PANK22-1_SAMN12290862_MAG_00000030 - 4 region(s)

Identified secondary metabolite regions using strictness 'relaxed'

PANK22-1_SAMN12290862_MAG_00000030-scaffold_1

Region	Type	From	To	Most similar known cluster		Similarity
Region 1.1	arylpolyene	1	29,015

PANK22-1_SAMN12290862_MAG_00000030-scaffold_18

Region	Type	From	To	Most similar known cluster		Similarity
Region 18.1	RiPP-like	799	14,032

PANK22-1_SAMN12290862_MAG_00000030-scaffold_42

Region	Type	From	To	Most similar known cluster		Similarity
Region 42.1	proteusin	1,164	11,654

PANK22-1_SAMN12290862_MAG_00000030-scaffold_54

Region	Type	From	To	Most similar known cluster		Similarity
Region 54.1	RRE-containing	1	10,659

Region	Type	From	To	Similarity
Region 1.1	arylpolyene	1	29,015
Region 18.1	RiPP-like	799	14,032
Region 42.1	proteusin	1,164	11,654
Region 54.1	RRE-containing	1	10,659

No secondary metabolite regions were found in these records:: PANK22-1_SAMN12290862_MAG_00000030-scaffold_2; PANK22-1_SAMN12290862_MAG_00000030-scaffold_3; PANK22-1_SAMN12290862_MAG_00000030-scaffold_4; PANK22-1_SAMN12290862_MAG_00000030-scaffold_5; PANK22-1_SAMN12290862_MAG_00000030-scaffold_6; PANK22-1_SAMN12290862_MAG_00000030-scaffold_7; PANK22-1_SAMN12290862_MAG_00000030-scaffold_8; PANK22-1_SAMN12290862_MAG_00000030-scaffold_9; PANK22-1_SAMN12290862_MAG_00000030-scaffold_10; PANK22-1_SAMN12290862_MAG_00000030-scaffold_11; PANK22-1_SAMN12290862_MAG_00000030-scaffold_12; PANK22-1_SAMN12290862_MAG_00000030-scaffold_13; PANK22-1_SAMN12290862_MAG_00000030-scaffold_14; PANK22-1_SAMN12290862_MAG_00000030-scaffold_15; PANK22-1_SAMN12290862_MAG_00000030-scaffold_16; PANK22-1_SAMN12290862_MAG_00000030-scaffold_17; PANK22-1_SAMN12290862_MAG_00000030-scaffold_19; PANK22-1_SAMN12290862_MAG_00000030-scaffold_20; PANK22-1_SAMN12290862_MAG_00000030-scaffold_21; PANK22-1_SAMN12290862_MAG_00000030-scaffold_22; PANK22-1_SAMN12290862_MAG_00000030-scaffold_23; PANK22-1_SAMN12290862_MAG_00000030-scaffold_24; PANK22-1_SAMN12290862_MAG_00000030-scaffold_25; PANK22-1_SAMN12290862_MAG_00000030-scaffold_26; PANK22-1_SAMN12290862_MAG_00000030-scaffold_27; PANK22-1_SAMN12290862_MAG_00000030-scaffold_28; PANK22-1_SAMN12290862_MAG_00000030-scaffold_29; PANK22-1_SAMN12290862_MAG_00000030-scaffold_30; PANK22-1_SAMN12290862_MAG_00000030-scaffold_31; PANK22-1_SAMN12290862_MAG_00000030-scaffold_32; PANK22-1_SAMN12290862_MAG_00000030-scaffold_33; PANK22-1_SAMN12290862_MAG_00000030-scaffold_34; PANK22-1_SAMN12290862_MAG_00000030-scaffold_35; PANK22-1_SAMN12290862_MAG_00000030-scaffold_36; PANK22-1_SAMN12290862_MAG_00000030-scaffold_37; PANK22-1_SAMN12290862_MAG_00000030-scaffold_38; PANK22-1_SAMN12290862_MAG_00000030-scaffold_39; PANK22-1_SAMN12290862_MAG_00000030-scaffold_40; PANK22-1_SAMN12290862_MAG_00000030-scaffold_41; PANK22-1_SAMN12290862_MAG_00000030-scaffold_43; PANK22-1_SAMN12290862_MAG_00000030-scaffold_44; PANK22-1_SAMN12290862_MAG_00000030-scaffold_45; PANK22-1_SAMN12290862_MAG_00000030-scaffold_46; PANK22-1_SAMN12290862_MAG_00000030-scaffold_47; PANK22-1_SAMN12290862_MAG_00000030-scaffold_48; PANK22-1_SAMN12290862_MAG_00000030-scaffold_49; PANK22-1_SAMN12290862_MAG_00000030-scaffold_50; PANK22-1_SAMN12290862_MAG_00000030-scaffold_51; PANK22-1_SAMN12290862_MAG_00000030-scaffold_52; PANK22-1_SAMN12290862_MAG_00000030-scaffold_53; PANK22-1_SAMN12290862_MAG_00000030-scaffold_55; PANK22-1_SAMN12290862_MAG_00000030-scaffold_56; PANK22-1_SAMN12290862_MAG_00000030-scaffold_57; PANK22-1_SAMN12290862_MAG_00000030-scaffold_58; PANK22-1_SAMN12290862_MAG_00000030-scaffold_59; PANK22-1_SAMN12290862_MAG_00000030-scaffold_60; PANK22-1_SAMN12290862_MAG_00000030-scaffold_61; PANK22-1_SAMN12290862_MAG_00000030-scaffold_62; PANK22-1_SAMN12290862_MAG_00000030-scaffold_63; PANK22-1_SAMN12290862_MAG_00000030-scaffold_64; PANK22-1_SAMN12290862_MAG_00000030-scaffold_65; PANK22-1_SAMN12290862_MAG_00000030-scaffold_66; PANK22-1_SAMN12290862_MAG_00000030-scaffold_67; PANK22-1_SAMN12290862_MAG_00000030-scaffold_68; PANK22-1_SAMN12290862_MAG_00000030-scaffold_69; PANK22-1_SAMN12290862_MAG_00000030-scaffold_70; PANK22-1_SAMN12290862_MAG_00000030-scaffold_71; PANK22-1_SAMN12290862_MAG_00000030-scaffold_72; PANK22-1_SAMN12290862_MAG_00000030-scaffold_73; PANK22-1_SAMN12290862_MAG_00000030-scaffold_74; PANK22-1_SAMN12290862_MAG_00000030-scaffold_75; PANK22-1_SAMN12290862_MAG_00000030-scaffold_76; PANK22-1_SAMN12290862_MAG_00000030-scaffold_77; PANK22-1_SAMN12290862_MAG_00000030-scaffold_78; PANK22-1_SAMN12290862_MAG_00000030-scaffold_79; PANK22-1_SAMN12290862_MAG_00000030-scaffold_80; PANK22-1_SAMN12290862_MAG_00000030-scaffold_81; PANK22-1_SAMN12290862_MAG_00000030-scaffold_82; PANK22-1_SAMN12290862_MAG_00000030-scaffold_83; PANK22-1_SAMN12290862_MAG_00000030-scaffold_84; PANK22-1_SAMN12290862_MAG_00000030-scaffold_85; PANK22-1_SAMN12290862_MAG_00000030-scaffold_86; PANK22-1_SAMN12290862_MAG_00000030-scaffold_87; PANK22-1_SAMN12290862_MAG_00000030-scaffold_88; PANK22-1_SAMN12290862_MAG_00000030-scaffold_89; PANK22-1_SAMN12290862_MAG_00000030-scaffold_90; PANK22-1_SAMN12290862_MAG_00000030-scaffold_91; PANK22-1_SAMN12290862_MAG_00000030-scaffold_92; PANK22-1_SAMN12290862_MAG_00000030-scaffold_93; PANK22-1_SAMN12290862_MAG_00000030-scaffold_94; PANK22-1_SAMN12290862_MAG_00000030-scaffold_95; PANK22-1_SAMN12290862_MAG_00000030-scaffold_96; PANK22-1_SAMN12290862_MAG_00000030-scaffold_97; PANK22-1_SAMN12290862_MAG_00000030-scaffold_98; PANK22-1_SAMN12290862_MAG_00000030-scaffold_99; PANK22-1_SAMN12290862_MAG_00000030-scaffold_100; PANK22-1_SAMN12290862_MAG_00000030-scaffold_101; PANK22-1_SAMN12290862_MAG_00000030-scaffold_102; PANK22-1_SAMN12290862_MAG_00000030-scaffold_103; PANK22-1_SAMN12290862_MAG_00000030-scaffold_104; PANK22-1_SAMN12290862_MAG_00000030-scaffold_105; PANK22-1_SAMN12290862_MAG_00000030-scaffold_106; PANK22-1_SAMN12290862_MAG_00000030-scaffold_107; PANK22-1_SAMN12290862_MAG_00000030-scaffold_108; PANK22-1_SAMN12290862_MAG_00000030-scaffold_109; PANK22-1_SAMN12290862_MAG_00000030-scaffold_110; PANK22-1_SAMN12290862_MAG_00000030-scaffold_111; PANK22-1_SAMN12290862_MAG_00000030-scaffold_112; PANK22-1_SAMN12290862_MAG_00000030-scaffold_113; PANK22-1_SAMN12290862_MAG_00000030-scaffold_114; PANK22-1_SAMN12290862_MAG_00000030-scaffold_115; PANK22-1_SAMN12290862_MAG_00000030-scaffold_116; PANK22-1_SAMN12290862_MAG_00000030-scaffold_117; PANK22-1_SAMN12290862_MAG_00000030-scaffold_118; PANK22-1_SAMN12290862_MAG_00000030-scaffold_119; PANK22-1_SAMN12290862_MAG_00000030-scaffold_120; PANK22-1_SAMN12290862_MAG_00000030-scaffold_121; PANK22-1_SAMN12290862_MAG_00000030-scaffold_122; PANK22-1_SAMN12290862_MAG_00000030-scaffold_123; PANK22-1_SAMN12290862_MAG_00000030-scaffold_124; PANK22-1_SAMN12290862_MAG_00000030-scaffold_125; PANK22-1_SAMN12290862_MAG_00000030-scaffold_126; PANK22-1_SAMN12290862_MAG_00000030-scaffold_127; PANK22-1_SAMN12290862_MAG_00000030-scaffold_128; PANK22-1_SAMN12290862_MAG_00000030-scaffold_129; PANK22-1_SAMN12290862_MAG_00000030-scaffold_130; PANK22-1_SAMN12290862_MAG_00000030-scaffold_131; PANK22-1_SAMN12290862_MAG_00000030-scaffold_132; PANK22-1_SAMN12290862_MAG_00000030-scaffold_133; PANK22-1_SAMN12290862_MAG_00000030-scaffold_134; PANK22-1_SAMN12290862_MAG_00000030-scaffold_135; PANK22-1_SAMN12290862_MAG_00000030-scaffold_136; PANK22-1_SAMN12290862_MAG_00000030-scaffold_137; PANK22-1_SAMN12290862_MAG_00000030-scaffold_138; PANK22-1_SAMN12290862_MAG_00000030-scaffold_139; PANK22-1_SAMN12290862_MAG_00000030-scaffold_140; PANK22-1_SAMN12290862_MAG_00000030-scaffold_141; PANK22-1_SAMN12290862_MAG_00000030-scaffold_142; PANK22-1_SAMN12290862_MAG_00000030-scaffold_143; PANK22-1_SAMN12290862_MAG_00000030-scaffold_144; PANK22-1_SAMN12290862_MAG_00000030-scaffold_145; PANK22-1_SAMN12290862_MAG_00000030-scaffold_146; PANK22-1_SAMN12290862_MAG_00000030-scaffold_147; PANK22-1_SAMN12290862_MAG_00000030-scaffold_148; PANK22-1_SAMN12290862_MAG_00000030-scaffold_149; PANK22-1_SAMN12290862_MAG_00000030-scaffold_150; PANK22-1_SAMN12290862_MAG_00000030-scaffold_151; PANK22-1_SAMN12290862_MAG_00000030-scaffold_152; PANK22-1_SAMN12290862_MAG_00000030-scaffold_153; PANK22-1_SAMN12290862_MAG_00000030-scaffold_154; PANK22-1_SAMN12290862_MAG_00000030-scaffold_155; PANK22-1_SAMN12290862_MAG_00000030-scaffold_156; PANK22-1_SAMN12290862_MAG_00000030-scaffold_157; PANK22-1_SAMN12290862_MAG_00000030-scaffold_158; PANK22-1_SAMN12290862_MAG_00000030-scaffold_159; PANK22-1_SAMN12290862_MAG_00000030-scaffold_160; PANK22-1_SAMN12290862_MAG_00000030-scaffold_161; PANK22-1_SAMN12290862_MAG_00000030-scaffold_162; PANK22-1_SAMN12290862_MAG_00000030-scaffold_163; PANK22-1_SAMN12290862_MAG_00000030-scaffold_164; PANK22-1_SAMN12290862_MAG_00000030-scaffold_165; PANK22-1_SAMN12290862_MAG_00000030-scaffold_166; PANK22-1_SAMN12290862_MAG_00000030-scaffold_167; PANK22-1_SAMN12290862_MAG_00000030-scaffold_168

Compact view

PANK22-1_SAMN12290862_MAG_00000030-scaffold_1 - Region 1 - arylpolyene

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Location: 1 - 29,015 nt. (total: 29,015 nt) Show pHMM detection rules used

Region on contig edge.

arylpolyene: (APE_KS1 or APE_KS2)

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core biosynthetic genes

additional biosynthetic genes

transport-related genes

regulatory genes

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PANK22-1_SAMN12290862_MAG_00000030-scaffold_18 - Region 1 - RiPP-like

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Location: 799 - 14,032 nt. (total: 13,234 nt) Show pHMM detection rules used

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)

Legend:

core biosynthetic genes

additional biosynthetic genes

transport-related genes

regulatory genes

other genes

resistance

TTA codons

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Gene details

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PANK22-1_SAMN12290862_MAG_00000030-scaffold_42 - Region 1 - proteusin

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Location: 1,164 - 11,654 nt. (total: 10,491 nt) Show pHMM detection rules used

Region on contig edge.

proteusin: (PoyD or TIGR03793)

Legend:

core biosynthetic genes

additional biosynthetic genes

transport-related genes

regulatory genes

other genes

resistance

TTA codons

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Gene details

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PANK22-1_SAMN12290862_MAG_00000030-scaffold_54 - Region 1 - RRE-containing

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Location: 1 - 10,659 nt. (total: 10,659 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])

Legend:

core biosynthetic genes

additional biosynthetic genes

transport-related genes

regulatory genes

other genes

resistance

TTA codons

reset view

zoom to selection

Gene details

Select a gene to view the details available for it