
Description:
KAPASingle-IndexedAdapterKit,SetA+B(1.5µM)KAPAmRNAHyperPrepKits
Single-DayRNA
TheKAPAmRNAHyperPrepKitsutilizenovelchemistrythatenablesthecombinationofenzymaticstepsandfewerreactionpurifications,resultinginatrulystreamlinedsolutionforthepreparationofhigh-qualitymRNA-seqlibraries.mRNAcapturebeadsareusedpriortolibrarypreparation,whichenrichesformaturemRNAovernon-polyadenylatedspecies,suchasribosomal,precursor,andnoncodingRNAs.
Thestrand-specificworkflowisflexIBLe–supportinglibraryconstructionfromlower-inputamountsanddegradedsamples.KitscontainallreagentsrequiredformRNAcaptureandlibrarypreparation,withtheexceptionofKAPAAdapters(availableseparately).Benefitsinclude:
- single-daylibraryconstruction,inclusiveofmRNAcapture
- reducedhands-onandoveralltimethroughfewerenzymaticandreactioncleanups
- flexibleinputof50ng–1µgtotalRNA*
- maintainover99%strandspecificity*
- KAPAPureBeadsincludedforreactionpurifications
KAPARNAHyperPrepKits
KAPARNAHyperPrepKitsleveragethesameCDNAsynthesisandlibrarypreparationworkflowimprovementsasoutlinedfortheKAPAmRNAHyperPrepKits.KAPARNAHyperPrepKitsincludeallenzymesandbuffersrequiredforcDNAlibrarypreparation,butdonotcontainmRNAcapturereagentsorKAPAAdapters.Kitscanbeusedtopreparelibrariesfrom1ng–100ngoftotal,poly(A)-selected,orrRNA-depletedRNA.

NEW!KAPADual-IndexedAdapterKitsarenowavailable. FormoreinformationonKAPAAdapterKits,scrolldowntotheOrderingsection,ordownloadtheKAPAAdapter andBeadCalculator.
DownloadourAdapterandBeadCalculator
*Dataonfile.
ForResearchUseOnly.Notforuseindiagnosticprocedures.
ProductHighlights
Sequencewhatmatters
- WastefewerreadsduetothecombinationofrRNAcarryoverandPCRduplicates
- Identifymoreuniquetranscriptsandgeneswithequivalentsequencing
Achievesuperiorcoverageuniformity
- Obtainmoreuniformdistributionofreadsacrosstranscripts
- ImprovecoverageofdifficultGC-richtranscripts
RelatedProducts
Areyousequencinglow-input,FFPEorhighqualityDNA? RNA? CheckouttheseKapaNGSproductstoimproveyourworkflowandresults:

KAPARNAHyperPrepKitswithRiboErase

KAPAStrandedmRNA-SeqKits

KAPALibraryAmplificationKits

KAPAHyperPrepKits

KAPALibraryQuantificationKits
Applications:
Applications- Geneexpressionanalysis
- Detectionofgenefusions,isoforms,andotherstructuralvariants
- Noveltranscriptidentification,includingnoncodingtranscripts
- SNVdiscovery
- Wholetranscriptome(KAPARNAHyperPrepKitsonly)
- Targetedtranscriptome(KAPARNAHyperPrepKitsonly)
KitSpecificationsandContents/Storage:
KitSpecificationsandContents/StorageEnzymesandbuffersforrRNAdepletion,cDNAsynthesis,andlibrarypreparationcanbestoredforupto10monthsat-20°C.mRNAcapturereagentsandKAPAPureBeadscanbestoredforupto10monthsat4°C.(USonly)
KitsincludereagentsforRNAfragmentation,cDNAsynthesis,andlibrarypreparation.KitswithreagentsformRNAcapturearealsoavailable.
Specifications
- SpecDescription
- CompatibilityPlatformIlluminaHiSeq,NextSeq,andMiSeq
- LibraryTypeRNA
- StartingMaterialRNAHyperPrepKit:High-qualitytotalRNA,mRNA,orrRNA-depletedRNA;mRNAHyperPrepKit:High-qualitytotalRNA
- StartingMaterialRNAHyperPrepKit:1ng–100ng;mRNAHyperPrepKit:25ng–1µg
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植物材料 用最精确的方法,称取不超过100mg的植物材料,置于处理过的研钵,加入液氮进行研磨 将研磨得到的粉末,快速转移至无RNase,并经过液氮冷却的2mL离心管(自备),
但是,这样做的前提的,RNA提得要好,浓度要高,这样免得RNA降解到不能用了。因为在有二价阳离子的(DNAseI buffer含有)情况下,RNA在60度以上时必然发生非酶促降解。
想搞清一个问题,如何区别是因为small RNA 引起的调控呢?还是tRNA引起的调控,有没有有效的分离这两种RNA的办法呢?
样品处理:
a. 植物组织:取新鲜或-70℃冻存100mg组织在液氮中研磨,把粉末加入到1ml裂解液中混匀。
b. 动物组织:取新鲜或-70℃冻存100mg组织加1ml裂解液,用组织研磨杵或匀浆器匀浆处理。
c. 贴壁细胞:直接在培养板中加入裂解液裂解细胞,每106细胞加1ml 裂解液。用取样器吹打混匀。

