Latest eBooks

This eBook has been compiled with this in mind, and has everything you need to know about PCR, including tips on PCT to aid your success, how to set up a PCR lab from scratch plus reducing protocol for PCR.

For this, we need to look at the ultimate output of the genome: the proteome. After many years in the shadow of genomics, proteomics is now ready to step into the spotlight.

This eBook is an essential read for anyone interested in the evolution of protein engineering and the impact of synthetic DNA on the optimization of protein discovery.

Analyzing nucleic acids provides insights into a variety of biological processes. However, the quality of your isolated DNA or RNA has a direct impact on the success of your genomic techniques and applications.

Greater appreciation for the complex and dynamic connections between metabolic poise and immune cell function enables researchers to monitor and control how metabolic reprogramming

Automated liquid handling is simply the act of transferring liquids from one location to another, using automated systems instead of manual labor. Since molecular workflows involve complex, lengthy and expensive processes, they are often performed using automated liquid handlers revolutionizing these workflows for researchers.

Download this eBook to explore how synthetic biology is being utilized in the development of cell and gene therapies, cancer therapeutics and improved food and agriculture production processes.

Oligonucleotide therapeutics are short DNA or RNA molecules that modulate the expression of target RNA for the treatment of diseases. The success of mRNA-based COVID-19 vaccines has brought renewed interest to other nucleic acid drugs, and the oligo therapeutics market is expected to grow by 25–30% in the next five years with over 1,000 oligonucleotide molecules currently in the pipeline.

Download this eBook to learn more about what’s next for mRNA vaccines,
scaling up in vitro transcription for mRNA production, tools for mRNA analysis
plus the future of mRNA technology.

Traditionally, microorganisms have been studied through culturing individual species or strains using artificial culture media; however, of the ~10 million species so far catalogued, only ~10,000 have been cultured in the laboratory.