You Searched For: BIOTECHRABBIT

Supplier: BIOTECHRABBIT

Description: Expression kits for PCR-based generation of linear templates.

Supplier: BIOTECHRABBIT

Description: The Rapid Translation System (RTS) is a scalable<i> in vitro</i> protein expression platform that produces large amounts of protein for characterisation studies, functional assays, or structural analysis. RTS enables both transcription and translation utilising High-Yield (HY) and continuous-exchange, cell-free (CECF) technologies, with systems based on bacterial (<i>E. coli</i>) or eukaryotic (wheat germ) cell lysates. RTS offers the advantages of a cell-free protein expression system, whilst eliminating the need for laborious up and downstream steps typically associated with cell-based expression systems.

Supplier: BIOTECHRABBIT

Description: The Rapid Translation System (RTS) is a scalable<i> in vitro</i> protein expression platform that produces large amounts of protein for characterisation studies, functional assays, or structural analysis. RTS enables both transcription and translation utilising High-Yield (HY) and continuous-exchange, cell-free (CECF) technologies, with systems based on bacterial (<i>E. coli</i>) or eukaryotic (wheat germ) cell lysates. RTS offers the advantages of a cell-free protein expression system, whilst eliminating the need for laborious up and downstream steps typically associated with cell-based expression systems.

Supplier: BIOTECHRABBIT

Description: RTS 100 Insect Membrane Kit provides high yields of <i>in vitro</i> synthesised post-translationally modified eukaryotic proteins.

Supplier: BIOTECHRABBIT

Description: The Rapid Translation System (RTS) is a scalable<i> in vitro</i> protein expression platform that produces large amounts of protein for characterisation studies, functional assays, or structural analysis. RTS enables both transcription and translation utilising High-Yield (HY) and continuous-exchange, cell-free (CECF) technologies, with systems based on bacterial (<i>E. coli</i>) or eukaryotic (wheat germ) cell lysates. RTS offers the advantages of a cell-free protein expression system, whilst eliminating the need for laborious up and downstream steps typically associated with cell-based expression systems.