Ebooks

Organoids are reshaping drug discovery as a new transformative tool.

Detecting drug-protein interactions early helps researchers improve candidate selection. 

The latest magnetic bead technology brings accuracy, speed, and simplicity to diagnostic development and sample preparation.

Advanced gene editing, delivery, and analytical tools are driving better gene therapies.

Discover the tools and techniques that help scientists decipher every layer of genetic regulation and gene functions. 

As cell therapy evolves rapidly, what advancements are on the horizon? 

Explore the different types of 3D cell cultures and the many ways to generate them.

The microbial world, from the environment to the human microbiome, represents a largely untapped resource for discovering new therapeutics.

Understanding the potential pitfalls of molecular dialysis and implementing solutions is crucial for ensuring efficient and effective sample purification. 

Through the ages, scientists have tackled daunting hurdles in the fight against cancer, forging ahead with innovative treatment approaches. 

Scientists strategically design programs to detect red flags early in drug development, saving time and money by prioritizing top drug candidates.

Technological breakthroughs and innovative strategies are propelling the ongoing evolution of CAR T cell therapy. 

Consistency is key to performing repeatable and accurate cell viability assays.

The crosstalk between immune cells, stromal cells, neurons, and microbes shapes wound healing, pain, and immunotherapy response.

Building robust, versatile, and scalable workflows redefines the capabilities and potential of next generation sequencing.

By unraveling the complex interplay between epigenetics and cancer, scientists move closer to finding effective cancer treatments.

Scientists draw from creativity and innovation to find better drug targets and treatments. 

The immune system responds dynamically to pathogens and the environment, but what happens when it goes awry?

Researchers exploit the power of genome editing technologies to find better therapeutic targets. 

Scientists gain new perspectives from the natural world on how cancer works and how to treat it.