CARD22-1_SAMN24292826_MAG_00000015 - 15 region(s)

Identified secondary metabolite regions using strictness 'relaxed'

CARD22-1_SAMN24292826_MAG_00000015-scaffold_6

Region	Type	From	To	Most similar known cluster		Similarity
Region 6.1	NRPS,transAT-PKS-like	27,614	77,851

CARD22-1_SAMN24292826_MAG_00000015-scaffold_12

Region	Type	From	To	Most similar known cluster		Similarity
Region 12.1	arylpolyene	17,707	61,975

CARD22-1_SAMN24292826_MAG_00000015-scaffold_15

Region	Type	From	To	Most similar known cluster		Similarity
Region 15.1	hserlactone	39,572	59,723

CARD22-1_SAMN24292826_MAG_00000015-scaffold_17

Region	Type	From	To	Most similar known cluster		Similarity
Region 17.1	hglE-KS	1	24,791

CARD22-1_SAMN24292826_MAG_00000015-scaffold_19

Region	Type	From	To	Most similar known cluster		Similarity
Region 19.1	T1PKS,NRPS,hglE-KS	1	50,287

CARD22-1_SAMN24292826_MAG_00000015-scaffold_31

Region	Type	From	To	Most similar known cluster		Similarity
Region 31.1	T1PKS,NRPS-like	1	28,219

CARD22-1_SAMN24292826_MAG_00000015-scaffold_43

Region	Type	From	To	Most similar known cluster		Similarity
Region 43.1	NRPS-like	1,726	38,333

CARD22-1_SAMN24292826_MAG_00000015-scaffold_58

Region	Type	From	To	Most similar known cluster		Similarity
Region 58.1	NRPS,T1PKS	1	32,960

CARD22-1_SAMN24292826_MAG_00000015-scaffold_83

Region	Type	From	To	Most similar known cluster		Similarity
Region 83.1	phosphonate	1	25,920

CARD22-1_SAMN24292826_MAG_00000015-scaffold_85

Region	Type	From	To	Most similar known cluster		Similarity
Region 85.1	thioamitides	1	14,095

CARD22-1_SAMN24292826_MAG_00000015-scaffold_108

Region	Type	From	To	Most similar known cluster		Similarity
Region 108.1	T1PKS	1	22,618

CARD22-1_SAMN24292826_MAG_00000015-scaffold_275

Region	Type	From	To	Most similar known cluster		Similarity
Region 275.1	ladderane	1	8,464

CARD22-1_SAMN24292826_MAG_00000015-scaffold_280

Region	Type	From	To	Most similar known cluster		Similarity
Region 280.1	transAT-PKS-like	1	8,212

CARD22-1_SAMN24292826_MAG_00000015-scaffold_281

Region	Type	From	To	Most similar known cluster		Similarity
Region 281.1	acyl_amino_acids	1	8,120

CARD22-1_SAMN24292826_MAG_00000015-scaffold_282

Region	Type	From	To	Most similar known cluster		Similarity
Region 282.1	transAT-PKS-like	1	8,070

Region	Type	From	To	Similarity
Region 6.1	NRPS,transAT-PKS-like	27,614	77,851
Region 12.1	arylpolyene	17,707	61,975
Region 15.1	hserlactone	39,572	59,723
Region 17.1	hglE-KS	1	24,791
Region 19.1	T1PKS,NRPS,hglE-KS	1	50,287
Region 31.1	T1PKS,NRPS-like	1	28,219
Region 43.1	NRPS-like	1,726	38,333
Region 58.1	NRPS,T1PKS	1	32,960
Region 83.1	phosphonate	1	25,920
Region 85.1	thioamitides	1	14,095
Region 108.1	T1PKS	1	22,618
Region 275.1	ladderane	1	8,464
Region 280.1	transAT-PKS-like	1	8,212
Region 281.1	acyl_amino_acids	1	8,120
Region 282.1	transAT-PKS-like	1	8,070

No secondary metabolite regions were found in these records:: CARD22-1_SAMN24292826_MAG_00000015-scaffold_1; CARD22-1_SAMN24292826_MAG_00000015-scaffold_2; CARD22-1_SAMN24292826_MAG_00000015-scaffold_3; CARD22-1_SAMN24292826_MAG_00000015-scaffold_4; CARD22-1_SAMN24292826_MAG_00000015-scaffold_5; CARD22-1_SAMN24292826_MAG_00000015-scaffold_7; CARD22-1_SAMN24292826_MAG_00000015-scaffold_8; CARD22-1_SAMN24292826_MAG_00000015-scaffold_9; CARD22-1_SAMN24292826_MAG_00000015-scaffold_10; CARD22-1_SAMN24292826_MAG_00000015-scaffold_11; CARD22-1_SAMN24292826_MAG_00000015-scaffold_13; CARD22-1_SAMN24292826_MAG_00000015-scaffold_14; CARD22-1_SAMN24292826_MAG_00000015-scaffold_16; CARD22-1_SAMN24292826_MAG_00000015-scaffold_18; CARD22-1_SAMN24292826_MAG_00000015-scaffold_20; CARD22-1_SAMN24292826_MAG_00000015-scaffold_21; CARD22-1_SAMN24292826_MAG_00000015-scaffold_22; CARD22-1_SAMN24292826_MAG_00000015-scaffold_23; CARD22-1_SAMN24292826_MAG_00000015-scaffold_24; CARD22-1_SAMN24292826_MAG_00000015-scaffold_25; CARD22-1_SAMN24292826_MAG_00000015-scaffold_26; CARD22-1_SAMN24292826_MAG_00000015-scaffold_27; CARD22-1_SAMN24292826_MAG_00000015-scaffold_28; CARD22-1_SAMN24292826_MAG_00000015-scaffold_29; CARD22-1_SAMN24292826_MAG_00000015-scaffold_30; CARD22-1_SAMN24292826_MAG_00000015-scaffold_32; CARD22-1_SAMN24292826_MAG_00000015-scaffold_33; CARD22-1_SAMN24292826_MAG_00000015-scaffold_34; CARD22-1_SAMN24292826_MAG_00000015-scaffold_35; CARD22-1_SAMN24292826_MAG_00000015-scaffold_36; CARD22-1_SAMN24292826_MAG_00000015-scaffold_37; CARD22-1_SAMN24292826_MAG_00000015-scaffold_38; CARD22-1_SAMN24292826_MAG_00000015-scaffold_39; CARD22-1_SAMN24292826_MAG_00000015-scaffold_40; CARD22-1_SAMN24292826_MAG_00000015-scaffold_41; CARD22-1_SAMN24292826_MAG_00000015-scaffold_42; CARD22-1_SAMN24292826_MAG_00000015-scaffold_44; CARD22-1_SAMN24292826_MAG_00000015-scaffold_45; CARD22-1_SAMN24292826_MAG_00000015-scaffold_46; CARD22-1_SAMN24292826_MAG_00000015-scaffold_47; CARD22-1_SAMN24292826_MAG_00000015-scaffold_48; CARD22-1_SAMN24292826_MAG_00000015-scaffold_49; CARD22-1_SAMN24292826_MAG_00000015-scaffold_50; CARD22-1_SAMN24292826_MAG_00000015-scaffold_51; CARD22-1_SAMN24292826_MAG_00000015-scaffold_52; CARD22-1_SAMN24292826_MAG_00000015-scaffold_53; CARD22-1_SAMN24292826_MAG_00000015-scaffold_54; CARD22-1_SAMN24292826_MAG_00000015-scaffold_55; CARD22-1_SAMN24292826_MAG_00000015-scaffold_56; CARD22-1_SAMN24292826_MAG_00000015-scaffold_57; CARD22-1_SAMN24292826_MAG_00000015-scaffold_59; CARD22-1_SAMN24292826_MAG_00000015-scaffold_60; CARD22-1_SAMN24292826_MAG_00000015-scaffold_61; CARD22-1_SAMN24292826_MAG_00000015-scaffold_62; CARD22-1_SAMN24292826_MAG_00000015-scaffold_63; CARD22-1_SAMN24292826_MAG_00000015-scaffold_64; CARD22-1_SAMN24292826_MAG_00000015-scaffold_65; CARD22-1_SAMN24292826_MAG_00000015-scaffold_66; CARD22-1_SAMN24292826_MAG_00000015-scaffold_67; CARD22-1_SAMN24292826_MAG_00000015-scaffold_68; CARD22-1_SAMN24292826_MAG_00000015-scaffold_69; CARD22-1_SAMN24292826_MAG_00000015-scaffold_70; CARD22-1_SAMN24292826_MAG_00000015-scaffold_71; CARD22-1_SAMN24292826_MAG_00000015-scaffold_72; CARD22-1_SAMN24292826_MAG_00000015-scaffold_73; CARD22-1_SAMN24292826_MAG_00000015-scaffold_74; CARD22-1_SAMN24292826_MAG_00000015-scaffold_75; CARD22-1_SAMN24292826_MAG_00000015-scaffold_76; CARD22-1_SAMN24292826_MAG_00000015-scaffold_77; CARD22-1_SAMN24292826_MAG_00000015-scaffold_78; CARD22-1_SAMN24292826_MAG_00000015-scaffold_79; CARD22-1_SAMN24292826_MAG_00000015-scaffold_80; CARD22-1_SAMN24292826_MAG_00000015-scaffold_81; CARD22-1_SAMN24292826_MAG_00000015-scaffold_82; CARD22-1_SAMN24292826_MAG_00000015-scaffold_84; CARD22-1_SAMN24292826_MAG_00000015-scaffold_86; CARD22-1_SAMN24292826_MAG_00000015-scaffold_87; CARD22-1_SAMN24292826_MAG_00000015-scaffold_88; CARD22-1_SAMN24292826_MAG_00000015-scaffold_89; CARD22-1_SAMN24292826_MAG_00000015-scaffold_90; CARD22-1_SAMN24292826_MAG_00000015-scaffold_91; CARD22-1_SAMN24292826_MAG_00000015-scaffold_92; CARD22-1_SAMN24292826_MAG_00000015-scaffold_93; CARD22-1_SAMN24292826_MAG_00000015-scaffold_94; CARD22-1_SAMN24292826_MAG_00000015-scaffold_95; CARD22-1_SAMN24292826_MAG_00000015-scaffold_96; CARD22-1_SAMN24292826_MAG_00000015-scaffold_97; CARD22-1_SAMN24292826_MAG_00000015-scaffold_98; CARD22-1_SAMN24292826_MAG_00000015-scaffold_99; CARD22-1_SAMN24292826_MAG_00000015-scaffold_100; CARD22-1_SAMN24292826_MAG_00000015-scaffold_101; CARD22-1_SAMN24292826_MAG_00000015-scaffold_102; CARD22-1_SAMN24292826_MAG_00000015-scaffold_103; CARD22-1_SAMN24292826_MAG_00000015-scaffold_104; CARD22-1_SAMN24292826_MAG_00000015-scaffold_105; CARD22-1_SAMN24292826_MAG_00000015-scaffold_106; CARD22-1_SAMN24292826_MAG_00000015-scaffold_107; CARD22-1_SAMN24292826_MAG_00000015-scaffold_109; CARD22-1_SAMN24292826_MAG_00000015-scaffold_110; CARD22-1_SAMN24292826_MAG_00000015-scaffold_111; CARD22-1_SAMN24292826_MAG_00000015-scaffold_112; CARD22-1_SAMN24292826_MAG_00000015-scaffold_113; CARD22-1_SAMN24292826_MAG_00000015-scaffold_114; CARD22-1_SAMN24292826_MAG_00000015-scaffold_115; CARD22-1_SAMN24292826_MAG_00000015-scaffold_116; CARD22-1_SAMN24292826_MAG_00000015-scaffold_117; CARD22-1_SAMN24292826_MAG_00000015-scaffold_118; CARD22-1_SAMN24292826_MAG_00000015-scaffold_119; CARD22-1_SAMN24292826_MAG_00000015-scaffold_120; CARD22-1_SAMN24292826_MAG_00000015-scaffold_121; CARD22-1_SAMN24292826_MAG_00000015-scaffold_122; CARD22-1_SAMN24292826_MAG_00000015-scaffold_123; CARD22-1_SAMN24292826_MAG_00000015-scaffold_124; CARD22-1_SAMN24292826_MAG_00000015-scaffold_125; CARD22-1_SAMN24292826_MAG_00000015-scaffold_126; CARD22-1_SAMN24292826_MAG_00000015-scaffold_127; CARD22-1_SAMN24292826_MAG_00000015-scaffold_128; CARD22-1_SAMN24292826_MAG_00000015-scaffold_129; CARD22-1_SAMN24292826_MAG_00000015-scaffold_130; CARD22-1_SAMN24292826_MAG_00000015-scaffold_131; CARD22-1_SAMN24292826_MAG_00000015-scaffold_132; CARD22-1_SAMN24292826_MAG_00000015-scaffold_133; CARD22-1_SAMN24292826_MAG_00000015-scaffold_134; CARD22-1_SAMN24292826_MAG_00000015-scaffold_135; CARD22-1_SAMN24292826_MAG_00000015-scaffold_136; CARD22-1_SAMN24292826_MAG_00000015-scaffold_137; CARD22-1_SAMN24292826_MAG_00000015-scaffold_138; CARD22-1_SAMN24292826_MAG_00000015-scaffold_139; CARD22-1_SAMN24292826_MAG_00000015-scaffold_140; CARD22-1_SAMN24292826_MAG_00000015-scaffold_141; CARD22-1_SAMN24292826_MAG_00000015-scaffold_142; CARD22-1_SAMN24292826_MAG_00000015-scaffold_143; CARD22-1_SAMN24292826_MAG_00000015-scaffold_144; CARD22-1_SAMN24292826_MAG_00000015-scaffold_145; CARD22-1_SAMN24292826_MAG_00000015-scaffold_146; CARD22-1_SAMN24292826_MAG_00000015-scaffold_147; CARD22-1_SAMN24292826_MAG_00000015-scaffold_148; CARD22-1_SAMN24292826_MAG_00000015-scaffold_149; CARD22-1_SAMN24292826_MAG_00000015-scaffold_150; CARD22-1_SAMN24292826_MAG_00000015-scaffold_151; CARD22-1_SAMN24292826_MAG_00000015-scaffold_152; CARD22-1_SAMN24292826_MAG_00000015-scaffold_153; CARD22-1_SAMN24292826_MAG_00000015-scaffold_154; CARD22-1_SAMN24292826_MAG_00000015-scaffold_155; CARD22-1_SAMN24292826_MAG_00000015-scaffold_156; CARD22-1_SAMN24292826_MAG_00000015-scaffold_157; CARD22-1_SAMN24292826_MAG_00000015-scaffold_158; CARD22-1_SAMN24292826_MAG_00000015-scaffold_159; CARD22-1_SAMN24292826_MAG_00000015-scaffold_160; CARD22-1_SAMN24292826_MAG_00000015-scaffold_161; CARD22-1_SAMN24292826_MAG_00000015-scaffold_162; CARD22-1_SAMN24292826_MAG_00000015-scaffold_163; CARD22-1_SAMN24292826_MAG_00000015-scaffold_164; CARD22-1_SAMN24292826_MAG_00000015-scaffold_165; CARD22-1_SAMN24292826_MAG_00000015-scaffold_166; CARD22-1_SAMN24292826_MAG_00000015-scaffold_167; CARD22-1_SAMN24292826_MAG_00000015-scaffold_168; CARD22-1_SAMN24292826_MAG_00000015-scaffold_169; CARD22-1_SAMN24292826_MAG_00000015-scaffold_170; CARD22-1_SAMN24292826_MAG_00000015-scaffold_171; CARD22-1_SAMN24292826_MAG_00000015-scaffold_172; CARD22-1_SAMN24292826_MAG_00000015-scaffold_173; CARD22-1_SAMN24292826_MAG_00000015-scaffold_174; CARD22-1_SAMN24292826_MAG_00000015-scaffold_175; CARD22-1_SAMN24292826_MAG_00000015-scaffold_176; CARD22-1_SAMN24292826_MAG_00000015-scaffold_177; CARD22-1_SAMN24292826_MAG_00000015-scaffold_178; CARD22-1_SAMN24292826_MAG_00000015-scaffold_179; CARD22-1_SAMN24292826_MAG_00000015-scaffold_180; CARD22-1_SAMN24292826_MAG_00000015-scaffold_181; CARD22-1_SAMN24292826_MAG_00000015-scaffold_182; CARD22-1_SAMN24292826_MAG_00000015-scaffold_183; CARD22-1_SAMN24292826_MAG_00000015-scaffold_184; CARD22-1_SAMN24292826_MAG_00000015-scaffold_185; CARD22-1_SAMN24292826_MAG_00000015-scaffold_186; CARD22-1_SAMN24292826_MAG_00000015-scaffold_187; CARD22-1_SAMN24292826_MAG_00000015-scaffold_188; CARD22-1_SAMN24292826_MAG_00000015-scaffold_189; CARD22-1_SAMN24292826_MAG_00000015-scaffold_190; CARD22-1_SAMN24292826_MAG_00000015-scaffold_191; CARD22-1_SAMN24292826_MAG_00000015-scaffold_192; CARD22-1_SAMN24292826_MAG_00000015-scaffold_193; CARD22-1_SAMN24292826_MAG_00000015-scaffold_194; CARD22-1_SAMN24292826_MAG_00000015-scaffold_195; CARD22-1_SAMN24292826_MAG_00000015-scaffold_196; CARD22-1_SAMN24292826_MAG_00000015-scaffold_197; CARD22-1_SAMN24292826_MAG_00000015-scaffold_198; CARD22-1_SAMN24292826_MAG_00000015-scaffold_199; CARD22-1_SAMN24292826_MAG_00000015-scaffold_200; CARD22-1_SAMN24292826_MAG_00000015-scaffold_201; CARD22-1_SAMN24292826_MAG_00000015-scaffold_202; CARD22-1_SAMN24292826_MAG_00000015-scaffold_203; CARD22-1_SAMN24292826_MAG_00000015-scaffold_204; CARD22-1_SAMN24292826_MAG_00000015-scaffold_205; CARD22-1_SAMN24292826_MAG_00000015-scaffold_206; CARD22-1_SAMN24292826_MAG_00000015-scaffold_207; CARD22-1_SAMN24292826_MAG_00000015-scaffold_208; CARD22-1_SAMN24292826_MAG_00000015-scaffold_209; CARD22-1_SAMN24292826_MAG_00000015-scaffold_210; CARD22-1_SAMN24292826_MAG_00000015-scaffold_211; CARD22-1_SAMN24292826_MAG_00000015-scaffold_212; CARD22-1_SAMN24292826_MAG_00000015-scaffold_213; CARD22-1_SAMN24292826_MAG_00000015-scaffold_214; CARD22-1_SAMN24292826_MAG_00000015-scaffold_215; CARD22-1_SAMN24292826_MAG_00000015-scaffold_216; CARD22-1_SAMN24292826_MAG_00000015-scaffold_217; CARD22-1_SAMN24292826_MAG_00000015-scaffold_218; CARD22-1_SAMN24292826_MAG_00000015-scaffold_219; CARD22-1_SAMN24292826_MAG_00000015-scaffold_220; CARD22-1_SAMN24292826_MAG_00000015-scaffold_221; CARD22-1_SAMN24292826_MAG_00000015-scaffold_222; CARD22-1_SAMN24292826_MAG_00000015-scaffold_223; CARD22-1_SAMN24292826_MAG_00000015-scaffold_224; CARD22-1_SAMN24292826_MAG_00000015-scaffold_225; CARD22-1_SAMN24292826_MAG_00000015-scaffold_226; CARD22-1_SAMN24292826_MAG_00000015-scaffold_227; CARD22-1_SAMN24292826_MAG_00000015-scaffold_228; CARD22-1_SAMN24292826_MAG_00000015-scaffold_229; CARD22-1_SAMN24292826_MAG_00000015-scaffold_230; CARD22-1_SAMN24292826_MAG_00000015-scaffold_231; CARD22-1_SAMN24292826_MAG_00000015-scaffold_232; CARD22-1_SAMN24292826_MAG_00000015-scaffold_233; CARD22-1_SAMN24292826_MAG_00000015-scaffold_234; CARD22-1_SAMN24292826_MAG_00000015-scaffold_235; CARD22-1_SAMN24292826_MAG_00000015-scaffold_236; CARD22-1_SAMN24292826_MAG_00000015-scaffold_237; CARD22-1_SAMN24292826_MAG_00000015-scaffold_238; CARD22-1_SAMN24292826_MAG_00000015-scaffold_239; CARD22-1_SAMN24292826_MAG_00000015-scaffold_240; CARD22-1_SAMN24292826_MAG_00000015-scaffold_241; CARD22-1_SAMN24292826_MAG_00000015-scaffold_242; CARD22-1_SAMN24292826_MAG_00000015-scaffold_243; CARD22-1_SAMN24292826_MAG_00000015-scaffold_244; CARD22-1_SAMN24292826_MAG_00000015-scaffold_245; CARD22-1_SAMN24292826_MAG_00000015-scaffold_246; CARD22-1_SAMN24292826_MAG_00000015-scaffold_247; CARD22-1_SAMN24292826_MAG_00000015-scaffold_248; CARD22-1_SAMN24292826_MAG_00000015-scaffold_249; CARD22-1_SAMN24292826_MAG_00000015-scaffold_250; CARD22-1_SAMN24292826_MAG_00000015-scaffold_251; CARD22-1_SAMN24292826_MAG_00000015-scaffold_252; CARD22-1_SAMN24292826_MAG_00000015-scaffold_253; CARD22-1_SAMN24292826_MAG_00000015-scaffold_254; CARD22-1_SAMN24292826_MAG_00000015-scaffold_255; CARD22-1_SAMN24292826_MAG_00000015-scaffold_256; CARD22-1_SAMN24292826_MAG_00000015-scaffold_257; CARD22-1_SAMN24292826_MAG_00000015-scaffold_258; CARD22-1_SAMN24292826_MAG_00000015-scaffold_259; CARD22-1_SAMN24292826_MAG_00000015-scaffold_260; CARD22-1_SAMN24292826_MAG_00000015-scaffold_261; CARD22-1_SAMN24292826_MAG_00000015-scaffold_262; CARD22-1_SAMN24292826_MAG_00000015-scaffold_263; CARD22-1_SAMN24292826_MAG_00000015-scaffold_264; CARD22-1_SAMN24292826_MAG_00000015-scaffold_265; CARD22-1_SAMN24292826_MAG_00000015-scaffold_266; CARD22-1_SAMN24292826_MAG_00000015-scaffold_267; CARD22-1_SAMN24292826_MAG_00000015-scaffold_268; CARD22-1_SAMN24292826_MAG_00000015-scaffold_269; CARD22-1_SAMN24292826_MAG_00000015-scaffold_270; CARD22-1_SAMN24292826_MAG_00000015-scaffold_271; CARD22-1_SAMN24292826_MAG_00000015-scaffold_272; CARD22-1_SAMN24292826_MAG_00000015-scaffold_273; CARD22-1_SAMN24292826_MAG_00000015-scaffold_274; CARD22-1_SAMN24292826_MAG_00000015-scaffold_276; CARD22-1_SAMN24292826_MAG_00000015-scaffold_277; CARD22-1_SAMN24292826_MAG_00000015-scaffold_278; CARD22-1_SAMN24292826_MAG_00000015-scaffold_279; CARD22-1_SAMN24292826_MAG_00000015-scaffold_283; CARD22-1_SAMN24292826_MAG_00000015-scaffold_284; CARD22-1_SAMN24292826_MAG_00000015-scaffold_285; CARD22-1_SAMN24292826_MAG_00000015-scaffold_286; CARD22-1_SAMN24292826_MAG_00000015-scaffold_287; CARD22-1_SAMN24292826_MAG_00000015-scaffold_288; CARD22-1_SAMN24292826_MAG_00000015-scaffold_289; CARD22-1_SAMN24292826_MAG_00000015-scaffold_290; CARD22-1_SAMN24292826_MAG_00000015-scaffold_291; CARD22-1_SAMN24292826_MAG_00000015-scaffold_292; CARD22-1_SAMN24292826_MAG_00000015-scaffold_293; CARD22-1_SAMN24292826_MAG_00000015-scaffold_294; CARD22-1_SAMN24292826_MAG_00000015-scaffold_295; CARD22-1_SAMN24292826_MAG_00000015-scaffold_296; CARD22-1_SAMN24292826_MAG_00000015-scaffold_297; CARD22-1_SAMN24292826_MAG_00000015-scaffold_298; CARD22-1_SAMN24292826_MAG_00000015-scaffold_299; CARD22-1_SAMN24292826_MAG_00000015-scaffold_300; CARD22-1_SAMN24292826_MAG_00000015-scaffold_301; CARD22-1_SAMN24292826_MAG_00000015-scaffold_302; CARD22-1_SAMN24292826_MAG_00000015-scaffold_303; CARD22-1_SAMN24292826_MAG_00000015-scaffold_304; CARD22-1_SAMN24292826_MAG_00000015-scaffold_305; CARD22-1_SAMN24292826_MAG_00000015-scaffold_306; CARD22-1_SAMN24292826_MAG_00000015-scaffold_307; CARD22-1_SAMN24292826_MAG_00000015-scaffold_308; CARD22-1_SAMN24292826_MAG_00000015-scaffold_309; CARD22-1_SAMN24292826_MAG_00000015-scaffold_310; CARD22-1_SAMN24292826_MAG_00000015-scaffold_311; CARD22-1_SAMN24292826_MAG_00000015-scaffold_312; CARD22-1_SAMN24292826_MAG_00000015-scaffold_313; CARD22-1_SAMN24292826_MAG_00000015-scaffold_314; CARD22-1_SAMN24292826_MAG_00000015-scaffold_315; CARD22-1_SAMN24292826_MAG_00000015-scaffold_316; CARD22-1_SAMN24292826_MAG_00000015-scaffold_317; CARD22-1_SAMN24292826_MAG_00000015-scaffold_318; CARD22-1_SAMN24292826_MAG_00000015-scaffold_319; CARD22-1_SAMN24292826_MAG_00000015-scaffold_320; CARD22-1_SAMN24292826_MAG_00000015-scaffold_321; CARD22-1_SAMN24292826_MAG_00000015-scaffold_322; CARD22-1_SAMN24292826_MAG_00000015-scaffold_323; CARD22-1_SAMN24292826_MAG_00000015-scaffold_324; CARD22-1_SAMN24292826_MAG_00000015-scaffold_325; CARD22-1_SAMN24292826_MAG_00000015-scaffold_326; CARD22-1_SAMN24292826_MAG_00000015-scaffold_327; CARD22-1_SAMN24292826_MAG_00000015-scaffold_328; CARD22-1_SAMN24292826_MAG_00000015-scaffold_329; CARD22-1_SAMN24292826_MAG_00000015-scaffold_330; CARD22-1_SAMN24292826_MAG_00000015-scaffold_331; CARD22-1_SAMN24292826_MAG_00000015-scaffold_332; CARD22-1_SAMN24292826_MAG_00000015-scaffold_333; CARD22-1_SAMN24292826_MAG_00000015-scaffold_334; CARD22-1_SAMN24292826_MAG_00000015-scaffold_335; CARD22-1_SAMN24292826_MAG_00000015-scaffold_336; CARD22-1_SAMN24292826_MAG_00000015-scaffold_337; CARD22-1_SAMN24292826_MAG_00000015-scaffold_338; CARD22-1_SAMN24292826_MAG_00000015-scaffold_339; CARD22-1_SAMN24292826_MAG_00000015-scaffold_340; CARD22-1_SAMN24292826_MAG_00000015-scaffold_341; CARD22-1_SAMN24292826_MAG_00000015-scaffold_342; CARD22-1_SAMN24292826_MAG_00000015-scaffold_343; CARD22-1_SAMN24292826_MAG_00000015-scaffold_344; CARD22-1_SAMN24292826_MAG_00000015-scaffold_345; CARD22-1_SAMN24292826_MAG_00000015-scaffold_346; CARD22-1_SAMN24292826_MAG_00000015-scaffold_347; CARD22-1_SAMN24292826_MAG_00000015-scaffold_348; CARD22-1_SAMN24292826_MAG_00000015-scaffold_349; CARD22-1_SAMN24292826_MAG_00000015-scaffold_350; CARD22-1_SAMN24292826_MAG_00000015-scaffold_351; CARD22-1_SAMN24292826_MAG_00000015-scaffold_352

Compact view

CARD22-1_SAMN24292826_MAG_00000015-scaffold_6 - Region 1 - NRPS,transAT-PKS-like

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Location: 27,614 - 77,851 nt. (total: 50,238 nt) Show pHMM detection rules used

Region on contig edge.

NRPS: cds(Condensation and (AMP-binding or A-OX))
transAT-PKS-like: cds(ATd and (PKS_KS or ene_KS or mod_KS or hyb_KS or itr_KS or tra_KS) and not PKS_AT)

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NRPS/PKS domains

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NRPS/PKS monomers

Predicted core structure(s)

For candidate cluster 1, location 27613 - 77851:

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

Polymer prediction:: (mal - mal - ser - mal - mal)

Direct lookup in NORINE database: strict or relaxed

Link to NORINE database query form

NRPS/PKS monomer predictions

CARD22-1_SAMN24292826_MAG_00000015-scaffold_6_27

Search NORINE for peptide: strict or relaxed

AMP-binding (9..432): pro

NRPSPredictor2: pro

SVM prediction details:

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

Stachelhaus prediction details:

Stachelhaus sequence:: DLlYiAlViK
Nearest Stachelhaus code:: iva
Stachelhaus code match:: 60% (weak)

CARD22-1_SAMN24292826_MAG_00000015-scaffold_6_28

Search NORINE for peptide: strict or relaxed

AMP-binding (2404..2802): ser

NRPSPredictor2: ser

SVM prediction details:

Predicted physicochemical class:: hydrophobic-aliphatic
Large clusters prediction:: ser, thr, dhpg, hpg
Small clusters prediction:: ser
Single AA prediction:: ser

Stachelhaus prediction details:

Stachelhaus sequence:: DVWHFSLVDK
Nearest Stachelhaus code:: ser
Stachelhaus code match:: 100% (strong)

CARD22-1_SAMN24292826_MAG_00000015-scaffold_12 - Region 1 - arylpolyene

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Location: 17,707 - 61,975 nt. (total: 44,269 nt) Show pHMM detection rules used

Region on contig edge.

arylpolyene: (APE_KS1 or APE_KS2)

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CARD22-1_SAMN24292826_MAG_00000015-scaffold_15 - Region 1 - hserlactone

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Location: 39,572 - 59,723 nt. (total: 20,152 nt) Show pHMM detection rules used

Region on contig edge.

hserlactone: Autoind_synth

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CARD22-1_SAMN24292826_MAG_00000015-scaffold_17 - Region 1 - hglE-KS

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Location: 1 - 24,791 nt. (total: 24,791 nt) Show pHMM detection rules used

Region on contig edge.

hglE-KS: (hglE or hglD)

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Predicted core structure(s)

For candidate cluster 1, location 0 - 24791:

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

Polymer prediction:: (mal)

Direct lookup in NORINE database: strict or relaxed

Link to NORINE database query form

NRPS/PKS monomer predictions

CARD22-1_SAMN24292826_MAG_00000015-scaffold_17_1

PKS_AT (593..890): mal

ATSignature: Malonyl-CoA

Top 3 matches:: Malonyl-CoA: 75.0%; inactive: 66.7%

minowa: Malonyl-CoA

Prediction, score:

Malonyl-CoA: 78.1
inactive: 40.1
Methoxymalonyl-CoA: 29.3
Methylmalonyl-CoA: 24.0
CHC-CoA: 16.7
fatty_acid: 13.8
trans-1,2-CPDA: 0.0
Propionyl-CoA: 0.0
Isobutyryl-CoA: 0.0
Ethylmalonyl-CoA: 0.0
Benzoyl-CoA: 0.0
Acetyl-CoA: 0.0
3-Methylbutyryl-CoA: 0.0
2-Methylbutyryl-CoA: 0.0

CARD22-1_SAMN24292826_MAG_00000015-scaffold_19 - Region 1 - NRPS,T1PKS,hglE-KS

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Location: 1 - 50,287 nt. (total: 50,287 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: cds(Condensation and (AMP-binding or A-OX))
hglE-KS: (hglE or hglD)

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Predicted core structure(s)

For candidate cluster 1, location 0 - 50287:

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

Polymer prediction:: (X - ohmal)

Direct lookup in NORINE database: strict or relaxed

Link to NORINE database query form

NRPS/PKS monomer predictions

CARD22-1_SAMN24292826_MAG_00000015-scaffold_19_15

Search NORINE for peptide: strict or relaxed

AMP-binding (493..885): X

NRPSPredictor2: tyr, bht

SVM prediction details:

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

Stachelhaus prediction details:

Stachelhaus sequence:: DAaTIAnIwK
Nearest Stachelhaus code:: phe
Stachelhaus code match:: 70% (weak)

PKS_AT (1613..1909): mal

ATSignature: Malonyl-CoA

Top 3 matches:: Malonyl-CoA: 95.8%; inactive: 91.7%; 2-Rhyd-Malonyl-CoA: 54.2%

minowa: Malonyl-CoA

Prediction, score:

Malonyl-CoA: 167.9
inactive: 121.8
Methoxymalonyl-CoA: 69.4
Methylmalonyl-CoA: 57.6
Propionyl-CoA: 37.8
Ethylmalonyl-CoA: 35.5
Isobutyryl-CoA: 28.5
Benzoyl-CoA: 23.8
2-Methylbutyryl-CoA: 20.2
Acetyl-CoA: 19.2
CHC-CoA: 16.7
trans-1,2-CPDA: 14.8
fatty_acid: 13.1
3-Methylbutyryl-CoA: 0.0

CARD22-1_SAMN24292826_MAG_00000015-scaffold_19_25

PKS_AT (1033..1340): pk

ATSignature: (unknown)

No matches above 50%

minowa: 3-Methylbutyryl-CoA

Prediction, score:

3-Methylbutyryl-CoA: 10.4
trans-1,2-CPDA: 0.0
inactive: 0.0
fatty_acid: 0.0
Propionyl-CoA: 0.0
Methylmalonyl-CoA: 0.0
Methoxymalonyl-CoA: 0.0
Malonyl-CoA: 0.0
Isobutyryl-CoA: 0.0
Ethylmalonyl-CoA: 0.0
CHC-CoA: 0.0
Benzoyl-CoA: 0.0
Acetyl-CoA: 0.0
2-Methylbutyryl-CoA: 0.0

CARD22-1_SAMN24292826_MAG_00000015-scaffold_31 - Region 1 - NRPS-like,T1PKS

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Location: 1 - 28,219 nt. (total: 28,219 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

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CARD22-1_SAMN24292826_MAG_00000015-scaffold_43 - Region 1 - NRPS-like

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Location: 1,726 - 38,333 nt. (total: 36,608 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))

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CARD22-1_SAMN24292826_MAG_00000015-scaffold_58 - Region 1 - NRPS,T1PKS

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Location: 1 - 32,960 nt. (total: 32,960 nt) Show pHMM detection rules used

Region on contig edge.

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

Legend:

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NRPS/PKS monomers

Predicted core structure(s)

For candidate cluster 1, location 0 - 32960:

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

Polymer prediction:: (Me-redmal - X)

Direct lookup in NORINE database: strict or relaxed

Link to NORINE database query form

NRPS/PKS monomer predictions

CARD22-1_SAMN24292826_MAG_00000015-scaffold_58_8

Search NORINE for peptide: strict or relaxed

PKS_AT (564..856): mal

ATSignature: Malonyl-CoA, inactive

Top 3 matches:: Malonyl-CoA: 91.7%; inactive: 91.7%

minowa: Malonyl-CoA

Prediction, score:

Malonyl-CoA: 174.9
inactive: 147.1
Methoxymalonyl-CoA: 64.8
Methylmalonyl-CoA: 52.9
Propionyl-CoA: 33.1
Isobutyryl-CoA: 24.5
Acetyl-CoA: 22.2
Benzoyl-CoA: 19.5
2-Methylbutyryl-CoA: 15.0
CHC-CoA: 14.5
trans-1,2-CPDA: 13.6
Ethylmalonyl-CoA: 12.3
fatty_acid: 0.0
3-Methylbutyryl-CoA: 0.0

AMP-binding (3040..3433): 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:: DvLsMGAVcK
Nearest Stachelhaus code:: phe
Stachelhaus code match:: 70% (weak)

CARD22-1_SAMN24292826_MAG_00000015-scaffold_83 - Region 1 - phosphonate

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Location: 1 - 25,920 nt. (total: 25,920 nt) Show pHMM detection rules used

Region on contig edge.

phosphonate: phosphonates

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CARD22-1_SAMN24292826_MAG_00000015-scaffold_85 - Region 1 - thioamitides

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Location: 1 - 14,095 nt. (total: 14,095 nt) Show pHMM detection rules used

Region on contig edge.

thioamitides: ((YcaO or TIGR03882) and TfuA)

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CARD22-1_SAMN24292826_MAG_00000015-scaffold_108 - Region 1 - T1PKS

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Location: 1 - 22,618 nt. (total: 22,618 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))

Legend:

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Predicted core structure(s)

For candidate cluster 1, location 0 - 22618:

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

Polymer prediction:: (Me-pk)

Direct lookup in NORINE database: strict or relaxed

Link to NORINE database query form

NRPS/PKS monomer predictions

CARD22-1_SAMN24292826_MAG_00000015-scaffold_108_3

PKS_AT (554..844): pk

ATSignature: Malonyl-CoA

Top 3 matches:: Malonyl-CoA: 75.0%; Methylmalonyl-CoA: 66.7%; CE-Malonyl-CoA: 58.3%

minowa: Methylmalonyl-CoA

Prediction, score:

Methylmalonyl-CoA: 108.3
Methoxymalonyl-CoA: 99.7
Malonyl-CoA: 98.4
Isobutyryl-CoA: 71.7
Ethylmalonyl-CoA: 71.2
Propionyl-CoA: 59.7
Acetyl-CoA: 57.2
trans-1,2-CPDA: 53.9
inactive: 50.6
Benzoyl-CoA: 46.2
2-Methylbutyryl-CoA: 35.5
3-Methylbutyryl-CoA: 34.3
CHC-CoA: 30.6
fatty_acid: 28.0

CARD22-1_SAMN24292826_MAG_00000015-scaffold_275 - Region 1 - ladderane

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Location: 1 - 8,464 nt. (total: 8,464 nt) Show pHMM detection rules used

Region on contig edge.

ladderane: ladderane

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CARD22-1_SAMN24292826_MAG_00000015-scaffold_280 - Region 1 - transAT-PKS-like

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Location: 1 - 8,212 nt. (total: 8,212 nt) Show pHMM detection rules used

Region on contig edge.

transAT-PKS-like: cds(ATd and (PKS_KS or ene_KS or mod_KS or hyb_KS or itr_KS or tra_KS) and not PKS_AT)

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NRPS/PKS monomers

Predicted core structure(s)

For candidate cluster 1, location 0 - 8212:

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

Polymer prediction:: (mal)

Direct lookup in NORINE database: strict or relaxed

Link to NORINE database query form

NRPS/PKS monomer predictions

CARD22-1_SAMN24292826_MAG_00000015-scaffold_281 - Region 1 - acyl_amino_acids

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Location: 1 - 8,120 nt. (total: 8,120 nt) Show pHMM detection rules used

Region on contig edge.

acyl_amino_acids: NasY

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CARD22-1_SAMN24292826_MAG_00000015-scaffold_282 - Region 1 - transAT-PKS-like

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Location: 1 - 8,070 nt. (total: 8,070 nt) Show pHMM detection rules used

Region on contig edge.

transAT-PKS-like: cds(ATd and (PKS_KS or ene_KS or mod_KS or hyb_KS or itr_KS or tra_KS) and not PKS_AT)

Legend:

core biosynthetic genes

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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 - 8070:

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

Polymer prediction:: (ohmal)

Direct lookup in NORINE database: strict or relaxed

Link to NORINE database query form

NRPS/PKS monomer predictions