In 2008, the U.S. ranked 17th in R&D tax generosity out of the 21 OECD countries that offered some form of R&D tax credits to businesses, according to a recent brief put out by the Information Technology & Innovation Foundation (ITIF). In U.S. Continues to Tread Water in Global R&D Tax Incentives, authors Rob Atkinson and Scott Andes state even though the U.S.
The National Institutes of Health (NIH) last week published the final version of its guidelines regarding human stem cell research, in part determining which human embryonic stem cells (hESCs) are eligible for research with NIH funding. The final guidelines contain adjustments from the draft version of the guidelines released on April 23 for public comment, from which the NIH received approximately 49,000 statements from advocacy groups, scientists, medical organizations, religious groups, members of Congress, and private citizens.
SSTI has prepared a table displaying the amount companies spent on R&D in each state from 2003 to 2007, the state's rank in 2007, the percent change over this five-year period, and the rank of that percent change. For the U.S. as a whole, industry-funded R&D was $204 billion in 2003 and rose to $269.3 billion in 2007 - a five-year jump of 32 percent. Note, the amounts in the chart are not indexed to a single year, but reflect values from when the data was released.
Gov. Jim Doyle signed the 2009-11 biennial budget last month, providing funding for university-based research and enhancing tax credits for angel and venture investors supporting high-tech R&D.
Seven emerging research universities in Texas would receive funding and incentives to help advance their status to nationally-recognized tier one schools following passage of HB 51, awaiting Gov. Rick Perry's signature.
During the last week of the legislative session, Nebraska Gov. Dave Heineman signed two bills into law - one dealing with R&D tax credits and the other authorizing the development of a statewide biotechnology strategic plan.
Last week the NIH issued a request for comments regarding potential changes to existing federal regulations covering conflicts of interest in the design, conduct, or reporting of NIH-affiliated research. Through an Advanced Notice of Public Rule Making (ANPRM), the regulations include topics such as:
The technologies developed at the nation's 700 federal laboratories and research centers impact the health, energy, security, and agricultural needs of the country. They have a substantial effect on the economic growth of the U.S., especially as these technologies are commercialized.
The NSF's Federal Funds for Research and Development series illustrates trends in the U.S. government's funding obligations for science and engineering R&D. Federal funding is distributed to government agencies, academic institutions, research centers, state and local governments, nonprofit organizations, as well as private companies.
With its most recent release of academic research and development expenditures, the NSF has provided insight into the portion of funding that originates from private companies.
A recent assessment by the National Research Council (NRC) of the National Nanotechnology Initiative's (NNI) Strategy for Nanotechnology-Related Environmental, Health, and Safety Research concluded the NNI's research plan does not provide a clear picture of the potential risks of nanotechnology, nor does the plan include adequate research goals and comprehensive research needs regarding nanotechnology-specific health and safety issues.The NRC's assessment finds the NNI's stra
Energy issues are anticipated to be a central focus of the Obama Administration. Its first budget request, expected in late February for FY 2010, will show if money for R&D will follow that focus. Which states stand to gain most from an increased emphasis on energy research?
Universities in Canada are a major component of the country's science and technology ecosystem, and as gauged by funding, they performed 36 percent of Canada's R&D activities in 2007. In the U.S. comparatively, universities accounted for 13 percent of the R&D performed in the country.
The National Science Foundation (NSF) announced earlier this month the establishment of five new university-based centers developing interdisciplinary research and education programs in partnership with industry in the areas of biorenewable chemicals, green energy systems, communications networks, medical implants and smart lighting.
SSTI has an effective new learning tool for TBED policymakers and practitioners seeking guidance in approaches to building and sustaining tech-based economies. Through exclusive interviews with Excellence in TBED Award recipients, find out first-hand how these award winning initiatives successfully responded to a critical need by applying innovative approaches to generate substantial economic gains for their region.
Federal funding of academic science and engineering (S&E) R&D failed to outpace inflation for two consecutive years, according to the latest annual Survey of Research and Development Expenditures at Universities and Colleges from the National Science Foundation (NSF). The decline in two consecutive years has never occurred before in the survey's 36-year history.
As many stories in this issue of the Digest point out, academic institutions serve a critical role in performing R&D for the nation’s innovation pipeline. While most of the attention of national policymakers is directed toward the size of federal and industrial investments in R&D, the burden of financing the infrastructure to support much of that research activity falls on states and institutions of higher education. And that burden has a steep price tag.
Last week, three contracts between North Dakota State University (NDSU) and research partners at two Department of Energy federal laboratories were announced, building research opportunities within the Red River Valley Research Corridor. They included the following:
According to National Science Foundation (NSF) data released two weeks ago, companies spent in aggregate $247.7 billion on R&D expenditures performed in the U.S. in 2006. Leading the nation was California, with $58.4 billion in industrial R&D, followed by Michigan ($16.5 billion), Massachusetts ($15.6 billion), New Jersey ($14.6 billion), and Texas ($13.3 billion).
Our German isn't what it should be and online translators weren't as helpful as we'd expected, but we wanted to make readers aware of the size of the investment Berlin is making over the next four years to recruit star faculty to its four research universities and the four local, private research institutions of Fraunhofer Gesellschaft, Helmholtzgemeinschaft, Leibniz Community, and the Max Planck Society.
Alabama Gov. Bob Riley recently announced a plan to launch an advanced robotics research, training and education center to prepare workers for the robotics industry and attract high-tech employers to the state. Calhoun Community College in Decatur will host the $71 million center, in partnership with the University of Alabama in Huntsville. Gov. Riley first proposed the robotics campus in 2006 and believes the center will help increase the state’s profile as a leader in the robotics industry.
As annual appropriations for the National Institutes of Health (NIH) flattened – at the same time more and more states and universities are increasing their investments in academic bioscience research capacity – competition for NIH grants has heightened. Reports indicate investigators in the early stages of their careers and transformative research have been the victims of the squeeze.
On June 5, 2008, the government of the Grand Duchy of Luxembourg announced plans for a $200 million five-year molecular medicine initiative that draws on a strategic partnership involving three Luxembourg Public Research Centers (CRPs), the University of Luxembourg and three U.S. research institutes prominent in the field.
The U.S. research institutions include: