Bogdan Budnik, PhD, is director of proteomics at the Harvard University Mass Spectrometry and Proteomics Resource Laboratory
Budnik shares some useful insights when it comes to choosing instruments and software tools for MS analysis and how his team works with their users/clients to provide the best possible information to address their biological questions.
Join Linda the lab manager as she discovers some of the options to consider during the evaluation and purchase of a ductless fume hood in this video sponsored by Erlab.
Live cell imaging is the study of living cells using microscopy-based imaging systems. Imaging formerly focused on dead, fixed cells (e.g., pathology) or, when used for living cells, was limited to assessing morphology, viability, and a few other visually apparent effects of environmental or chemical stimuli.
Computer security breaches happen; it’s a fact of life, and just another cost of doing business these days
When security breaches happen, the effect on your organization can range from minor to catastrophic, depending in part on the motivation of the attacker and the duration of time before the attack is detected in your system.
Most samples encountered in the lab will require some sort of preparation. Choosing which method will work best for your analyte, separation requirements, and instrumentation is not always easy.
In this eBook you'll learn:
Questions to ask before buying sample prep products
Maintenance tips on sample prep products
Expert advice on which sample prep techniques are best for your lab work
Cell generated power for 13 straight days through symbiotic interactions of two types of bacteria
Instead of oil, coal, or even solar energy, self-sustaining bacterial fuel cells may power the future. Researchers at Binghamton University have developed the next step in microbial fuel cells (MFCs) with the first micro-scale self-sustaining cell.
Process could compete with activated carbon for the adsorption and recovery of metals present in wastewater
Researchers have developed a process that allows us to clean waters containing heavy metals and organic compounds using a new adsorbent material made from the peels of fruits such as oranges and grapefruits.
Capable of removing solvents from a variety of sample formats including tubes, microplates, and vials, miVac concentrators can also be used to freeze dry aqueous samples. miVac systems are suitable for use with a wide range of solvents, from volatile organic types through to water and many medium boiling point solvents.
Learn how the improved miVac can improve your sample concentration.
Enter any clinical diagnostic or research lab today and you will see the intricate dance of microplates being filled with samples, transported into various diagnostic and analytical instruments, washed, and then begin the process all over again. The microplate has evolved over the past 65 years into an indispensable piece of equipment used in many labs today.
Learn more about the history and evolution of microplate technology.
Researchers aim to harness immune system to control disease
T cells spend their days shaking hands with another type of cell that presents small pieces of protein from pathogens or cancerous cells to the T cell. But each T cell is programmed to recognize just a few protein pieces, known as antigens, meaning years can go by without the T cell, or its descendants, recognizing an antigen.
Once completed, yeast cells carrying a fully artificial genome—termed Saccharomyces cerevisiae 2.0, or Sc2.0—"will prove invaluable for both academic and industrial applications," says lead study author
Working as part of an international research consortium, a multidisciplinary team at Johns Hopkins University has completed the design phase for a fully synthetic yeast genome.
Since its first report in 1990, solid phase microextraction (SPME) has become one of the most rapidly growing sample preparation methods. A recent expansion of this technique, known as biocompatible SPME (BioSPME), has been developed.
This webinar will introduce basic theory and method development of BioSPME and also highlight several key applications.
Since its first report in 1990, solid phase microextraction (SPME) has become one of the most rapidly growing sample preparation methods. A recent expansion of this technique, known as biocompatible SPME (BioSPME), has been developed.
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