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Maintaining a Healthy Cell Culture Environment
Mar 23 | Application Notes
Investing in best practices and products at the beginning of any experiment is the most time- and cost-effective way to approach cell culture.
Imaging Through the Pipeline
Jun 15 2009 | Application Notes
The evolution of live animal imaging technology has helped researchers get a better picture of the drug research process, from target identification to pharmacokinetic studies.
Putting More Meaning in Imaging
Mar 26 2009 | Application Notes
A needle slips inside an animal, guided to a small spot-a blur really-seen on a computer tomography scan of the animal's lung.
Searching for a Smaller Haystack
Jan 15 2009 | Application Notes
If you're on a quest for new biomarkers, would you rather search for your needle in a haystack or a hay bale?
MALDI Speeds Up Proteomics
Dec 1 2008 | Application Notes
Proteomic scientists overwhelmed by the amount of proteins to be characterized rely on matrix-assisted laser desorption ionization mass spectrometry (MALDI MS).
Genome-Wide Maps of DNA Methylation
Aug 25 2008 | Application Notes
What do epigenetics and stem cell biology have in common? In two ground-breaking recent papers, Alexander Meissner, PhD and his colleagues, show that these two exciting areas of research are intricately connected by DNA methylation. DNA methylation -- the addition of methyl groups to specific regions of DNA -- is one of several epigenetic modifications thought to play an important role in diseases like cancer.
Computational Wizardry Backs The 1000 Genomes Project
Jul 30 2008 | Application Notes
Scientists at academic and private institutions from around the world have embarked on the 1000 Genomes Project, an effort to sequence the genomes of 1000 individuals within the next three years, with the goal of finding subtle genetic variations and creating a detailed, medically relevant catalog for disease association studies.
Detection Of Circulating Epithelial Cells
Jul 30 2008 | Application Notes
Tumor cells escape. In fact, scientists learned long ago - as early as 1869 - that cancer cells can end up in the blood. By the mid-1950s, some researchers thought that these so-called circulating tumor cells (CTCs) might help clinicians catch cancer earlier or measure the efficacy of a treatment.