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In Vitro Transcription & Translation

Score 0.80

T7 Transcription Kit

Jena Bioscience

Starting Material
dsDNA
dsDNA
Final Product
In vitro transcribed RNA
In vitro transcribed RNA
Yield
/
/
From
$ 74.00 (40 Reactions)
Sizes
2 (40 - 200 Reactions)
Catalog IDs
PCR-601S, PCR-601L
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In Vitro Transcription & Translation

SE Cell Line 4D-NucleofectorTM X Kit S

Lonza

From
$ 308.00 (1 Kit)
Sizes
1 (1 Kit)
Catalog IDs
V4XC-1032
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In Vitro Transcription & Translation

T7 High Efficiency Transcription Kit

TransGen Biotech

Starting Material
/
/
Final Product
/
/
Yield
/
/
From
$ 161.54 (25 Reactions)
Sizes
1 (25 Reactions)
Catalog IDs
JT101-01
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In Vitro Transcription & Translation

Score 8.20

AmpliCap-Max™ T7 High Yield Message Maker Kit

CellScript

Starting Material
dsDNA
dsDNA
Final Product
Capped RNA, In vitro transcribed RNA
Capped RNA, In vitro transcribed RNA
Yield
> 30 min
> 30 min
From
$ 328.00 (25 Reactions)
Sizes
1 (25 Reactions)
Catalog IDs
C-ACM04037
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In Vitro Transcription & Translation

T7 High Yield In Vitro Transcription Kit

MCLAB

Starting Material
dsDNA
dsDNA
Final Product
In vitro transcribed RNA
In vitro transcribed RNA
Yield
/
/
From
$ 110.00 (20 Reactions)
Sizes
2 (20 - 100 Reactions)
Catalog IDs
T7HT-100, T7HT-200
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In Vitro Transcription & Translation

A-Plus™ Poly(A) Polymerase Tailing Kit

CellScript

From
$ 215.00 (50 Reactions)
Sizes
2 (50 - 500 Reactions)
Catalog IDs
C-PAP5104H, C-PAP5104H-500R
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In Vitro Transcription & Translation

Mouse Hematopoietic Stem Cell Isolation Kit RUO

BD

Starting Material
/
/
Final Product
/
/
Yield
/
/
From
$ 1,465.00 (100 Tests)
Sizes
1 (100 Tests)
Catalog IDs
560492
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In Vitro Transcription & Translation

ScriptCap™ m7G Capping System

CellScript

Starting Material
RNA
RNA
Final Product
Capped RNA
Capped RNA
Yield
/
/
From
$ 427.00 (25 Reactions)
Sizes
2 (25 - 250 Reactions)
Catalog IDs
C-SCCE0625, C-SCCE0625-250R
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In Vitro Transcription & Translation

Lenti-X™ GoStix™ Plus

TaKaRa

From
$ 418.00 (20 Tests)
Sizes
2 (20 - 50 Tests)
Catalog IDs
631280, 631281
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In Vitro Transcription & Translation

INCOGNITO™ T7 ARCA 5mC- & -RNA Transcription Kit

CellScript

Starting Material
/
/
Final Product
/
/
Yield
/
/
From
$ 825.00 (10 Reactions)
Sizes
1 (10 Reactions)
Catalog IDs
C-ICTAMY110510
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In Vitro Transcription & Translation

SF Cell Line 4D-NucleofectorTM X Kit L

Lonza

From
$ 354.00 (24 Reactions)
Sizes
1 (24 Reactions)
Catalog IDs
V4XC-2024
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In Vitro Transcription & Translation

Score 5.00

SP6-Scribe™ Standard RNA IVT Kit

CellScript

Starting Material
dsDNA
dsDNA
Final Product
In vitro transcribed RNA
In vitro transcribed RNA
Yield
90 µg
90 µg
From
$ 238.00 (50 Reactions)
Sizes
1 (50 Reactions)
Catalog IDs
C-AS3106
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In vitro (Latin: in glass) transcription is a method which enables you to synthesize RNA in the lab. The nucleotides produced can be used for a variety of methods such as nuclease protection assays and blot hybridizations. Larger transcription reactions may be used for expression studies such as in vitro translation, and structural analyses, making them crucial within gene editing research.

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The in vitro transcription process

The starting template of in vitro transcription is a linear DNA template that includes a promoter region together with the usual ingredients for a successful transcription process: RNA polymerase, nucleotides, and an appropriate buffer system. Since every reaction is different, the conditions may vary depending on your DNA template, expected RNA yield, length, and purity.

Make use of our In Vitro Transcription Troubleshoot for any experimental issues.

Templates used

You need a double stranded DNA (dsDNA) template, but its origin is irrelevant. The template can be anything from normal PCR reactions, plasmids, or even cDNA templates that themselves were generated from RNA molecules. However, different kits may be suitable for different templates, so take care when choosing your kit.

  • In order to use a PCR product in an in vitro transcription reaction, you have to add a promoter to your fragment so that it is recognized by RNA polymerase. The promoter is added at the 5’ end of the fragment.

  • Plasmid vectors must first be linearized before the transcription reaction can ensue. This is (fairly) easily done by using restriction enzymes. Purification should be carried out after such a digest as the restriction enzymes may inhibit the downstream in vitro transcription process.

  • One of the latest developments in this field is using in vitro transcription in RNA amplification reactions. Here, the reaction template is created from RNA during reverse transcription, generating cDNA. A second strand synthesis reaction is then performed to convert the cDNA to dsDNA for the in vitro transcription to be carried out.

Other applications also exists such as the use of oligonucleotides as templates.

In Vitro Translation

Following you’re in vitro transcription procedure you may want to take it a step further and translate your newly formed RNA into the protein in which it encodes. Like in vitro transcription, in vitro translation or ‘cell-free protein synthesis’ is carried out using cellular machinery in a cell-free system. In vitro translation boasts many advantages over cell-based translation as it is not constrained by homeostasis or a cell wall so it enables the molecular biologist to have direct control over the environment in which translation is taking place. It also allows for the overexpression of proteins that would normally be toxic to the host cell and prevents proteolytic degradation by proteases normally present in the host.

The Applications of In Vitro Translation

Due to these advantages, the in vitro process has many applications. The identification of protein products can be achieved much more rapidly due to the direct access one has to the reaction. This then enables the subsequent determination of protein structure, folding dynamics and function through the use of proteomics. It also allows for the incorporation of non-natural amino acids and the synthesis of truncated or mutated gene products for functional and kinetic modifications of the protein.

How is it Achieved?

Only a few cell-free systems have been developed for the in vitro production of proteins, however, in theory, it should be possible to do this using any type of cell. Common cell-free systems used today are made from E. coli (ECE), wheat germ (WGE), rabbit reticulocytes (RRL) and insect cells. The components for cell-free reactions are obtained by lysing the cell of interest and removing unwanted cell debris by centrifugation. The leftover cell extract should include 70S and 80S ribosomes, elongation and translation factors, aminoacyl-tRNA synthetases, amino acids and an energy source such as ATP or GTP.

There are two approaches to in vitro translation: the standard approach or the coupled approach. The standard approach is used when you have an RNA template as your starting material while the coupled approach is used if you have DNA. The coupled approach incorporates in vitro transcription so that an RNA template can be produced for translation.

Here at ZAGENO, you have the unique possibility to compare in vitro transcription & translation kits from different suppliers to find the most suitable one for your experiment.

Other products that may be of use for your in vitro experiments can be found in the following categories:

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