Polymerase Chain Reaction (PCR) is recognized as one of the most reliable methods for thermal DNA amplification. Lamda Biotech's innovations in this technology have resulted in an impressive array of proprietary secured, high quality, Thermal DNA Polymerases and related reagents designed for specific research applications.
TISSUE-DIRECT™ PCR Kit contains all the reagents needed for quick extraction and direct PCR with genomic DNA from mouse tails and other animal tissues. It is particularly useful for GENOTYPING.
BEYOND-BLOOD™ DIRECT PCR Kit contains all the reagents needed for quick extraction and direct amplification of genomic DNA from blood, saliva and other body fluids, as well as other cells.
The One-Shot™ PCR Kit contains 12 different PCR Master Mixes formulated with multiple thermal DNA polymerases and pre-optimized PCR buffers and enhancers. The kit simplifies the process to determine optimal conditions for each unique combination of template and primers.
One-Shot™ PCR Master Mixes simplifies the process to determine optimal conditions for each unique combination of template and primers. Works well for regular PCR and special PCRs.
The genoTaq Master Mix is a specifically designed, pre-optimized, ready-to-use PCR reaction master mix containing everything needed for PCR experiments. This master mix is especially useful for screening gene knock-out cells and mice.
The chemically modified Hot-Start Taq polymerase, included in our Mastermix, significantly reduces non-specific PCR amplification observed with regular Taq polymerase.
EasyScript™ Reverse Transcriptase is a genetically modified form of Moloney Murine Leukemia Virus Reverse Transcriptase (M-MLV) with minimal RNase H activity.
EasyScript Plus™ cDNA Synthesis Kit is a complete system for efficient synthesis of first strand cDNA from RNA templates with secondary structure and high GC contents.
EasyScript Plus™ Reverse Transcriptase is a novel recombinant reverse transcriptase that exhibits much higher efficiency in the first strand cDNA synthesis from RNA templates with secondary structures and high GC contents.
Several PCR techniques have been developed to obtain unknown sequences located adjacent to a known sequence without having to construct a DNA library or screen clones.