Whether you're developing organoids, generating spheroids, evaluating organ-on-a-chip platforms, or implementing advanced 3D cell culture workflows, this free guide will help you compare leading 3D biology models, evaluate enabling technologies, and make informed decisions.
Download this expert SelectScience guide to explore the technologies, strategies, and emerging trends helping researchers generate deeper insight, improve efficiency, and build more confident cell line development (CLD) workflows.
Cell imaging plays a vital role in the analysis of cellular systems, offering valuable insights into various aspects of cell health, behavior, and structure. It enables researchers to understand fundamental cellular processes, monitor changes in response to treatments, investigate structural alterations, and gather data on both individual cells and populations.
Looking to improve oligonucleotide quality, streamline analytical workflows, or support increasingly complex therapeutic and research applications? Download this expert SelectScience guide to navigate the rapidly evolving world of oligonucleotide synthesis, purification, and quantification technologies and confidently select the solutions that will help accelerate development, ensure product quality, and support long-term success.
Looking to improve cell health, increase reproducibility, or scale cell-based workflows? Download this expert SelectScience guide to navigate the rapidly evolving world of cell culture technology and confidently select the tools, platforms, and automation solutions that will strengthen your research and support future growth.
Due to remarkable advances in genetic sequencing technology, researchers now have an abundance of tools at their disposal. From first-generation Sanger sequencing to next-generation or massively parallel sequencing, your choice of technique and technology must first and foremost complement your chosen application and help answer your specific research questions.
This 15th edition eBook provides you with useful resources, expert insights, and application-based case studies to help you make the right decisions when investing in a microplate reader. Learn about key factors and application considerations for your lab needs. Plus, read lab product reviews from your peers to help you buy with confidence.
This 7th edition eBook provides useful resources, expert insights, and application-based case studies to help simplify your choice when it comes to selecting the best cell counting technology. Learn about key factors and application considerations for your counting needs. Plus, read lab product reviews from your peers to help you buy with confidence.
Liquid handling technology is a cornerstone of lab operations that encompasses a wide spectrum of tools, ranging from manual or electronic pipettes to sophisticated, room-sized multifunctional liquid handling robots. Choosing the right liquid handling solution is essential, as it not only directly impacts the accuracy and repeatability of experimental results, but also determines whether your lab can meet its throughput requirements.
Sensitive biophysical characterization techniques have revolutionized drug discovery. Label-free biophysical techniques like bio-layer interferometry (BLI), surface plasmon resonance (SPR) and grating coupled interferometry (GCI) are now key components in drug discovery platforms. In this eBook, we take an in-depth look at each of these biophysical methods and the platforms available.
