- High yields of high specific activity, full-length RNA probes in just 10 minutes
- Ideal probe synthesis kit for nuclease protection assays, Northern and Southern blots and in situ hybridization
- Includes TURBO DNase™
- Kits available for DNA templates containing T7, T3, and SP6 promoters
- All kits contain quality tested DNase/RNase-free reagents
Ambion's MAXIscript In Vitro Transcription Kit synthesizes RNA probes with specific activities reaching 1 x 109 cpm/µg in just 10 minutes. High specific activity, single-stranded RNA probes are used in ribonuclease protection assays, in situ hybridization, and blot hybridizations. MAXIscript Kits can also be used for the synthesis of modest amounts of unlabeled RNA (2-6 µg/20µl reaction) of up to 2 kb. In ribonuclease protection assays, it is essential to have high yields of full-length probe. However, maximizing sensitivity requires using high specific activity but low concentrations of the labeled nucleotide, which can greatly reduce yields of full-length transcripts. MAXIscript Kits are very efficient at synthesizing full-length probes, even at limiting nucleotide concentrations, making them the perfect companion to ribonuclease protection assays. The MAXIscript Kits are also an excellent choice for synthesis of nonisotopically labeled probes. The labeling can be accomplished post-transcriptionally by using Ambion's BrightStar® Psoralen-Biotin Labeling Kit, or during transcription by incorporating modified nucleotides into the reaction.
Biocompare® Product Review
Trademarks, Patents, Licensing
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RELATED DOCUMENTS
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Protocols and Manuals
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MAXIscript™ Kit Instruction Manual
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Supplemental Protocols
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Using PharMingen RiboQuant® Multiprobe Template with RPA III™ and MAXIscript™ Kits
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Specification Sheets
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NucAway™ Spin Columns
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Citations
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MSDSs
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Tools & Calculators
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RNA Probe Specific Activity Calculator
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Molecular Biology Tables
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Phage Polymerase Promoters: Minimal Sequence Requirements
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General Articles
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In Vitro Transcription: The Basics
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Technical Bulletins
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Determining RNA Probe Specific Activity and Yield
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In Vitro Synthesis of RNA
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Methods for Nonisotopic Labeling of RNA by in Vitro Transcription
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Practical Tips for In Vitro Transcription
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Tips from the Bench
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UV Shadowing
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Figures
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[ full-size]
MAXIscript™ RNA Polymerases Recognize Only Their Intended Promoter Sequence.
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