AGAR17-1_SAMN04939375_MAG_00000035 - 15 region(s)

Identified secondary metabolite regions using strictness 'relaxed'

AGAR17-1_SAMN04939375_MAG_00000035-scaffold_2

Region	Type	From	To	Most similar known cluster		Similarity
Region 2.1	PBDE	47,047	65,812

AGAR17-1_SAMN04939375_MAG_00000035-scaffold_13

Region	Type	From	To	Most similar known cluster		Similarity
Region 13.1	NRPS-like,arylpolyene	1	27,604

AGAR17-1_SAMN04939375_MAG_00000035-scaffold_19

Region	Type	From	To	Most similar known cluster		Similarity
Region 19.1	NRPS	1	37,314

AGAR17-1_SAMN04939375_MAG_00000035-scaffold_51

Region	Type	From	To	Most similar known cluster		Similarity
Region 51.1	RRE-containing	1	10,900

AGAR17-1_SAMN04939375_MAG_00000035-scaffold_56

Region	Type	From	To	Most similar known cluster		Similarity
Region 56.1	resorcinol	1,966	26,590

AGAR17-1_SAMN04939375_MAG_00000035-scaffold_68

Region	Type	From	To	Most similar known cluster		Similarity
Region 68.1	NRPS	1	24,382

AGAR17-1_SAMN04939375_MAG_00000035-scaffold_69

Region	Type	From	To	Most similar known cluster		Similarity
Region 69.1	terpene	1	11,539

AGAR17-1_SAMN04939375_MAG_00000035-scaffold_72

Region	Type	From	To	Most similar known cluster		Similarity
Region 72.1	T1PKS	1	23,826

AGAR17-1_SAMN04939375_MAG_00000035-scaffold_80

Region	Type	From	To	Most similar known cluster		Similarity
Region 80.1	RiPP-like	15,442	21,411

AGAR17-1_SAMN04939375_MAG_00000035-scaffold_102

Region	Type	From	To	Most similar known cluster		Similarity
Region 102.1	T1PKS,RiPP-like	1	18,721

AGAR17-1_SAMN04939375_MAG_00000035-scaffold_127

Region	Type	From	To	Most similar known cluster		Similarity
Region 127.1	NRPS-like,NRPS	1	16,799

AGAR17-1_SAMN04939375_MAG_00000035-scaffold_138

Region	Type	From	To	Most similar known cluster		Similarity
Region 138.1	hglE-KS,T1PKS	1	15,589

AGAR17-1_SAMN04939375_MAG_00000035-scaffold_167

Region	Type	From	To	Most similar known cluster		Similarity
Region 167.1	cyanobactin	1	12,965

AGAR17-1_SAMN04939375_MAG_00000035-scaffold_187

Region	Type	From	To	Most similar known cluster		Similarity
Region 187.1	RRE-containing	1	13,201

AGAR17-1_SAMN04939375_MAG_00000035-scaffold_290

Region	Type	From	To	Most similar known cluster		Similarity
Region 290.1	T1PKS,NRPS-like	1	8,636

Region	Type	From	To	Similarity
Region 2.1	PBDE	47,047	65,812
Region 13.1	NRPS-like,arylpolyene	1	27,604
Region 19.1	NRPS	1	37,314
Region 51.1	RRE-containing	1	10,900
Region 56.1	resorcinol	1,966	26,590
Region 68.1	NRPS	1	24,382
Region 69.1	terpene	1	11,539
Region 72.1	T1PKS	1	23,826
Region 80.1	RiPP-like	15,442	21,411
Region 102.1	T1PKS,RiPP-like	1	18,721
Region 127.1	NRPS-like,NRPS	1	16,799
Region 138.1	hglE-KS,T1PKS	1	15,589
Region 167.1	cyanobactin	1	12,965
Region 187.1	RRE-containing	1	13,201
Region 290.1	T1PKS,NRPS-like	1	8,636

No secondary metabolite regions were found in these records:: AGAR17-1_SAMN04939375_MAG_00000035-scaffold_1; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_3; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_4; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_5; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_6; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_7; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_8; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_9; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_10; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_11; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_12; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_14; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_15; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_16; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_17; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_18; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_20; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_21; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_22; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_23; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_24; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_25; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_26; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_27; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_28; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_29; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_30; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_31; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_32; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_33; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_34; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_35; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_36; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_37; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_38; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_39; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_40; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_41; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_42; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_43; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_44; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_45; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_46; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_47; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_48; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_49; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_50; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_52; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_53; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_54; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_55; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_57; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_58; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_59; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_60; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_61; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_62; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_63; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_64; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_65; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_66; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_67; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_70; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_71; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_73; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_74; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_75; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_76; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_77; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_78; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_79; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_81; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_82; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_83; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_84; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_85; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_86; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_87; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_88; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_89; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_90; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_91; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_92; 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AGAR17-1_SAMN04939375_MAG_00000035-scaffold_181; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_182; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_183; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_184; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_185; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_186; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_188; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_189; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_190; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_191; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_192; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_193; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_194; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_195; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_196; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_197; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_198; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_199; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_200; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_201; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_202; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_203; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_204; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_205; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_206; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_207; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_208; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_209; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_210; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_211; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_212; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_213; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_214; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_215; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_216; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_217; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_218; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_219; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_220; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_221; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_222; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_223; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_224; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_225; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_226; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_227; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_228; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_229; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_230; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_231; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_232; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_233; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_234; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_235; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_236; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_237; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_238; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_239; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_240; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_241; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_242; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_243; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_244; 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AGAR17-1_SAMN04939375_MAG_00000035-scaffold_266; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_267; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_268; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_269; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_270; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_271; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_272; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_273; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_274; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_275; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_276; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_277; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_278; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_279; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_280; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_281; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_282; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_283; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_284; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_285; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_286; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_287; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_288; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_289; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_291; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_292; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_293; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_294; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_295; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_296; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_297; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_298; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_299; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_300; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_301; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_302; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_303; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_304; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_305; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_306; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_307; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_308; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_309; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_310; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_311; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_312; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_313; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_314; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_315; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_316; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_317; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_318; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_319; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_320; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_321; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_322; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_323; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_324; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_325; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_326; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_327; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_328; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_329; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_330; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_331; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_332; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_333; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_334; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_335; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_336; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_337; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_338; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_339; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_340; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_341; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_342; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_343; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_344; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_345; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_346; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_347; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_348; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_349; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_350; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_351; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_352; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_353; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_354; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_355; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_356; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_357; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_358; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_359; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_360; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_361; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_362; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_363; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_364; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_365; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_366; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_367; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_368; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_369; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_370; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_371; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_372; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_373; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_374; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_375; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_376; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_377; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_378; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_379; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_380; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_381; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_382; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_383; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_384; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_385; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_386; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_387; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_388; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_389; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_390; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_391; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_392; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_393; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_394; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_395; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_396; AGAR17-1_SAMN04939375_MAG_00000035-scaffold_397

Compact view

AGAR17-1_SAMN04939375_MAG_00000035-scaffold_2 - Region 1 - PBDE

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Location: 47,047 - 65,812 nt. (total: 18,766 nt) Show pHMM detection rules used

Region on contig edge.

PBDE: (FMO-like and p450 and DUF98)

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AGAR17-1_SAMN04939375_MAG_00000035-scaffold_13 - Region 1 - NRPS-like,arylpolyene

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Location: 1 - 27,604 nt. (total: 27,604 nt) Show pHMM detection rules used

Region on contig edge.

NRPS-like: cds((PP-binding or NAD_binding_4) and (AMP-binding or A-OX))
arylpolyene: (APE_KS1 or APE_KS2)

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NRPS/PKS domains

NRPS/PKS modules

Detailed domain annotation

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NRPS/PKS products

NRPS/PKS monomers

Predicted core structure(s)

For candidate cluster 1, location 0 - 27604:

Rough prediction of core scaffold based on assumed PKS/NRPS colinearity; tailoring reactions not taken into account

Polymer prediction:: (X)

Direct lookup in NORINE database: strict or relaxed

Link to NORINE database query form

NRPS/PKS monomer predictions

AGAR17-1_SAMN04939375_MAG_00000035-scaffold_13_9

Search NORINE for peptide: strict or relaxed

AMP-binding (95..482): X

NRPSPredictor2: phe, trp, phg, tyr, bht

SVM prediction details:

Predicted physicochemical class:: hydrophobic-aromatic
Large clusters prediction:: phe, trp, phg, tyr, bht
Small clusters prediction:: N/A
Single AA prediction:: N/A

Stachelhaus prediction details:

Stachelhaus sequence:: DAystGiICK
Nearest Stachelhaus code:: bht
Stachelhaus code match:: 60% (weak)

AGAR17-1_SAMN04939375_MAG_00000035-scaffold_13_14

Search NORINE for peptide: strict or relaxed

AMP-binding (128..427): X

NRPSPredictor2: (unknown)

SVM prediction details:

NOTE: outside applicability domain

Predicted physicochemical class:: N/A
Large clusters prediction:: N/A
Small clusters prediction:: N/A
Single AA prediction:: N/A

Stachelhaus prediction details:

Stachelhaus sequence:: VDWV-----K
Nearest Stachelhaus code:: ala-b
Stachelhaus code match:: 50% (weak)

AGAR17-1_SAMN04939375_MAG_00000035-scaffold_19 - Region 1 - NRPS

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Location: 1 - 37,314 nt. (total: 37,314 nt) Show pHMM detection rules used

Region on contig edge.

NRPS: cds(Condensation and (AMP-binding or A-OX))

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NRPS/PKS domains

NRPS/PKS modules

Detailed domain annotation

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NRPS/PKS products

NRPS/PKS monomers

Predicted core structure(s)

For candidate cluster 1, location 0 - 37314:

Rough prediction of core scaffold based on assumed PKS/NRPS colinearity; tailoring reactions not taken into account

Polymer prediction:: (pro)

Direct lookup in NORINE database: strict or relaxed

Link to NORINE database query form

NRPS/PKS monomer predictions

AGAR17-1_SAMN04939375_MAG_00000035-scaffold_19_22

Search NORINE for peptide: strict or relaxed

AMP-binding (466..869): pro

NRPSPredictor2: pro

SVM prediction details:

Predicted physicochemical class:: hydrophobic-aliphatic
Large clusters prediction:: pro, pip
Small clusters prediction:: pro
Single AA prediction:: pro

Stachelhaus prediction details:

Stachelhaus sequence:: DVQFvAqVVK
Nearest Stachelhaus code:: pro
Stachelhaus code match:: 80% (moderate)

AGAR17-1_SAMN04939375_MAG_00000035-scaffold_51 - Region 1 - RRE-containing

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Location: 1 - 10,900 nt. (total: 10,900 nt) Show pHMM detection rules used

Region on contig edge.

RRE-containing: minimum(1, [Bottromycin_Methyltransferase_RRE, Cyanobactin_D_RRE, Cytolysin_C_RRE, Goadsporin_CD_RRE, Heterocycloanthracin_C_RRE, Lanthipeptide_LanB_RRE, Lasso_Fused_RRE, Mycofactocin_RRE, NHLP_CD_RRE, Other_Sactipeptide_rSAM_RRE, Pantocin_Microcin_RRE, Plantazolicin_C_RRE, PlpY_RRE, PqqD_RRE, Proteusin_Epimerase_RRE, Proteusin_Methyltransferase_RRE, Quinohemoprotein_rSAM_RRE, Ranthipeptide_rSAM_RRE, Stand_Alone_Lasso_RRE, Streptide_RRE, Subtilosin_rSAM_RRE, Thiaglutamate_B_RRE, Thiaglutamate_G_RRE, Thiaglutamate_I_RRE, Thiopeptide_F_RRE, Thuricin_rSAM_RRE, Thurincin_rSAM_RRE, Trifolitoxin_RRE])

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AGAR17-1_SAMN04939375_MAG_00000035-scaffold_56 - Region 1 - resorcinol

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Location: 1,966 - 26,590 nt. (total: 24,625 nt) Show pHMM detection rules used

Region on contig edge.

resorcinol: DarB

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AGAR17-1_SAMN04939375_MAG_00000035-scaffold_68 - Region 1 - NRPS

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Location: 1 - 24,382 nt. (total: 24,382 nt) Show pHMM detection rules used

Region on contig edge.

NRPS: cds(Condensation and (AMP-binding or A-OX))

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NRPS/PKS domains

NRPS/PKS modules

Detailed domain annotation

Selected features only

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NRPS/PKS products

NRPS/PKS monomers

Predicted core structure(s)

For candidate cluster 1, location 0 - 24382:

Rough prediction of core scaffold based on assumed PKS/NRPS colinearity; tailoring reactions not taken into account

Polymer prediction:: (NMe-gly)

Direct lookup in NORINE database: strict or relaxed

Link to NORINE database query form

NRPS/PKS monomer predictions

AGAR17-1_SAMN04939375_MAG_00000035-scaffold_68_2

Search NORINE for peptide: strict or relaxed

AMP-binding (307..744): gly

NRPSPredictor2: gly

SVM prediction details:

Predicted physicochemical class:: hydrophobic-aliphatic
Large clusters prediction:: gly, ala, val, leu, ile, abu, iva
Small clusters prediction:: gly, ala
Single AA prediction:: gly

Stachelhaus prediction details:

Stachelhaus sequence:: DILQLGLIWK
Nearest Stachelhaus code:: gly
Stachelhaus code match:: 100% (strong)

AGAR17-1_SAMN04939375_MAG_00000035-scaffold_69 - Region 1 - terpene

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Location: 1 - 11,539 nt. (total: 11,539 nt) Show pHMM detection rules used

Region on contig edge.

terpene: (Terpene_synth or Terpene_synth_C or phytoene_synt or Lycopene_cycl or terpene_cyclase or NapT7 or fung_ggpps or fung_ggpps2 or trichodiene_synth or TRI5)

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AGAR17-1_SAMN04939375_MAG_00000035-scaffold_72 - Region 1 - T1PKS

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Location: 1 - 23,826 nt. (total: 23,826 nt) Show pHMM detection rules used

Region on contig edge.

T1PKS: cds(PKS_AT and (PKS_KS or ene_KS or mod_KS or hyb_KS or itr_KS or tra_KS))

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NRPS/PKS domains

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Detailed domain annotation

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NRPS/PKS products

NRPS/PKS monomers

Predicted core structure(s)

For candidate cluster 1, location 0 - 23826:

Rough prediction of core scaffold based on assumed PKS/NRPS colinearity; tailoring reactions not taken into account

Polymer prediction:: (Me-redmal)

Direct lookup in NORINE database: strict or relaxed

Link to NORINE database query form

NRPS/PKS monomer predictions

AGAR17-1_SAMN04939375_MAG_00000035-scaffold_72_11

PKS_AT (310..622): mal

ATSignature: Malonyl-CoA, inactive

Top 3 matches:: Malonyl-CoA: 95.8%; inactive: 95.8%; 2-Rhyd-Malonyl-CoA: 54.2%

minowa: Malonyl-CoA

Prediction, score:

Malonyl-CoA: 215.9
inactive: 204.3
Methoxymalonyl-CoA: 81.1
Methylmalonyl-CoA: 70.2
Isobutyryl-CoA: 45.0
Propionyl-CoA: 41.8
Ethylmalonyl-CoA: 33.2
Benzoyl-CoA: 27.3
Acetyl-CoA: 25.2
2-Methylbutyryl-CoA: 22.0
3-Methylbutyryl-CoA: 19.8
trans-1,2-CPDA: 15.1
CHC-CoA: 11.9
fatty_acid: 11.3

AGAR17-1_SAMN04939375_MAG_00000035-scaffold_80 - Region 1 - RiPP-like

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Location: 15,442 - 21,411 nt. (total: 5,970 nt) Show pHMM detection rules used

Region on contig edge.

RiPP-like: (strepbact or Antimicrobial14 or Bacteriocin_IId or BacteriocIIc_cy or Bacteriocin_II or Bacteriocin_IIi or Lactococcin or Antimicrobial17 or Lactococcin_972 or Bacteriocin_IIc or LcnG-beta or Cloacin or Linocin_M18 or TIGR03651 or TIGR03693 or TIGR03601 or TIGR03795 or TIGR03975 or DUF692 or TIGR01193)

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AGAR17-1_SAMN04939375_MAG_00000035-scaffold_102 - Region 1 - RiPP-like,T1PKS

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Location: 1 - 18,721 nt. (total: 18,721 nt) Show pHMM detection rules used

Region on contig edge.

T1PKS: cds(PKS_AT and (PKS_KS or ene_KS or mod_KS or hyb_KS or itr_KS or tra_KS))
RiPP-like: (strepbact or Antimicrobial14 or Bacteriocin_IId or BacteriocIIc_cy or Bacteriocin_II or Bacteriocin_IIi or Lactococcin or Antimicrobial17 or Lactococcin_972 or Bacteriocin_IIc or LcnG-beta or Cloacin or Linocin_M18 or TIGR03651 or TIGR03693 or TIGR03601 or TIGR03795 or TIGR03975 or DUF692 or TIGR01193)

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NRPS/PKS domains

Detailed domain annotation

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Show module domains

AGAR17-1_SAMN04939375_MAG_00000035-scaffold_127 - Region 1 - NRPS,NRPS-like

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Location: 1 - 16,799 nt. (total: 16,799 nt) Show pHMM detection rules used

Region on contig edge.

NRPS-like: cds((PP-binding or NAD_binding_4) and (AMP-binding or A-OX))
NRPS: cds(Condensation and (AMP-binding or A-OX))

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NRPS/PKS domains

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NRPS/PKS monomers

Predicted core structure(s)

For candidate cluster 1, location 0 - 16799:

Rough prediction of core scaffold based on assumed PKS/NRPS colinearity; tailoring reactions not taken into account

Polymer prediction:: (X) + (X)

Direct lookup in NORINE database: strict or relaxed

Link to NORINE database query form

NRPS/PKS monomer predictions

AGAR17-1_SAMN04939375_MAG_00000035-scaffold_127_7

Search NORINE for peptide: strict or relaxed

AMP-binding (509..915): X

NRPSPredictor2: (unknown)

SVM prediction details:

Predicted physicochemical class:: hydrophobic-aliphatic
Large clusters prediction:: N/A
Small clusters prediction:: N/A
Single AA prediction:: N/A

Stachelhaus prediction details:

Stachelhaus sequence:: DAEdIGSVvK
Nearest Stachelhaus code:: lys
Stachelhaus code match:: 80% (moderate)

AGAR17-1_SAMN04939375_MAG_00000035-scaffold_127_9

Search NORINE for peptide: strict or relaxed

AMP-binding (17..418): X

NRPSPredictor2: (unknown)

SVM prediction details:

Predicted physicochemical class:: N/A
Large clusters prediction:: N/A
Small clusters prediction:: N/A
Single AA prediction:: N/A

Stachelhaus prediction details:

Stachelhaus sequence:: hiiSrsShqK
Nearest Stachelhaus code:: lys
Stachelhaus code match:: 30% (weak)

AGAR17-1_SAMN04939375_MAG_00000035-scaffold_138 - Region 1 - T1PKS,hglE-KS

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Location: 1 - 15,589 nt. (total: 15,589 nt) Show pHMM detection rules used

Region on contig edge.

hglE-KS: (hglE or hglD)
T1PKS: cds(PKS_AT and (PKS_KS or ene_KS or mod_KS or hyb_KS or itr_KS or tra_KS))

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AGAR17-1_SAMN04939375_MAG_00000035-scaffold_167 - Region 1 - cyanobactin

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Location: 1 - 12,965 nt. (total: 12,965 nt) Show pHMM detection rules used

Region on contig edge.

cyanobactin: (cyanobactin_synth or TIGR03678)

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AGAR17-1_SAMN04939375_MAG_00000035-scaffold_187 - Region 1 - RRE-containing

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Location: 1 - 13,201 nt. (total: 13,201 nt) Show pHMM detection rules used

Region on contig edge.

RRE-containing: minimum(1, [Bottromycin_Methyltransferase_RRE, Cyanobactin_D_RRE, Cytolysin_C_RRE, Goadsporin_CD_RRE, Heterocycloanthracin_C_RRE, Lanthipeptide_LanB_RRE, Lasso_Fused_RRE, Mycofactocin_RRE, NHLP_CD_RRE, Other_Sactipeptide_rSAM_RRE, Pantocin_Microcin_RRE, Plantazolicin_C_RRE, PlpY_RRE, PqqD_RRE, Proteusin_Epimerase_RRE, Proteusin_Methyltransferase_RRE, Quinohemoprotein_rSAM_RRE, Ranthipeptide_rSAM_RRE, Stand_Alone_Lasso_RRE, Streptide_RRE, Subtilosin_rSAM_RRE, Thiaglutamate_B_RRE, Thiaglutamate_G_RRE, Thiaglutamate_I_RRE, Thiopeptide_F_RRE, Thuricin_rSAM_RRE, Thurincin_rSAM_RRE, Trifolitoxin_RRE])

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AGAR17-1_SAMN04939375_MAG_00000035-scaffold_290 - Region 1 - NRPS-like,T1PKS

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Location: 1 - 8,636 nt. (total: 8,636 nt) Show pHMM detection rules used

Region on contig edge.

T1PKS: cds(PKS_AT and (PKS_KS or ene_KS or mod_KS or hyb_KS or itr_KS or tra_KS))
NRPS-like: cds((PP-binding or NAD_binding_4) and (AMP-binding or A-OX))

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NRPS/PKS domains

NRPS/PKS modules

Detailed domain annotation

Selected features only

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NRPS/PKS products

NRPS/PKS monomers

Predicted core structure(s)

For candidate cluster 1, location 0 - 8636:

Rough prediction of core scaffold based on assumed PKS/NRPS colinearity; tailoring reactions not taken into account

Polymer prediction:: (gly) + (mal)

Direct lookup in NORINE database: strict or relaxed

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NRPS/PKS monomer predictions

AGAR17-1_SAMN04939375_MAG_00000035-scaffold_290_1

Search NORINE for peptide: strict or relaxed

AMP-binding (0..315): gly

NRPSPredictor2: gly

SVM prediction details:

Predicted physicochemical class:: hydrophobic-aliphatic
Large clusters prediction:: gly, ala, val, leu, ile, abu, iva
Small clusters prediction:: gly, ala
Single AA prediction:: gly

Stachelhaus prediction details:

Stachelhaus sequence:: DILQiGLVWK
Nearest Stachelhaus code:: gly
Stachelhaus code match:: 90% (moderate)

AGAR17-1_SAMN04939375_MAG_00000035-scaffold_290_3

PKS_AT (492..798): mal

ATSignature: Malonyl-CoA

Top 3 matches:: Malonyl-CoA: 87.5%; inactive: 79.2%

minowa: Malonyl-CoA

Prediction, score:

Malonyl-CoA: 161.7
inactive: 110.8
Methoxymalonyl-CoA: 57.0
Methylmalonyl-CoA: 42.5
Propionyl-CoA: 24.8
Benzoyl-CoA: 21.5
Acetyl-CoA: 18.3
fatty_acid: 12.9
Isobutyryl-CoA: 11.8
2-Methylbutyryl-CoA: 10.5
CHC-CoA: 10.3
Ethylmalonyl-CoA: 9.6
trans-1,2-CPDA: 0.0
3-Methylbutyryl-CoA: 0.0