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NEB//E7000S/8 reactions

Description:







Targetenrichment,coupledwithnextgenerationsequencing(NGS),enableshighthroughput,deepsequencingofgenomicregionsofinterest.NEBNextDirectisanovel,hybridization-basedcapturemethodofferingsignificantadvantagesovertraditionalin-solutionhybridizationandmultiplexPCRprotocols.
 
IntheNEBNextDirecttargetenrichmentapproach(Figure1),fragmentedDNAisrapidlyhybridizedtobiotinylatedoligonucleotidebaitsthatdefinethe3´endofeachtargetofinterest.Thebait-targethybridsareboundtostreptavidinbeadsandany3´offtargetsequenceisremovedenzymatically.Thiscombinationofashorthybridizationtimewiththeenzymaticremovalof3´offtargetsequenceenablesgreatersequencingefficiencyrelativetoconventionalhybridization-basedenrichmentmethods.ThetrimmedtargetsarethenconvertedintoIllumina-compatiblelibrariesthatincludeuniquemolecularidentifiers(UMI)andasamplebarcode.Sequence-readylibrariesaregeneratedwithinoneday.Theprocedureiscompatiblewithmostautomatedliquidhandlinginstruments.

TheNEBNextDirectHotSpotCancerPanelcontainsbaitsthatcapturebothstrandsofDNAacross190commoncancertargetsfrom50genes,encompassingapproximately40kbofsequenceandincludingover18,000COSMICfeatures(Table1).Thepanelisdesignedtogeneratetargetsofroughly150bp,compatiblewithPE75Illuminasequencing.

Advantages
  • Generateahigherpercentageofyoursequencingreadsaligningtoyourtargets
  • Eliminatetheneedtoover-sequence,reducingcostpersample
  • Obtainuniformsequencingofalltargets,regardlessofGCcontent
  • Savetimewitha1-dayworkflowthatcombinesenrichmentwithlibrarypreparation
  • GeneratehighqualitylibrarieswithlimitedinputamountsanddegradedDNAsamples,includingFFPEandctDNA
  • Distinguishmolecularduplicates,reducingfalsepositivevariantsandimprovingsensitivity


Figure1.NEBNextDirectemploysafasthybridization-basedworkflowthatcombinescapturewithlibrarypreparation.

fast hybridization workflow


Table1.Targetsincluderegionsfromthefollowingcancer-relatedgenes:

Targets include regions from the following cancer-related genes


Figure2.TheNEBNextDirectCancerHotSpotPaneldemonstratestheabilitytoaccuratelydetectarangeofnucleicacidvariants.

Allele Frequency
Thisfigureshowstheexpectedversusobservedvariantallelefrequencies(VAF)acrosstherangeofwell-characterizedvariantspresentinapoolof24HapMapsamplesscreenedagainsttheNEBNextDirectCancerHotSpotPanel.100ngofinputDNAwasused,samplesweresequencedontheIllumina®MiSeq®using2x75bpsequencing,andstandarddataanalysisandvariantcallingalgorithmswereused.Wewereabletosuccessfullydetect100%ofthe168truthvariantspresentacrossarangeof2-100%VAF.ThehighdegreeoflinearityacrossthisbroaddynamicrangedemonstratestheabilityoftheNEBNextDirectCancerHotSpotPaneltoaccuratelypredictvariantallelefrequenciesacrossabroaddynamicrange.


Figure3.TheNEBNextDirectCancerHotSpotPaneldeliversahighpercentageofsequencereadsmappingtotargets,evenwithchallengingsampletypes.

The NEBNext Direct Cancer HotSpot Panel delivers a high percentage of sequence reads mapping to targets, even with challenging sample types.

  • Graphshowsthepercentageofalignedsequencereadsthatmaptothetargets
  • 100ngofDNAwasusedforeachlibrarypreparation
  • ReadsweregeneratedonanIllumina®MiSeq®with2x75bpreads,8bpsampleID,and12bpuniquemoleculeID
  • AlignmentswereperformedwithBWA-MEMandPCRduplicateswerefilteredusingtheuniquemoleculeIDs

Figure4.TheNEBNextDirectCancerHotSpotPaneldisplayshighuniformityofcoverageacrosstargets.

 Cancer HotSpot Panel displays high uniformity of coverage across targets.

  • Graphshowsthepercentageoftargetbasessequencedtoatleast50%,33%,and25%ofthemeanreaddepth
  • 100ngofDNAwasusedforeachlibrarypreparation
  • ReadsweregeneratedonanIlluminaMiSeqwith2x75bpreads,8bpsampleID,and12bpuniquemoleculeID
  • AlignmentswereperformedwithBWA-MEMandPCRduplicateswerefilteredusingtheuniquemoleculeIDs


Figure5.TheNEBNextDirectCancerHotSpotPaneloffersminimizedbiasacrosssequencecontent.

 minimized bias across sequence content

  • GraphshowsthenormalizeddepthofcoverageoftargetsofvaryingGCcontent
  • 100ngofDNAwasusedforeachlibrarypreparation
  • ReadsweregeneratedonanIlluminaMiSeqwith2x75bpreads,8bpsampleID,and12bpuniquemoleculeID
  • AlignmentswereperformedwithBWA-MEMandPCRduplicateswerefilteredusingtheuniquemoleculeIDs

ILLUMINA®andMISEQ®areregisteredtrademarksofIllumina®,Inc.

LotControl

Thelotsprovidedaremanagedseparatelyandqualifiedbyadditionalfunctionalvalidation.Individualreagentsundergostandardenzymeactivityandqualitycontrolassays,andalsomeetstringentcriteriaintheadditionalqualitycontrolslistedoneachindividualcomponentpage

ReagentsSupplied

Thefollowingreagentsaresuppliedwiththisproduct:

Storeat(°C)Concentration
NEBNextDirect®FFPEPhosphorylationEnzyme-20
NEBNextDirect®FFPEPhosphorylationBuffer-20
NEBNextDirect®HybridizationAdditive-20
NEBNextDirect®dA-TailingEnzyme-20
NEBNextDirect®3´Adaptor-20
NEBNextDirect®Ligase-20
NEBNextDirect®5´BluntingEnzymeMix-20
NEBNextDirect®5´UMIAdaptor-20
NEBNextDirect®CleavingEnzymeMix-20
NEBNextDirect®Q5MasterMix-20
NEBNextIndexPrimerMixD01-D08(E7020-E7027)-20
NEBNextDirect®BeadWash125
NEBNextDirect®StreptavidinBeads4
NEBNextDirect®HybridizationWash(HW)4
NEBNextDirect®BeadPrepBuffer4
NEBNextDirect®dA-TailingBuffer4
NEBNextDirect®AdaptorLigationBuffer4
NEBNextDirect®CleavingBuffer4
NEBNextDirect®BeadWash24
NEBNextDirect®3´BluntingEnzymeMix-20
NEBNextDirect®5´BluntingBuffer4
NEBNextDirectCancerHotSpotBaits-20
NEBNextSamplePurificationBeads4
NEBNextDirectHybridizationBuffer4

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