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Usage: ===== >>> from Rana.fts import fts # >>> from Rana.Vector import * # Just a way to get a sequence. >>> from Bio.Seq import Seq # Use your prefer method here. >>> pbr = fts(pBR322) # >>> seq = Seq(str(pbr)) # >>> >>> from Bio.Restriction import * >>> a = Analysis(AllEnzymes, seq, linear=False) >>> b = a.blunt() >>> a.print_that() # no argument -> print all the results AasI : 2169, 2582. AatII : 4289. Acc16I : 263, 1359, 1457, 3589. ... More enzymes here. ... >>> b = a.without_site() >>> a.print_that(b, '', ' Enzymes which do not cut pBR322. ') Enzymes which do not cut pBR322. AarI AatI Acc65I AcsI AcvI AdeI AflII AgeI AhlI AleI AloI ApaI ApoI AscI AsiAI AsiSI Asp718I AspA2I AsuII AvaIII AvrII AxyI BaeI BbrPI BbvCI BclI BcuI BfrBI BfrI BglII BlnI BlpI BmgBI BmgI BplI Bpu1102I Bpu14I BsaXI Bse21I BsePI BseRI BshTI BsiWI Bsp119I Bsp120I Bsp1407I Bsp1720I Bsp19I BspT104I BspTI BsrGI BssHI BssHII Bst98I BstAUI BstBI BstEII BstPI BstSNI BstXI Bsu36I BtrI CciNI CelII Cfr42I Cfr9I CpoI Csp45I CspAI CspCI CspI DraIII DrdII Ecl136II Eco105I Eco147I Eco72I Eco81I Eco91I EcoICRI EcoO65I EcoRI EcoT22I EspI FalI FbaI FseI FunII HpaI KpnI Ksp22I KspAI KspI MabI MfeI MluI Mph1103I MspCI MssI MunI NcoI NotI NsiI NspV OliI PacI PaeR7I PasI PauI PceI Pfl23II PinAI PmaCI PmeI PmlI Ppu10I PsiI Psp124BI PspAI PspCI PspEI PspLI PspOMI PspXI PsrI RleAI Rsr2I RsrII SacI SacII SanDI SauI SbfI SciI SdaI SexAI SfiI Sfr274I Sfr303I SfuI SgfI SgrBI SlaI SmaI SmiI SnaBI SpeI SplI SrfI Sse232I Sse8387I Sse8647I SseBI SspBI SstI StuI SunI SwaI TliI UthSI Vha464I XapI XbaI XcmI XhoI XmaCI XmaI XmaJI Zsp2I >>>
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AllEnzymes = RestrictionBatch(['AanI', 'AarI', 'AasI', 'AatI',
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CommOnly = RestrictionBatch(['AanI', 'AarI', 'AasI', 'AatI', '
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NonComm = RestrictionBatch(['AceIII', 'AhaIII', 'AlwFI', 'ApaB
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__package__ =
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AllEnzymes
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CommOnly
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NonComm
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