Molecular Biology Kits
abm offers easy-to-use kits that deliver faster reactions with high sensitivity and increased yields thereby significantly reducing workload, time input and overall project costs.
- Sku: E004
Price: $95.00
Unit: 200 μlCloning Optimizer consists of a proprietary enzyme that can completely eliminate background colonies when cloning. Treatment of PCR amplified DNA with this innovative optimizer will remove the trace amounts of plasmid template DNA that remain after...
- Sku: E031
Price: $65.00
Unit: 100 ReactionsThe In vitro DNA Amplification Kit now provides end users with a faster and more efficient technique for high yield DNA amplification from minimal starting template. With a simple set up and short handling time, this has now become the method of...
- Sku: E001
Price: $95.00
Unit: 25 ReactionsThe Ligation-Free Cloning kit is a versatile system to meet the demands of routine cloning projects. The progressive design has eliminated the requirement for compatible ends and unique restriction sites within the vector and inserts to be cloned....
- Sku: E002
Price: $295.00
Unit: 100 ReactionsThe Ligation-Free Cloning kit is a versatile system to meet the demands of routine cloning projects. The progressive design has eliminated the requirement for compatible ends and unique restriction sites within the vector and inserts to be cloned....
- Sku: E081
Price: $185.00
Unit: 50 ReactionsOneScribe T7 Transcription kit is a complete reagent kit designed for in vitro transcription of RNA utilizing T7 RNA Polymerase. This kit can synthesize RNA transcripts in high yield including unlabelled, labelled, specific activity RNA, or capped...
- Sku: E086
Price: $100.00
Unit: 20 ReactionsThe Pro Ligation-Free Cloning Kit allows for the robust assembly of multiple DNA fragments in one step. Using a ligation-independent cloning method, as many as six DNA fragments are assembled seamlessly without concern for restriction enzyme site...
- Sku: E087
Price: $180.00
Unit: 50 ReactionsThe Pro Ligation-Free Cloning Kit allows for the robust assembly of multiple DNA fragments in one step. Using a ligation-independent cloning method, as many as six DNA fragments are assembled seamlessly without concern for restriction enzyme site...