Ebooks

This essential microscopy guide provides you with all the information you need to make the right decisions when investing in a microscope. Learn about key factors and application considerations for your imaging needs. Plus, read 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.

With increasing pressures on diagnostic workflows, the automation of processes – from sample through to result – is becoming a necessity in the clinical laboratory. Download this SelectScience guide to learn about cost-effective automated solutions to improve consistency, accuracy and reduce turnaround times for faster, more reliable patient results, with insight from your peers and experts.

The operation of all laboratories requires water for use in applications from general cleaning procedures to sensitive analytical techniques. Water quality can significantly impact experimental results, so it is vital to have a reliable laboratory water purification system which provides the required quantity and purity of water for your applications. This expert buying guide offers essential insights into the key factors to consider when purchasing a water purification system.

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.

High-performance liquid chromatography (HPLC) stands as one of the foremost analytical techniques in use today. Its operational principle involves the separation of compounds according to their polarity. Unlike traditional liquid chromatography (LC), HPLC uses elevated pressure to propel the solvent through the column, significantly expediting separations while minimizing solvent usage.

3D biology solutions are transforming the way we study complex biological systems. By recreating the architecture and functionality of tissues and organs, these 3D models offer more physiologically relevant insights into cell behavior, disease mechanisms, and drug responses.

As cell line development programs for biopharmaceutical development grow in complexity and scale, with increasing demands for speed, data quality, and adaptability, it is essential to choose the right analytical technology and tools that will future proof your workflow.

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.

As the demands on lab instrumentation continue to grow, with greater emphasis on digital integration, data traceability, modularity, and ease of use, we've produced this free guide to help you navigate what matters most when selecting your next UV/Vis spectrophotometer.

Whether you’re looking to reduce hands-on time, improve diagnostic precision, or streamline lab operations, choosing the right hematology analyzer or staining solution is critical. But with so many options on the market, where do you begin? Download this expert guide to discover how to choose the best hematology technology for your lab’s unique needs.

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.

Oligonucleotides have become a fascinating area of study, which holds a great deal of promise for the future of scientific research. Accurate purification and quantification are essential in oligonucleotide development, and can be achieved through various techniques, such as electrophoresis, chromatography, spectrophotometry, and mass spectrometry (MS). Selecting the right technology for oligonucleotide purification and quantification is crucial for your research success. Our 3rd edition eBook offers an expert guide to help you identify the most suitable technologies. With the field of oligonucleotides evolving rapidly, new applications and innovations are continually emerging.

This essential guide provides you with all the information you need to make the right decisions when investing in a microplate reader. Learn about key factors and application considerations for your lab needs. Plus, read reviews from your peers to help you buy with confidence.

This 6th 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

Mass spectrometry is a versatile tool used by scientists across various disciplines to identify unknown compounds, determine molecular structures, and quantify components in solid, liquid, or gas samples. By measuring the mass-to-charge ratio (m/z) of molecules, fragments, and atoms, mass spectrometers provide critical insights into the composition and properties of a sample. Choosing the right mass spectrometry technology is essential for the success of your research. Our first edition eBook offers valuable guidance to help you make an informed decision when selecting real-time mass spectrometry instrumentation. Explore key factors, application considerations, and unbiased user reviews to ensure you choose the instrument that best fits your needs.

Gas chromatography (GC) is an analytical separating technique used to separate volatile and semi-volatile substances from complex mixtures. The method consists of a gaseous mobile phase, usually an inert carrier gas, such as helium, and a liquid stationary phase adsorbed onto an inert cylindrical solid support called a column. In this fourth edition eBook, we present a guide to all the key considerations when purchasing the best GC columns to meet your lab’s needs. 

Purchasing the right technology for oligonucleotide purification and quantification is critical to the success of your research. This first edition eBook provides valuable insight into the key factors and application considerations you need to know when purchasing technologies for oligonucleotide purification and quantification, including top tips and expert advice.