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SAGE Advice
Aileen Constans | May 27, 2001 | 2 min read
Make way for the Age of SAGE. Introduced in 1995 by Kenneth Kinzler and Bert Vogelstein of the Johns Hopkins University in Baltimore, Md., SAGE™, or Serial Analysis of Gene Expression, is a quantitative method of gene expression analysis based on the idea that an mRNA transcript can be identified by just a short (9-14 base pair) subfragment.1 In the technique, mRNA is isolated, copied into cDNA, tagged at the 3' end with biotin, and then cut with a restriction enzyme. The tagged fragmen
Flow Cytometry Expanding In Clinical And Research Labs
Rebecca Krumm | Apr 17, 1994 | 9 min read
The following companies offer flow cytometry instruments, equipment, and/or reagents for clinical and laboratory purposes. Please contact the companies directly for more information concerning specific products. AMAC Inc. 160B Larrabee Rd. Westbrook, Maine (207) 854-0426 Fax: (207) 854-0116 Bangs Laboratories Inc. 979 Keystone Way Carmel, Ind. 46032 (317) 844-7176 Fax: (317) 575-8801 Becton Dickinson Immunocytometry Systems 2350
Flow Cytometry Expanding In Clinical And Research Labs
Rebecca Krumm | Apr 17, 1994 | 9 min read
The following companies offer flow cytometry instruments, equipment, and/or reagents for clinical and laboratory purposes. Please contact the companies directly for more information concerning specific products. AMAC Inc. 160B Larrabee Rd. Westbrook, Maine (207) 854-0426 Fax: (207) 854-0116 Bangs Laboratories Inc. 979 Keystone Way Carmel, Ind. 46032 (317) 844-7176 Fax: (317) 575-8801 Becton Dickinson Immunocytometry Systems 2350
Kits to Dye For: A Profile of Sequencing Kits for Automated DNA Sequencers
Michael Brush | Nov 9, 1997 | 9 min read
Date: November 10, 1997 Chart 1 In the long series of events inherent in automated DNA sequencing, cranking out DNA labeled with fluorescent tags is, of course, the most important element of a successful procedure. Without properly labeled sequence ladders to analyze, those expensive, automated DNA sequencers have little to do. So to keep them busy, LabConsumer checked out fluorescent automated DNA sequencing kits from eight manufacturers. The kits profiled exploit two methods for labeling se
Industry vs Academia
The Scientist Staff | Apr 15, 2001 | 10+ min read
To conduct this survey, The Scientist invited 1800 readers via E-mail to respond to a web-based survey form. There were a total of 220 responses from March 2 to 12, 2001, a response rate of 12.2%. Have you held research positions in both academia and industry? (Positions may include graduate research, industrial internships, or any other research positions - paid or unpaid - in both work environments).   Percent Count Answers 72.6% 159/219 Yes 27.4% 60/219 No
Best Places to Work Industry, 2011
Hannah Waters | May 1, 2011 | 8 min read
By Hannah Waters Best Places to Work Industry, 2011 By forging new relationships and finding novel uses for existing technologies, this year’s top companies are employing creative ways to advance their science. Like the reeds of an old Aesop fable, the companies that topped our 2011 Best Places to Work in Industry survey are bending—but not breaking—under the strain of continued economic adversity. With funding agencies still awarding grants onl
RNAs
Drug Discovery Techniques Open the Door to RNA-targeted Drugs
Amber Dance | Jun 1, 2019 | 8 min read
New ways to search for druggable RNAs and matching small molecules
Best Places to Work 2007: PostDocs
Ted Agres | Mar 1, 2007 | 4 min read
Best Places to Work 2007: PostDocs It's a simple formula: Start with well-equipped research facilities, add helpful mentors and knowledgeable colleagues, allow researchers the freedom to explore new ideas, throw in enough money and benefits, and you get productive and satisfied postdocs. At least, that seems to be the winning formula for research institutes ranked by their postdocs as being the "Best Places to Work" in 2007. By Ted Agres Related Articles Top 40 Nor
Best Places to Work Industry, 2011
Hannah Waters | May 1, 2011 | 9 min read
By forging new relationships and finding novel uses for existing technologies, this year’s top companies are employing creative ways to advance their science.
Molecular Multitasking
Carina Storrs | Aug 1, 2013 | 6 min read
Commercial kits use fluorescent beads to probe dozens of cytokines in one reaction.

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