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Bio-IT World February 10, 2003 Salvatore Salamone |
Made in Manhattan A talk with the new head of the Computational Biology Center at Memorial Sloan-Kettering.  |
Bio-IT World December 15, 2003 Zachary Zimmerman |
Learning the Language of Systems Biology Geneticist par excellence David Botstein talks about his philosophy, science, his mission for integrative science, and what he deems a success for systems biology.  |
Bio-IT World August 15, 2005 Kevin Davies |
Hood Hails 'Century of Biology' Leroy Hood won the 2005 Bio-IT World President's Award for his work on the synthesis of DNA and protein, and on the genome project.  |
Industrial Physicist Jennifer Ouellette |
Bioinformatics moves into the mainstream An explosion of data is being tamed with new systems  |
Bio-IT World June 2006 Kevin Davies |
The Data Deluge: Deal or No Deal? Far from decrying the data glut, researchers should embrace the complexity of genomic and other sources of data, particularly for its predictive properties in the field of personalized medicine.  |
Bio-IT World September 2006 John Russell |
Informatics Cornucopia Predictive Informatics, the hopeful title of a session at last month's Drug Discovery Technology & Development World Congress, remains an enticing but mostly elusive goal. Asked what systems biology would look in five years and what will constitute success, panelists offered the following.  |
Bio-IT World January 21, 2005 |
Defining 'Integrative Genomics' Five experts from academia and industry discuss the burgeoning field of integrative genomics.  |
Bio-IT World August 13, 2002 Malorye Branca |
The Proteomics Odyssey Efforts to map the constellation of protein interactions in humans gather momentum as companies vie to provide tools to capitalize on the potential of proteomics. But can proteomics prevail where some feel genomics has failed?  |
Bio-IT World July 11, 2002 Malorye Branca |
Deep Sequence Diving Like sailors of old, genomic data miners dream of discovering riches and fame. Given the recent improvements in analytics -- and a little more time -- they just might succeed.  |
Bio-IT World April 15, 2003 Malorye Branca |
Beyond the Blueprint How will the wealth of data emanating from the human genome and allied technologies impact research on health and disease?  |
Wired August 2003 Jennifer Kahn |
The End of Cancer (As we Know it) Diagnosis. Chemotherapy. Radiation. Slow painful death. No more. A new era of cancer treatment is dawning. Meet three scientists who are using the revelations of the Human Genome Project to reshape medicine.  |
Bio-IT World January 12, 2004 Julia Boguslavsky |
New Year Tools for the 'New' Biology Instrumentation outlook for systems biology.  |
Bio-IT World September 2006 Nat Goodman |
Getting a Handle on Systems Biology Systems biology is squarely an experimental field that eats, drinks, and breathes data. To do systems biology, you need an experimental system that is amenable to large-scale experimentation.  |
Bio-IT World April 2007 John Russell |
Toward a Cancer Interactome Researchers at the Center for Cancer Systems Biology are working toward identifying the high level wiring diagram for cancer. In this instance, that means an accurate map of all cancer-associated protein-protein interactions.  |
Bio-IT World January 13, 2003 John Dodge |
Talent Fuels Drug Pipeline in Swiss Time The functional genomics group has emerged as a critical link in the drug discovery chain at Novartis Pharmaceuticals Corp. While it employs a multidisciplinary approach to drug discovery, the four-year-old group's goals could not be simpler: Find novel drug targets.  |
BusinessWeek May 9, 2005 |
A Genome Pioneer Looks Forward Dr. Francis Collins discusses the end of the Human Genome Project and says an "outpouring of discoveries" is coming soon.  |
Bio-IT World November 14, 2003 Kathy Ordonez |
Targeted Medicine via Molecular Diagnostics Using diagnostics to select and deselect target populations for drug therapy will enable life scientists to make more effective medicines.  |
Bio-IT World August 15, 2005 Kevin Davies |
Pimp My Genome As costs plummet, the ability to rapidly synthesize and customize longer, more intricate fragments of genomic DNA opens up a plethora of applications in basic and applied biology. A commercial synthetic biology industry is beginning to take shape.  |
HHMI Bulletin Nov 2011 Sarah C. P. Williams |
Living Chemistry Biologists understand better what chemists can bring to the table. And chemists understand better the questions that biologists really care about. This has led to a bigger impact of chemists on biological problems.  |
Bio-IT World September 2006 John Russell |
Predicting the Future of Systems Biology Buoyed by promising results from a recent collaboration with Pfizer on drug-induced vascular injury, Keith Elliston, CEO of modeling and biosimulation specialist Genstruct, offers a candid view of industry's flirtation with systems biology and the future prospects for the field.  |
Bio-IT World May 7, 2002 John Dodge |
Big Pharmas Are Dinosaurs Not much escapes Nathan Myhrvold's predatory intellect. His company, Intellectual Ventures, is on the prowl for more good ideas. We spoke with the voluble Myhrvold to find out why he is so high on biotech.  |
| Knowledge@Wharton |
A New Approach to Valuing Biotech Stocks Enormous swings in biotechnology stock prices during the last few weeks show how difficult it is for investors to value biotech companies. It's important to understand the invisible potential locked up in the organizational structure of biotechnology companies...  |
Chemistry World January 2012 |
Cultivating collaboration A new network aims to bring the power of interdisciplinary innovation to bear on global food issues.  |
Wired August 2004 Oliver Morton |
A Machine With a Mind of Its Own Ross King wanted a research assistant who would work 24/7 without sleep or food. So he built one. King's robot can look at the results of a biology experiment, draw a conclusion about what the results might mean, and then set off to test that conclusion.  |
Managed Care May 2005 Martin Sipkoff |
Predictive Modeling & Genomics: Marriage of Promise and Risk Integration of predictive modeling and genomic tools means improved technology, enhanced databases, and appropriate legal guidance.  |
Bio-IT World February 2006 John Russell |
Marvelous Models of Biological Systems Here are highlights from a roundtable discussion with researchers representing academia and pharmaceuticals, as well as executives from modeling technology providers on whether or not Pharma is ready to bet on computational modeling of biological systems.  |
Bio-IT World June 17, 2004 John Russell |
Systems Biology - Now Leaving on Track 1 Entelos, a leader in predictive biosimulation, partners with pharmaceutical and biotech organizations worldwide to develop effective new treatments for disease. Michael French, chief business officer at Entelos, explains what powers the systems biology engine.  |
IEEE Spectrum March 2013 Susan Hassler |
Genome to Go It's already possible to have your own genome sequenced. But personalized medicine based on sequencing still has a way to go  |
Bio-IT World Jul/Aug 2006 John Russell |
MathWorks Launches a 'Systems Biology' Tool The maker of the popular MATLAB programming environment recently launched a modeling product, SimBiology, aimed at systems biology and synthetic biology markets.  |
Bio-IT World August 13, 2002 Kevin Davies |
Hughes Offers a Helping Hand Under the assured leadership of Nobel Laureate Tom Cech, the Howard Hughes Medical Institute (HHMI) is increasingly applying its considerable resources to foster imaginative, interdisciplinary biomedical research and education.  |
Bio-IT World December 10, 2002 |
Craig Venter Unvarnished (part II) The former Celera CEO covers privacy, ESTs, and his new research institutes.  |
Bio-IT World July 11, 2002 Mike Fitzgerald |
Funding the Future Investor G. Steven Burrill, CEO of Burrill & Company, helps biotech companies fulfill their potential. He talked recently about his view of the bio-IT field.  |
Bio-IT World July 11, 2002 Michael Swenson |
The End of Relational Databases? Until now, the use of relational databases within genomics and proteomics was treated as a given, with no one prepared to question whether this was an appropriate use of technology. That may be about to change.  |
Bio-IT World March 17, 2004 |
Systems Biology: Top-Down or Bottom-Up? Systems biology involves the representation and analysis of an intact biological system. Like many of the technological developments over the past 20 years, such as genomics, proteomics, combinatorial chemistry, and bioinformatics, pharma and medical communities hold high hopes that systems biology will help move molecular research closer to the practice of medicine.  |
The Motley Fool October 27, 2010 Ralph Casale |
Companion Diagnostics in Cancer Drug Development Diagnostic companies partnering with drug developers can make for an attractive investment segment.  |
Bio-IT World October 9, 2002 Mark D. Uehling |
Can You See the 88th Dimension? Visualization expert Georges Grinstein talks about how scientists should analyze large data sets.  |
Bio-IT World May 19, 2004 John Russell |
Seeing the Forest and the Trees A tiny clearing in the fog of systems biology.  |
Bio-IT World November 14, 2003 Jeff Augen |
Making Information-Based Medicine Work A confluence of scientific discovery and high-throughput technology has made information-based medicine possible -- and imperative.  |
Bio-IT World September 9, 2002 |
Letters Frustrated in Gene Town... IT for the Biologists, by the Biologists?...  |
HHMI Bulletin Nov 2011 Robert Tjian |
President's Letter: Intellectual Ferment There are exciting connections between chemistry and biology from both "sides" of the disciplinary divide.  |
Bio-IT World September 2005 Kristen Amuzzini |
A More Efficient Approach to Biostatistical Data Analysis Using an efficient, integrated approach, data from many different sources can easily be acquired, massaged to ensure its integrity, and then combined into single tables that biostatisticians can use to search for patterns regardless of the source of the data.  |
Chemistry World July 2008 Ananyo Bhattacharya |
Sparks of creation Chemists are at the forefront of synthetic biology, the burgeoning field that could soon create artificial life.  |
Bio-IT World June 12, 2002 Beth Schachter |
Informatics Moves to the Head of the Class The race is on to increase the quantity and quality of bio-IT training programs as government and academia bet the need will be great. Will the job market back up that bet?  |
Bio-IT World January 13, 2003 Kari Stefansson |
The Icelandic Man Cometh The founder of deCODE Genetics on Viking DNA, privacy, disease, and aging.  |
Bio-IT World February 2007 |
Bio*IT World's Coming Attractions 2007 Bio-IT World Conference & Expo preview -- Meet the Keynotes... Oracle Users... Systems are Go... Candid Camera... A Vital IT Alliance... Next Generation Informatics... etc.  |
Chemistry World July 6, 2012 |
Protein power Tom Muir, professor of chemistry and molecular biology, Princeton University, US, is an expert in protein engineering and its application to studying cellular signalling networks.  |
Bio-IT World May 9, 2003 |
Stephen Wolfram's New Science This is too big a thing to propagate through the standard mechanism of science, says Wolfram. Wolfram is convinced he's discovered a big idea that will change the world. An interview  |
Chemistry World May 1, 2014 Ned Stafford |
Synthetic biology vision for Europe unveiled A new 'strategic vision' for synthetic biology has laid out the steps Europe needs to take in the next five to 10 year to nurture the field, with chemistry a key part of its strategy.  |
Scientific American January 2009 Charles Q. Choi |
Do White Blood Cells Make Cancer Deadly? The ability to spread underlies the killing power of cancer. The process occurs, John Pawelek thinks, when tumor cells fuse with white blood cells -- an idea that, if right, could yield new therapies  |
Scientific American June 2006 |
How to Kill Synthetic Biology Assembling a complete genetic circuit promises to advance biotechnology in much the same way that the invention of integrated circuits transfigured electronics.  |