVKTIKFRKKDKIHKI*
SI39nov09_135mDRAFT_c1018360	SI39nov09_135mDRAFT_10183603	F089051	MDKKYILVGCGGSNSEIKNYIKEWYNFKDCYKYVRNEVKNERMGDGGIRESKEEDWIMWERESYMLDIDCWRKDIKLNEKDIVIGIWGIGESEEVYEVIVGDSINDKRYRYNINVGDVVDGDGESGICVGFDDDEVLLYNDGEGWSCDIEDCKVNG*
SI39nov09_135mDRAFT_c1019065	SI39nov09_135mDRAFT_10190654	F101492	MFKTAAELGREFRSEIIPMLKSKGFDLKIASSRKSYYHDGKLGVKITKVPTNFPVWVSKYSRWDRTKNADRLLATIEDRINILISNNNVKLETKGDGGLDIRVDVEFGQSVKYIPYEKDESNESD*
SI39nov09_135mDRAFT_c1019122	SI39nov09_135mDRAFT_10191222	F029271	MSKLSDLQDIKELLDVDFRKDKFLDNQYNNSPSFNYDAAESYVANIHQFLSEKYGEAVIYNFMQEVESLRITTXKMYIESNIAAYRRXXXQDND*
SI39nov09_135mDRAFT_c1019457	SI39nov09_135mDRAFT_10194571	F066733	TFTAIEVTPSTITGIYLVGDFDEIENSPFDLLQAIVEGSAASYEDFVATDMLTTKSAEGTLTAGLWIRGDTGATITSSDVASMVFDETAIAVGREYLENQGYLRGGIKPVAFLHPQQWRQLITSTNVTSLATRSAPDIWLKAELEQFMGVQLVVSNAVELKSNTTNNAYNAIICVPKHSYGIGIKRDVTCKMHEVGEDNQVRVNTTWRTNTGVIDATSIVRVSTTV*
SI39nov09_135mDRAFT_c1019485	SI39nov09_135mDRAFT_10194852	F036781	PVVFWIVTAVIAVMAYEPKAVIVLISAWMPAPPDESDPAITNILDFGFNLFNFS*
SI39nov09_135mDRAFT_c1019640	SI39nov09_135mDRAFT_10196402	F007003	MIHYFTKNIDQKKYNDIIQRIIMINGNDGTNNSGYKAWQNFEENWTLNIIPVTDQEDFKVYYKHLNVETSETSDGIAWGVTGVKVIYMFVNDVKNPFIIRQNVMPLGHELLHAIYQDAVGTSHITRRHDAPEGRANTRGAAATVIVHDNWYGTKKTIKIWIRWSMIWLPITIPFIPVKEAKKWYAI*
SI39nov09_135mDRAFT_c1019788	SI39nov09_135mDRAFT_10197882	F022282	MDNGFRYQLGDLVEFKKSERTTEEYIDIVTLIGIIIEQRWVFTADNKFKVRTSDKDYWIREDHLKLLSKGTR*
SI39nov09_135mDRAFT_c1020107	SI39nov09_135mDRAFT_10201072	F066454	MSIRFDVLILINSGVTDRSEIVARLGINIRSVSNSIRFLIKEGWVEYSREPVSAVGSVGYRITQVGIDKIKASTVDDYRKSPQRKVPDYEVMRSHLGVGGDVTRSELVNLWNELTDYYLPYEGDKDFTEIVVFPP*
SI39nov09_135mDRAFT_c1020531	SI39nov09_135mDRAFT_10205311	F002715	RGRQIDNLLSKLDLTADKLQELTVQIIKLNTRQEESLRYSTNMSGEFKILHTRIGDLHDKQLAMYKEVEVRLDRLDQYKSKLMGMIIVVGGVVGTIVATVISVFLKE*
SI39nov09_135mDRAFT_c1020531	SI39nov09_135mDRAFT_10205312	F000245	MKTFTRFKESKFLDDRLDKIVHDEIIKRKFARFPINATDDIGMRLPPNKPAFTFPSPNSDMKIQVFLRKMTPSKGQPKGMMAFNYQFEDK*
SI39nov09_135mDRAFT_c1020531	SI39nov09_135mDRAFT_10205315	F043074	MKTFSQYLEEANSKYIVSKNPSDKKWYVMGHVGNNKWMPVSNEFKNK
SI39nov09_135mDRAFT_c1020612	SI39nov09_135mDRAFT_10206121	F016619	MAITIAHNADHKSLTGKTLSIQSELTSKLKTTIVDVTYGGSDNYATNGNTVDLSLGGRISTVIGAEILHCNKGLLLQYAPAAAGAAATGKIKAFGHTPTSSTATVVALEELDNADTAVNSMTIR
SI39nov09_135mDRAFT_c1020757	SI39nov09_135mDRAFT_10207573	F061978	NCANGECEFINSYHYKYAKTYCSQNLSFEEVETELSYFTILKTSQKCEVFEITE*
SI39nov09_135mDRAFT_c1020914	SI39nov09_135mDRAFT_10209144	F033216	MAISNVKVVNTASKYIVKSKGIGSETNQVLVNANDLTGGTNKSLVSLIECYYIIESIGSTEGKLTISAAVDAEYDEQAEAAGTQVRKDLVLTGNGKYGLRPSQLKFGNDKIFKLTTDSNVRNYLLVTEFRRESN
SI39nov09_135mDRAFT_c1020962	SI39nov09_135mDRAFT_10209622	F038690	MGIKATKKELSLFTTNFSLTYFILFIFLTLLMMFMDSRYDYLKQIRKDFSFITNPLIVLTNDSINFFVDFQSLSKSKALLEEEINQLNIQIDNLSIENQIRNFLVAENDNLRKEKLLSKKYSP
SI39nov09_135mDRAFT_c1021332	SI39nov09_135mDRAFT_10213323	F045143	MEIQIDKLTLSQTIEALKKTSEGLTQLEIEYPDNYIIRKIMTMKHLVDHLDANELVIDEADYYKN*
SI39nov09_135mDRAFT_c1021447	SI39nov09_135mDRAFT_10214471	F041261	RRSQCGSAATECKAVKDYYNTGWYRQAMVGLNLKPMKVRK*
SI39nov09_135mDRAFT_c1022521	SI39nov09_135mDRAFT_10225214	F042073	RVTTDMKWIDIKIKDLKKKINDQSVEDARLGLLDIAS*
SI39nov09_135mDRAFT_c1022961	SI39nov09_135mDRAFT_10229611	F073414	MPCDCTKKTEADDAPKECPEGQSFDVSQGKCVAKESAFGDPKTDSTIGDLAGEGADVGDKQEVEGCPEGHSINPDSGICEPGASADKTDDIGQTNTSIATEKKLASIEKSLKALSEKKPTAQVGLEDGTHSWKTVAENMAPSLRKFGKFEFDINLESLRSVTTKQTRDRSGQVTESFRASPLQLQEAVSISGTHATQDLDTDVAIVPGGLSFRPVFEFAK
SI39nov09_135mDRAFT_c1023938	SI39nov09_135mDRAFT_10239381	F070222	ITVMPDLSDKEVIDKENVSEYEEEDGSEDFKILTWDIFKKLKKL*
SI39nov09_135mDRAFT_c1023944	SI39nov09_135mDRAFT_10239442	F096067	MEIFGKTKMDGSMKVDDEIICESKLQVQIYIDKKEVTYSRRNMIKTINTFLLFLTNQDLDELNDRCKSLKEHRHQQEQQSIIDCQNIPIQSNRHDT*
SI39nov09_135mDRAFT_c1024990	SI39nov09_135mDRAFT_10249901	F028322	MRMINMKLLDFWGSFQTNEKRMIKILLFLLPLIVVFIYLGDISNKISAKKLNLEVAKANFDYVYDKALNFQKYSLAQKALFDYPEKKDFIFSESKGYPLIDFQLGEEEGSIVIAFKSESVVNYAQFFESLVNHPEIKIISLSITPTSEFQQVKAFLQ*
SI39nov09_135mDRAFT_c1025020	SI39nov09_135mDRAFT_10250201	F021860	LTQMNVLNLQGNPIENTLNPIIQRFLQRIQNKRNQKNIYSDTQNVHSSSIQXSIKDSIHALMNCYHPEHILTYLDWIELDKKTKEIITEYMDCKDVHTMLDITFKELFIAIVIEMEGLSNELQKEIKQRLNEEMQESECKCFTGRISRLVNCLSGYSDKVKIQISEGEEIGNIISVIMEKRGIKTTETLKEEVRVALKERGYEETKINEWVEYVE*
SI39nov09_135mDRAFT_c1025698	SI39nov09_135mDRAFT_10256983	F042571	MALIDSKQLSKNLSGSFAVNTGSFFVSGSDDPTQGSYVLSTSGSINTTGTGRVYEKGTSVVDTATALAIVFGG*
SI39nov09_135mDRAFT_c1026170	SI39nov09_135mDRAFT_10261702	F004880	MSQEYYDHLNEGEKYFCDKCQVATLGAHEYEQYIVMQYHYCEPCWNYVHLKKGTCDKCGSSMTNRSESEKILIVCGCGNEVELKW*
SI39nov09_135mDRAFT_c1026259	SI39nov09_135mDRAFT_10262592	F097112	LNNPFKESKIEEAKAPLAKIVRSDYQREQPIQVTFEQLIKYHDRTPQLQIAVSSYSELITGTEMNITCKSDKATEVLNDWVRNADFYNKFENMVTTCLITGNSILEKLDENDIQDVEEVDMQTIISKHRNEYGELQHYEHRTNHGQTAKLGEGKLGKFIEFNLTNYSKQAWGKSLFYSLAIPRTIGN
SI39nov09_135mDRAFT_c1026841	SI39nov09_135mDRAFT_10268413	F048548	MKPVLIVENSQNQLIRESNSANKGYTLGGTFTEFGVKNRNERIYSADKFLPALNEMNERISGL
SI39nov09_135mDRAFT_c1027493	SI39nov09_135mDRAFT_10274933	F101311	LTQHKGKANGEIRNAKKQVIGFHTSAKTMKSRFGPSPRTCEFDVLFDLENDRVGVSDESSWLNAIGGTPGCVRSGAWYTIKVEGKDKKFQSKDFLKLLEEPKFKERVLDILEEECRIGKK
SI39nov09_135mDRAFT_c1027866	SI39nov09_135mDRAFT_10278662	F006959	MTYYETQVIFTEEIPTKNGVREKKTRRAFLVECDSVSVAEAKVNEVLKDSPYPFEVKVAKESKIVEVIS*
SI39nov09_135mDRAFT_c1028343	SI39nov09_135mDRAFT_10283431	F030082	DSIFKGSKKEPLADDDFDSFSGYYPDSIEVDKSSQYHFESIDNEQYVRQKQVKESVYDILNEHTSINFLNNRRKPSKVDFNNYYALLKSHLKEESFTNIELFNELSVYFSDNIFNMFKLLDNEWRNLILKELEDHIGKNKKSKDVINRNIYEGTEIEFMWEDEFGDDKVITGVVLETDYENSCYKIDSYENIFTIELDQITQILNNKFKYNLNKLNNIDFL*
SI39nov09_135mDRAFT_c1028450	SI39nov09_135mDRAFT_10284504	F086307	RLLHEEWLDEGRKTVVKTMLEDMIDRMEDNLSMDDLR*
SI39nov09_135mDRAFT_c1028942	SI39nov09_135mDRAFT_10289421	F050420	MANMNILRIIIFFLIIPVISHATEDLKYSYVHDSIGDRDDAEGDVTFRTHQDNGVMYEYAHVNINWKGGFFKSSITDDFIQKKEIKNGLVLYDIVEGDQKKGYSVFARQIKVKNYPVGFETK
SI39nov09_135mDRAFT_c1028988	SI39nov09_135mDRAFT_10289881	F069958	NRLMEYWEGINQGDDYMCDRCNVVKLKVDEYYGNHNPDTGNRYCNECTTYIILRKWKCNICESSGTMRNERLLPKVCCKQEVSWLK*
SI39nov09_135mDRAFT_c1029036	SI39nov09_135mDRAFT_10290364	F012582	MTDFHKKLKHLSATMLHWAEENKIRTKRNGNYEIPQRNGIDWKFDFKFVTKLDSMLADGLDNKLNKKEMEMCNQLYEY
SI39nov09_135mDRAFT_c1029355	SI39nov09_135mDRAFT_10293552	F005620	MLTDKEINKHIDIFKTFCKNNRLRLREASDGMPIARAIGKFNEDQFFCNFRTGTIGVFVTRETQRQFTYLHKKLTKLGCVATQLGDFEGAYDLEWMNIPPVARLLKIKKGAAKVRDPKWLRD*
SI39nov09_135mDRAFT_c1029747	SI39nov09_135mDRAFT_10297472	F031248	MEKQKESKNEPSLKDKVDTIYEILSQHKIDIEYLGSKIEDISLNVDKVKGRMGI*
SI39nov09_135mDRAFT_c1030416	SI39nov09_135mDRAFT_10304162	F022158	EPDCTAGAAGKTDKCVAHGGGKRCPNCIDWVDSRSGNSSKYDGYCATCFKRCFPADARSQQIYAHTKEIMVRNIINENFEGFIHDRPLYTGNCDCTHRRRIDHRKMIGNTILAVETDEFGHRGYDKTDEEIRYDDVYMIHSGKWIFIRFNPDTNVSKVDIDDKLDTLIETMNECIVRIERDENTELIEITKLYC*
SI39nov09_135mDRAFT_c1030834	SI39nov09_135mDRAFT_10308342	F092078	MAGSKPKHNRASILALPEMAHIKEALMLGAEQAQANGGKFDLFKPIRETPMSVIFDRHSQNGFEDGKLNPNLDKVWYSQYGIRIGDMAATNPYIGGKQLHETVSVPNTLSALKIADEILEGAEPWSDWKQYFRLIDMDTPKVNVPITKYTDTVGGAVGAQKGIEIYTESGGTPPAIGGKVETVELDTSGTNNSYRGT
SI39nov09_135mDRAFT_c1031030	SI39nov09_135mDRAFT_10310301	F010790	EKVDISDISWNHQKLLKIGGDYIHKTRDGRLWYELEDDINKSKNRTLIKYFKEYEKARLKLSQAGSMLTRAFNLEK*
SI39nov09_135mDRAFT_c1031265	SI39nov09_135mDRAFT_10312651	F091332	MSELENRDKEKQENEVASVWFRAQFALENEGIFSRIPGNPNLSESRNKIYGRRSARTIFNNLRTDKKLYRNHILSYSVHGREHDLLSESAINNEVDSRTDILFLRMRTPELDEICWNWSQELLLHRDYLRSVGIDLPIENDNRKI
SI39nov09_135mDRAFT_c1032051	SI39nov09_135mDRAFT_10320512	F034764	MFQNTSNKTPYVFVPVEYPELAEGEEIKPYQPGLICSEWLELEIVELSEHN*
SI39nov09_135mDRAFT_c1032228	SI39nov09_135mDRAFT_10322282	F073088	IHLIQIQFDQFVFLNNTYYLKPEFQSTQKNVIENELNIFIDFKEIGTIVGVKIIKYRKIEEIHKI*
SI39nov09_135mDRAFT_c1032535	SI39nov09_135mDRAFT_10325353	F015796	MDYRLGRKNGMGEVSKMNKQQMKKYDDTRDRILLREWFKLKGVVLEHGSKYGVDLKGKEYDVEISHLSFDSLWEQWKKENRFRIEIRKRNHYWNGIYNKTHTTHFVQMNKSGHELLVYPEDLIMEYSNNEVELEYLRGFNLKERTFMFIPFDIGKDVXKRYEI*
SI39nov09_135mDRAFT_c1033324	SI39nov09_135mDRAFT_10333241	F038848	EKVIKKNIDTFENAMLSYAKKRSTDLSWDEQVVNNIKVKTAHFFKLPLKIAQTDDQIEMSEKQQELMEFAKSKKWSIKMWDVAIDLEAYTRAVAKKELGK*
SI39nov09_135mDRAFT_c1033324	SI39nov09_135mDRAFT_10333243	F060128	MTDNFDFGFSAVSTDEFKKTQADTEPAPSTGVSSTEFNELKEKIDSISSLIQILGDNND
SI39nov09_135mDRAFT_c1033657	SI39nov09_135mDRAFT_10336572	F005012	MGFVDMKLILVSLLLLPSLGFADDFELLCKGEETKYLEEDPSSKEVKIKVXGIQLYNQGMRLDGEWFDNKSDLTEDYLLETSYVKSINNITGAKNFSTNALIEGREIQTIKIDKVEINTLKNKIFWTHEFNRVDKTNAKANTIYAFRKSFKGKCK*
SI39nov09_135mDRAFT_c1036327	SI39nov09_135mDRAFT_10363271	F004906	MATKTEKKTDARDTLDSNEGNELSAIAVKSLTNLEEKVEAIDWKLWEIYNIVKNYVESNPGGVSAPQVAQPQASASDIASEIAKALGSTQEPEPKKSV
SI39nov09_135mDRAFT_c1036327	SI39nov09_135mDRAFT_10363272	F036272	LWSDTLKDYEMELIFQKGIINNKGEYSTSKLPVGVWDFKGGYDNITFDISGNNNHAKFYNVGFANKSLKSNTERYLPYRRNGAYGYISSXEQYLNLENLTRTEHPEIMTNRNTFNKKVRLNMSGIDKDGLSSTKFRIVNRKDYQGKHEIIEVVI*
SI39nov09_135mDRAFT_c1036396	SI39nov09_135mDRAFT_10363961	F019233	MATLNFIMPLDLRDGLCSREEKQNKVKHSWLPSGQTKVVAGDQVAFECVCKHCKMREWTQTSRFEFKMLQDYWKELR*
SI39nov09_135mDRAFT_c1036407	SI39nov09_135mDRAFT_10364071	F102550	YLMVKTTAAHFSLRQQKITLANRPSPDQPITTSNKKLGSV*
SI39nov09_135mDRAFT_c1036608	SI39nov09_135mDRAFT_10366082	F042629	MAITTYDAVDDIISLIKSKWSNLRPPTISKVWDKRTVGFIDDRSDQVILSPKGEDISYFGLGGSAFWHDQMIEMEIRTYQDIDRHNSVVKEIVKIIKDNITGSTYTDLRVIGSFSKNYQYRNMFSYVVTISYRKADPS*
SI39nov09_135mDRAFT_c1037088	SI39nov09_135mDRAFT_10370881	F000926	EEEIQKLIEDFHGQAPTGLLVQRIESLVRTAVFKSANALVGFLLQDAVDRADAAFVPKPKQQRKGRETLNVKGLFGVFKLQRDYYYHAGKKQGHYPADSALGLEIGYTPALAR
SI39nov09_135mDRAFT_c1037322	SI39nov09_135mDRAFT_10373221	F089970	TDKESEQAHVNLAVVTSEYMKGRDPNLIAWTACNMVLKRRRDGSDSKARSESLGLDPKKVAQIEWRIVKTQTNRGEMPPDRKSDWVDSELKDIFGQIMEKQAINVSRIREGWIPILRAIQDDVDTMLGSPEAIAAAIIHIELNNSIKIYPYSEVSSLTGVPEDELREAIPIVRKAWENCPSYIPPEYGPLD*
SI39nov09_135mDRAFT_c1037338	SI39nov09_135mDRAFT_10373381	F032857	MTLKQSLDDLQYYLKADEGVPSRSALRDLNESLKSFTNSGLVPVDEKKALNKVIGEINNKVGPMQATKTRYGTESNYTLQGGKDYRETIFTLPEDITTNASLRNKGGHFGDEIGDVNNIYHIRYDTRFTPDGKKVFMINEIQSDVNQSIAKSMTKAAQLSGERRLNPFNAEIELNLLVGQRGKMLKDLDDALARNEFGRVNAISASMKDINTKLKRLTTQRNTYSDTNKDYFPMVES
SI39nov09_135mDRAFT_c1037423	SI39nov09_135mDRAFT_10374233	F083344	CTAKKSVRRPALNGFHINKDHVVGTDGSRIAKFNTPHFDGELPERGVIIPSIKIPFSVHTVIITIDDNKITVDKYSKQGKTTEVYQIIDANYPLYRNVLADADRGKTAVDKIAFNPMLISEVAKATKTNIIQIEFTFGGELSLIYVNIPELPEFTFGIMPARY*
SI39nov09_135mDRAFT_c1039103	SI39nov09_135mDRAFT_10391031	F069997	MMKKDEKDMNYPEDFKLGKGDREFADANNKGLVVHYSDAAVKLC
SI39nov09_135mDRAFT_c1040122	SI39nov09_135mDRAFT_10401221	F067449	VISFGEDLVFIYTSMIGERFNMEDVFFRDLTVCVLDTLEGQVNWVNRFSSGDVYVKVPFYYSLTGDERFLLDTFQDDVVSENRFVELNTDIIPRGHITMTGFNINSDEFSNPNVWLRMVVENEVE
SI39nov09_135mDRAFT_c1040282	SI39nov09_135mDRAFT_10402821	F002989	MARFQAGKPSGTAVAELELLVRTAIFKPATAMVGYLLQAAADQIDEAYQANPGQVRKTRVPIQVQCLFGSFELRRDYYYHEGKKQGHYPADAALG
SI39nov09_135mDRAFT_c1040311	SI39nov09_135mDRAFT_10403112	F088265	KVKIQISESEEIGNIISVIMEKRGIKTTETLKEEVSVALKERGYIDEKINEWLEYIE*
SI39nov09_135mDRAFT_c1040595	SI39nov09_135mDRAFT_10405951	F001048	MKIVSTKQFWWRFNYLKRNGGVITVTNRTPEMDVKEYNRIELLVNKRVRWELGVEGFMKWDSCG
SI39nov09_135mDRAFT_c1040721	SI39nov09_135mDRAFT_10407211	F004102	MIYELADNIDALRIPIETLNREMFKNGFEVVEKWKYKCNNCSKEFQYAPTPDNPDEQPFEANGDNSNRAHPRKTNKATSIKHLVCDTCGSNDLLRPVPEHRKTLEDLMNEPVNSNQQTLEDVARQLERDXEIADNAYLLLLKNYKIDDTTGKIDDDKTIIKEMLRIEPPQVAMIADSDGRIGYDDKRNKIWVCPRFEHRDARLTTPKCDRCGAEALKAVIE
SI39nov09_135mDRAFT_c1041078	SI39nov09_135mDRAFT_10410781	F011406	VEIFKNRNEFRIMALVKAVMMMELAGAFASPAPDPMKPGKDIAKAFANYLKMGMNAGGFPTANVVDAPTGMAIGGVFAQQLPIGALIGSQIATALTTMALTYQSGQQIGPPIAPPTHTPGLMKLFSGPQPTPLNFAKELSGILDTWTKTWIVSGLIPAAPPIPFTGPLS*
SI39nov09_135mDRAFT_c1041237	SI39nov09_135mDRAFT_10412371	F000615	CFYECSDGKLGWSEVVLSYEDDIAGFVKHWSTGGRMVITEHIDMV*
SI39nov09_135mDRAFT_c1041434	SI39nov09_135mDRAFT_10414341	F057395	INGQMRQSIHTKLWGSRPTSTTNCKMAQPGVNFSNSTGEIYVETWFDLQNNKLLKQVFTKYGCVPSRRLVSKETWVLIN*
SI39nov09_135mDRAFT_c1041635	SI39nov09_135mDRAFT_10416351	F031925	DTFTQHFFLNKSIPKLNRNFTSNHMTNQKTDGTTLQFVAAFLKSQKGKYEDTHKHLDKILGSPDHQNEELVWFFKACMFQKMGKIAQSNDCLKIALMSFDYPPNITPPTMEFISSNSIQHHTPKLDYIV*
SI39nov09_135mDRAFT_c1041758	SI39nov09_135mDRAFT_10417582	F040330	MSKAEKAFELQERIGRLIDKLDALGFEFMYFNFTSSIRRKRK*
SI39nov09_135mDRAFT_c1041784	SI39nov09_135mDRAFT_10417841	F087024	YLGVWGKNVGDIFSPEGIEEVCSKEYEWKEKDETNDRIIGIDPGFGSSEFGICITQKRKGKISVIYAEAFERESYIDIVNKVRMLSEKYHCKRCYVDGAWPEGIRDLRDKYKLSVDAINFNQYGEKMLNYAANKVDFNEVEIHPRFKKLKSQLMTIKYNKKGGTDKTKQNPFDLGDAFLLALYYYKRGSGTLAGVA*
SI39nov09_135mDRAFT_c1041796	SI39nov09_135mDRAFT_10417962	F015401	TNDNILNVMYSNHRILIDKITEYDYNGDVATAKKMCTVVRYHDDNATPMIFNVSPYESLADMRDMAQAWIACGCPSDSDTVGGVPSKWTKENLHAWIAG*
SI39nov09_135mDRAFT_c1042024	SI39nov09_135mDRAFT_10420241	F093840	AGKGVFSSFLKSLTALGRKESSPDYENCPKDFLIYYNYENLNTNDVKIIFSRFKSLLRYSDKIDYSKNEINLYFGIKCDGQFEYGISYDNLLPIGQFKLSISSIKWLVQQQSKSAQSIKKELVNLTYNDILLLGKIKMDMVDFNPGYHEKRSYPTINDRVISFGYYGVGKWDNGKLDEGEYMNIKNNFTTWVISKKWGGKVLVSVKPQSFWLYIHIKLK*
SI39nov09_135mDRAFT_c1042121	SI39nov09_135mDRAFT_10421211	F034394	MVTTTTYCSVGDISDFLRVPITSTTTPNKEMVRKIIARKEEELDRRIGHTWKTKKITREVHDLPLLYTFGWGTPIFLQHRNIYELNTSQGDKIEIWKGESDSWENIVGQDQWYHAEYERGTLHLRGYLFTILRKNRVRVTYRYGGENFAGDTTIPLDVTDAVIKMTAIEVMNTSFRMDEIPSGGSVSPSE
SI39nov09_135mDRAFT_c1042985	SI39nov09_135mDRAFT_10429852	F093508	KTTSHLFVIYIHWNEYKYIAPIYYSTMYPKDLIIPKYTTNTGYRQCLREIFKMIPENYPDTVRQLEEELGDDFDKETRDEIEYDDESAALMMQYIRNQTKHLPIFQRLYEMAAARFLSRDHEIGVAILYAYEYLPLFHKCVCIFLNNPDGLTEETQEYSELVNLLN*
SI39nov09_135mDRAFT_c1043481	SI39nov09_135mDRAFT_10434811	F066733	AIVEGSAASYEDFVATDMLDTISAEGTLTPGLWIRGDTGATITSSDVASMALDETGIAVGREYLENQGYLRGGIKPICFLDPQQWRELITSSNVTSLATRSAPDIWLKAELEQFMGVQLIVTNAVEHKNNTTNNAVNAYMCVPKHSYGIGIKRDVTVKMHEVGEDNQVRVNTTWRTKAGVIDSTSIVRISTTD*
SI39nov09_135mDRAFT_c1044139	SI39nov09_135mDRAFT_10441392	F007121	TLDKLIDWVPEEVPRTVSFYFDTDDDGKFDIKIAYSLIEAYPCNKYNCVTTITDNGDHWVLPAPGINYFVIKKWTLYRYADDEDWRGGYKTQQWIFKYPYNDDWLREKFYPLWPDQMK*
SI39nov09_135mDRAFT_c1044747	SI39nov09_135mDRAFT_10447472	F102550	VETTAAHFSLRQQKSTLANRPSPGQPITTNNKKLGSV*
SI39nov09_135mDRAFT_c1044985	SI39nov09_135mDRAFT_10449851	F062497	MLKLKELITEDIDTDIKHNIDQIGSLQKEIDEIQKKLKPLKKEYGELVDNVLPILSKLGKEQMKTRNYIFKIIRKGYERQSFQYKEGFNKALGKVNNNIKKILEQILDDTKKMVDVKPKFQVSPIHEGFKEWIKSFTRKVLKKIIKPMKSIVSANKDLRKLI*
SI39nov09_135mDRAFT_c1045115	SI39nov09_135mDRAFT_10451152	F092871	ITNIPKGTIYRIVDQLREEAKTNFDQLMTKDYLYKYQMNLDNYSKTIVQCNIEIETVNKKYDELEKVVMESLEVCPVDKYIARSAYMTNLINIRNNRTIEIQKLIAQRDKSSEMKAKIFNSGPVVYRINQVVENKVLQPEMLNEQEPRIELVNNTEKVEEIVQDNAISEEDLQVLKEMEENS*
SI39nov09_135mDRAFT_c1045256	SI39nov09_135mDRAFT_10452561	F081452	ADSHLLSRLFMIPVLSPAQVAREDGLIFNTSRTFKDPTNFNIIISDKVA*
SI39nov09_135mDRAFT_c1045265	SI39nov09_135mDRAFT_10452652	F015345	LFAIKERIVDILKSDTTNLWDSTPSDKTKFRKIEAGSPSPKAIQEPPLPRLWVTSDDVVANVSHVSVVKDNVHLGDEYDIRIKILFVVEAKDGSKTEEDIDDFTKSIIEKLEANYDLRDGAVATRLAESSQVTQIMDLPSMFKGDRVKGRVIKFKVIVRV*
SI39nov09_135mDRAFT_c1045470	SI39nov09_135mDRAFT_10454701	F074479	MDTELEQHFSDKEKFSDEEIEDLREKQYYLYRGYLNDFRHLFGHQIDDVEFETIFEKLMNGFLRYRLLDXVNSKRYLFNSFKPYLDKEGNIKDEHMDFSSETYCSSSLSHDENEYETDTENID*
SI39nov09_135mDRAFT_c1045470	SI39nov09_135mDRAFT_10454702	F070212	MKPIQKILTDLVQHIENEEPIHKHEYSYDRMDWVKNNLSKQDDLYDIGLENLRVLIYQLSFFNKHILTDENGKEINKKPRSNNEE*
SI39nov09_135mDRAFT_c1045599	SI39nov09_135mDRAFT_10455991	F031651	NKTKEKTGGKKMYKVINHHTNEGWRVALVTNIGRKWTHLIYYEYPIRVKRVLNTEPLKHLTQYDTPRGMRYAVKTVKRMAKEYYIKENNIPKSVRKVYNDYS*
SI39nov09_135mDRAFT_c1046467	SI39nov09_135mDRAFT_10464671	F034394	MVTTTTYCSVGDISDFLRVPITSTTTPNKEMVRKIIARKEEELDRRIGHTWKTKTITREVHDLPLLYTFGWGTPVFLQHRNIQVLDTSAGDKIEIWKGESDSWENXVGQDQWYHCEYERGTLHLRGYLFTILRKNRVRVTYRYGGENFAGDTTIPLDITDAVIKMTAIEVMNTSFRMDEIPSGGSVSPSE
SI39nov09_135mDRAFT_c1046636	SI39nov09_135mDRAFT_10466362	F033638	MATVIPKYNRIVQDQPQQAFYMVSINTAGFLDTETNNGGRISPCVAEDFGTAPTTLAQSRLVSRGALRFKKMLEILQVRSNVSVRNILTTYGSDAGDQPITKLQFGL
SI39nov09_135mDRAFT_c1047077	SI39nov09_135mDRAFT_10470772	F046020	MWVGIILFTFSLAGQIDQHFKSRELCWQFYENHPLLYRQIDEAFPKDYYVRLYQNDEHGLVWITCEKLSDMKGNDITKFPLNVLLPTPK*
SI39nov09_135mDRAFT_c1047585	SI39nov09_135mDRAFT_10475851	F052646	LCLLFILGNRPVTETPQETTVPLSEILLYCNTPEFVKNMAENDYMLGLAASGVINDDRHRMLLSMELLINPRNKQWAIIFNYAKGNLSCIIGGNHIKLFNPKN*
SI39nov09_135mDRAFT_c1047839	SI39nov09_135mDRAFT_10478392	F090507	MLDLKSFIVNGELIIDKPHWYQLKNSHDRQELKDAISDAIEGLEIPLIEITEEDAKQDFDELVKFDARTLLNKDNLYAKADYKYELSHWYLKNSVIGRKSTNYFHQLARWKVGHAKHVSPYRSWTIKKFHQTFLNPLWTLDMLEVNNKTL
SI39nov09_135mDRAFT_c1048144	SI39nov09_135mDRAFT_10481442	F078537	MTYQVFSDMDGVLVNFEGGVLKYMNKMMKRLKNETDHPFHKLARSAAKELGGWDVTITRWHIARPDSSEDSFPRNKRIRDFMYRLVEDDIDLWSNLDWEKGGKKLWEYIKDIPGLELLSAPMAEGS
SI39nov09_135mDRAFT_c1048512	SI39nov09_135mDRAFT_10485122	F042629	MAITTYDAVDDIIDLIRTKWSSLRPPHITKVWEKRTVGFIDDRSDEIIVSPKGENIQYFGLGGSSFFHEQIIELDIRTYQNIKRHDKVVKEVVKIIKDNIVGTTYTDLRVIGSFSRNFQFRNMFDYVITISYRKSDPS*
SI39nov09_135mDRAFT_c1048712	SI39nov09_135mDRAFT_10487123	F058066	EANVLAAQRWDNVLNEIIYGLKCAKKLQDMDYDYKDKEEAKKLTKSSRRSFDLIGEHLFDLWN*
SI39nov09_135mDRAFT_c1050363	SI39nov09_135mDRAFT_10503631	F103895	MSKSLKILRKEILKKYSGNLSGYEHLDDGTGDYSKSPVGLEDGTDKLVSNYKNVTPGEEKT*QTFSNLL*
SI39nov09_135mDRAFT_c1050794	SI39nov09_135mDRAFT_10507941	F006311	MAVKSDLITNLDGSLTLVSGQDDKAIKKVYDLNNKDKFHTAHTKYKGDSAFSHKVASIPMIVVEKMMRDKVWGNQERMREWLN
SI39nov09_135mDRAFT_c1050833	SI39nov09_135mDRAFT_10508331	F052876	IATHSKVTVTTDSVHGLTDEQNQIVMSGSDNPTHINGIHNVHSVTSDTIFTYEIIKSTVPDGETCEGTFKLQTYDGIDKTGAIVKTGVSAAGIAEIVHGGCGGNNTVLLRGDASSNISLGTQYYVYANNTATASVASVKFTSGPTYKSMFKDMGLVLDENTGQISSNGVFAGGSSTDTIT
SI39nov09_135mDRAFT_c1050861	SI39nov09_135mDRAFT_10508611	F072857	SSIISFIFKNQLVNTMAGNYYGINSCKDLLNIEVTDTVDDELLNRFGAVANQHIDNILKQHDERIPLKVPSILADVKMSANYYVCSLFRGKRGDNDTAKFWKDMFIDTINGIIEERSIEGLSYDVQRFNDRYRQEDVYRLW*
SI39nov09_135mDRAFT_c1051431	SI39nov09_135mDRAFT_10514312	F007944	MKKERWSDNEKYIVMLTSKNAAVRGVRHGYQAFLEFKKVKGALREMSKSESNYFYDGHIYSRVITSSRAQQVLMKIERCEWDDDIRTVAKQIKAVGMLSPVR*
SI39nov09_135mDRAFT_c1051956	SI39nov09_135mDRAFT_10519561	F077777	DHTKFSKFIEKYYEFLELNLITFTDLNLNEDAILQEKANTSYTITVATGNNAYSNSADKFYVDGAVSPTITLTSGSYVIFDQGDETNDGHYFHISKTPNGIHTAGGVQFTTDDRDDVLFTFEGTPADYDNITLQDNTGILLYEDMRFAAGDADIVLDNITLEDEIGILLYNEIILTGGYIAFEQGHYVLDELEG
SI39nov09_135mDRAFT_c1052057	SI39nov09_135mDRAFT_10520573	F006959	TQVIFTEEIPTKNGVREKKTRRAFLVECDSVSVAEAKVNETLKDSPYPFEVKVAKESKIVEVI*
SI39nov09_135mDRAFT_c1052303	SI39nov09_135mDRAFT_10523031	F012920	FYVVYSYMNKKLINEVREIKRKMSLPLVRKGPRGELVPPKFSEREKELMIEMLTRRSKRHPIKNDRGHIFAPMKMGQNE*
SI39nov09_135mDRAFT_c1053666	SI39nov09_135mDRAFT_10536661	F000245	MKTFKKYSFDDKLDKAVSDEIIKRKFARFPINATDDIGMRLPPNKPAFTFPSPNSDMKIQVFLRKMTPSKGQP
SI39nov09_135mDRAFT_c1054468	SI39nov09_135mDRAFT_10544681	F017303	VKNSELNNETIEALNSLIEFDINATAAFRLTRIIKEISSIVEDKLTTEKKILEKYVEKDSEGNTIRPKDESGNIVEDAVNITNVEKFSKEMNELMSIENEVNFDKIKFEDLE
SI39nov09_135mDRAFT_c1054897	SI39nov09_135mDRAFT_10548971	F006142	ESAGGTGVPMTDNPQLSLDAFDKHQSGVRQAMSRIDDILHNLKGTSAYSTLRSKLALEDQDIKNIKIQRIIKSNSVHYDVYLSIIIDDIEYWGTILNITGLDPKFESEVFKDFDLYQPKEWTIKIKGLVIKTLKAWLKPDPGMYKLINNEVICYSVDTGKQLRMEKGIEIELVRSHDDKIIVRHDN
SI39nov09_135mDRAFT_c1055841	SI39nov09_135mDRAFT_10558411	F013358	GNISMKIKKICESCSATFVVVHELDEDDYIEQYCPFCGAEHEQVEEDVLLNEDWD*
SI39nov09_135mDRAFT_c1056231	SI39nov09_135mDRAFT_10562311	F099485	WQHSPSEIQVARTPVKAVSKSLQQTKPSVFSVEDLMGLSWILFEERH*
SI39nov09_135mDRAFT_c1056519	SI39nov09_135mDRAFT_10565191	F013817	KYDKRIIRPFCGPACANKYREISDVNDYPQRRPFPRGPGWEIITDIDYIQYESD*
SI39nov09_135mDRAFT_c1056724	SI39nov09_135mDRAFT_10567241	F101311	KQVIGFHTSAKTMKSRFGPSPRTCEFDVLFDLENDRVGVSDESSWLNAIGGTPGCVRSGAWYTIKVEGKDKKFQSKDFLKLLEEPKFKERVLDILEEECRIGKK*
SI39nov09_135mDRAFT_c1057200	SI39nov09_135mDRAFT_10572001	F050004	MDQKTWATGDFTDSATYDLSGTVYDENTLTTARNISGFTGTLRLIDQDGDSVFTTTENLTLGSDGTILIKFASGKTPVLQGIFKVRLRLEVSGTRLT
SI39nov09_135mDRAFT_c1057343	SI39nov09_135mDRAFT_10573432	F078263	LEGSLDCQLKRLEEKIETSQPVALMKXLHRIDDEIKHFKDVEITTNTVVSSVKEHEETIKKLEERTRDKFAEMTSQNKATEAMVADKHNDLISKINGISSRVDNLEEKIELAVR
SI39nov09_135mDRAFT_c1059014	SI39nov09_135mDRAFT_10590142	F030559	MKKLWLIVLLIGLVNAQMPEPTMVGQDELQIPTLTINNFVNQAEIVGLEDTRVFLGITNILTENVMDSRYDLVENESDFELTARVVYLGRPRTSTTILGLFRRESTTTEVRVVVELLNK
SI39nov09_135mDRAFT_c1060057	SI39nov09_135mDRAFT_10600572	F038848	TDLSWDEQIVNNFKVKTAHFFKLKLKIAQTEKEASLYPEHQELMEFAKSKGWKVKVWDAPIELEIYTREVAKKELGK*
SI39nov09_135mDRAFT_c1060378	SI39nov09_135mDRAFT_10603782	F004699	MNGAIYALRIKLSDFINDPLEASIVDKIHEIYKIQNFKLQLWYDEGEIPAKDLKSFIEKYESILHYKTTIRPNRVSDHAQFTWYNIIHVDDNDIKYPCRFQYMHESEWKLGGVLKGLEEFSDCLKFVTSEKPSRDDR
SI39nov09_135mDRAFT_c1060594	SI39nov09_135mDRAFT_10605941	F029242	EGVTYGCNSIHTEMGVDVLVCMDTWYQFEVIASGYPAKHKCLFGGYNPIPIDIPPESLNPPHYDIHYYNPKDREFADNWYYYATSAADYEKAKKENYALSYWKPDCGYVCYIPEGYKIKELDYGVIPIGDLRPPSGAYALQEALKNGHDRIEVFGFDSIAGVFSTTSTIAFKE
SI39nov09_135mDRAFT_c1061343	SI39nov09_135mDRAFT_10613432	F096498	MGLYDEINVDIKCPKCGSNEMNWQSKDYMCGLDMIDPDKVQKFYTHCDKCDTFITYRRGTETDEEVIKCRAEPYSLDEVEKMGFKYKCDGR*
SI39nov09_135mDRAFT_c1062062	SI39nov09_135mDRAFT_10620622	F019652	ISEIFNNTIKRNKWDMSRINIDIHDDKDAVDYITKKIKKACYEEAEVHARAKHKLYHALENKKKKCLNILYTGSHIQPTLVELQKEMATANIQLDLPNSLLALPSK*
SI39nov09_135mDRAFT_c1062100	SI39nov09_135mDRAFT_10621002	F061256	AMWKVEVEGFPSFYVDAKSAGQVKADLRKKLKKPDDIKSIERVQKTDWKKDVLGRISGKDQDTEDEVKEWIKEGTLTDNLLIESIKNVMKERINND*
SI39nov09_135mDRAFT_c1062447	SI39nov09_135mDRAFT_10624471	F027022	MIITTTAMFLVQSIILTWIIATNPEPCPKEYLGSSNVSNYCEITSAGLGYQW
SI39nov09_135mDRAFT_c1062473	SI39nov09_135mDRAFT_10624731	F005608	MKTAIIEVLEKGELVFGSPTVGKYFVRRFEDGESMGGGFFKTKKEATTHAREYKKEDTEQ
SI39nov09_135mDRAFT_c1063335	SI39nov09_135mDRAFT_10633351	F008914	IKIIRKNLMEREAIIEETRKWVRSWEAEQREMVLWILEEEVRHDKLMDFMHEDGGKTTPEKLN*
SI39nov09_135mDRAFT_c1063572	SI39nov09_135mDRAFT_10635721	F057288	GFKSFLPANDYTASNGYGEYFLGSGQYNSFGASAEMPEAASFVKLILTGSINDDTGYTIKKPLFAEKKKNAELGGKEFTKTVKGSTTAEYPDTELTFDNFTLRSNTRKVELTQKGLLIYNSEDSYFKMTAEGIDYRGGSGVTSIGSMTTRESFTNDSQVAGTLGAPA