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| Who Is Forging Ahead In The MS Treatment Space? |
| By Anna Rose Welch, associate editor |
| The NIH estimates roughly $103 million of its budget will be spent on multiple sclerosis research in 2015. That seems like a small amount of money when it comes to the size of its $40 billion budget. But in doing some digging around, I’m seeing signs that there are actually quite a few players — big and small — in the academic, bio, and pharma realms working in the MS treatment space to benefit the 400,000 U.S. and 2.3 million patients globally. |
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| Use Of Phase Contrast Imaging To Track Morphological Cellular Changes Due To Apoptotic Activity |
By Brad Larson and Peter Banks, Applications Department, BioTek Instruments, Inc. Phenotypic screening, or the determination of the effects (phenotypes) that a molecule has on a cell, tissue, or whole organism, dates back to earliest drug discovery efforts. |
| Developing A Bioreactor For Vaccines |
By Jose Castillo, Director of Cell Culture Technologies at ATMI LifeSciences While incremental advances can create solutions to technological problems, sometimes the only way to achieve the required result is to rip up the old rulebook and start from scratch. That’s the approach ATMI LifeSciences took in developing a bioreactor for vaccine manufacture. |
| Effect Of Sterilization On Mechanical Properties Of Silicone Rubbers |
By Emilie Gautriaud, Keith T. Stafford, Jennifer Adamchuk, Mark W. Simon, and Duan Li Ou, Saint-Gobain, Northboro R&D Center Silicone rubber is widely used in the pharmaceutical industry where sterilizability is an essential requirement for all fluid transfer equipment. Pharmaceutical products must be sterilized frequently and repeatedly by high-level energy and/or chemical vapor in order to eliminate bacterial surface contamination. |
| Maintain The Benefits Of Single-Use Technology With Cell Culture Processing |
By Nick Kohlstrom, Joseph Capone, and Ma Sha, Eppendorf Inc. Historically, stirred-tank bioreactors have been the standard for culturing all types of submerged cultures including suspension and anchorage-dependent mammalian, insect, yeast, plant, and microbial cultures. |
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