Presentation of Discussion from the
“Regulatory and Technology Transfer Issues” Panel
of the White House
Technology Forum on Aging
October 4 & 5
Presented by Howard Bremer,
Wisconsin Alumni Research Foundation
Panel Co-Chairs:
Howard Bremer (WARF) & Caroline
Wagner (RAND)
I. Grand Challenges.
1. By 2010, older people will have independent
living as long as possible.
Measurement: Decline in the number of beds in
nursing center and assisted living center.
2. The quality of life for older persons and
their families is maintained or enhanced.
There
are a number of metrics to measure the well-being of the older person, but
quality of life metrics for the family
may need to be developed.
3. Within 5 years, 50 percent of older people
will have access to the Internet in a way that provides them information,
services, and therapy (including rehabilitative therapy). This includes changing the technology
interface so that it is more friendly to senior users.
Measurement:
number of people accessing the Internet; and 2) the increased user-friendly
nature of the technology.
4. Many more seniors will live a safe and
healthy lifestyle through education and behavioral changes.
Measurement:
morbidity and mortality measures that exist today.
5. Older people will have the same mobility
within their town that other people do.
This will include intelligent transport, public transportation that is
senior-friendly, as well as making use of assistance to the mobility of the
individual with specific technologies.
Measurement:
Number of seniors taking more active part in their community.
6. High-end life support research being
sponsored by groups like NASA and NOAA to help people live on Mars or under the
sea will take into account how this technology can be used to help the elderly
-- the "Mission to Planet Home"!
II.
Mechanisms for Achieving Goals.
Mechanisms
that are working well and those that need changing were considered in the
context of technology transfer and regulatory policies of the federal government. Our group found:
1. The Bayh-Dole Act and current technology transfer programs (including the Small Business Innovation Research program (SBIR) and the Small Business Technology Research program (STTR) program work fairly well to transfer government technology into the hands of innovators. However, we noted some issues here that should be considered:
• Some agencies should keep better
records of technology transferred to provide a feedback loop to agencies who
fund the basic research behind the activity.
2. Technology and invention seem to work well
in providing the products that could help the elderly. INVENTION IS NOT THE PROBLEM! The bottleneck comes in the transfer of the
technology into the commercial sector.
• A review of regulations and financial
incentives for commercialization should be undertaken.
3. Technologies that can help the elderly are
certainly overlooked by the marketplace.
There are technologies that would serve a niche market, but they would
serve it well!
• Government may want to consider
having an "orphan technology act" similar to the "orphan drug
act."
4. There are many different models of
technology transfer, many work well, but they do not all work well in every
situation. Different models of
technology transfer work may work for different types of technology or markets.
• Develop a "matrix" of
technology transfer practices and technology challenges to see when you would
use different approaches. Perhaps a
study of "best practices" similar to what goes on in Wisconsin Alumni
Research Foundation (WARF) would help people to find more effective ways to
transfer government technology.
5. Funding of medical care and services may be
setting up barriers or providing perverse incentives to the commercialization
and use of technology. For example,
assistive technology that is not medically necessary may not be covered by
medicare, medicaid, or insurance programs.
• The question of technology incentives
and the role of funding mechanisms in hindering the introduction of new
technologies needs careful review.
III.
Specific Observations
Technology transfer -- the act of passing
on a property right, usually in the form of a patent, but also in publications,
through extension services, continuing education, distribution of materials--is
often where research organizations make money.
Under the Bayh-Dole Act, universities can retain the rights to
innovations developed with federal funding, and many of these innovations are
turned into products. This has worked
fairly well for more 18 years.
Nevertheless, universities often do not know how to transfer knowledge
to the commercial sector, and they sometimes have a skewed notion of what their
intellectual property is worth.
Universities don't have much discretionary money to file for patents,
and so they must choose carefully when to file and when to let an opportunity
go. Is there a role for government in
helping to solve this problem? We were
not sure, but it is worth considering in more detail.
Agreements to transfer technology can
become a bottleneck in and of themselves.
They can sometimes be quite detailed and complicated. Moreover, there are a number of models to
consider. The Veterans Administration
has it "IIA" process that spells out what each party expects to get
out of a partnership and how the technology will be used after it is
developed. This has helped both parties
and may be a model for others. The
National Cancer Institute has another model where a company, the Institute, and
a university board all sign on to help develop a clinical trial. It helps spread the risk and give academic
credibility to the activity.
Market size is sometimes a barrier to the
commercialization of technology.
Parallel or similar industries may have lessons to teach those developing
assistive technologies how to make their product work in a niche or small
market. Groups that did not think about
partnering before should think about it -- perhaps this is where groups such as
the AARP can bring non-traditional partner companies together to seek new
opportunities. A public-private
partnership to link different groups across industry, government, and academe
might prove to be very helpful.
The federal labs may be an important
resource, but they are limited by their missions. They have little in discretionary funds to provide support to
companies seeking help. This may be a
place where a directive from the government might help. Technology in the federal labs is so
complicated that it would be really expensive overall to figure out how to use
it. Government technology could be more
helpful, but there is no central clearinghouse of information about it. Can this be changed?
Standards for new technology can be a big
help to introducing your product into the marketplace. Products like new sound systems or lighting
being developed for the marketplace might be able to take into account the
needs of seniors if some standards were taken into account. Cross-industry technology transfer and upstream
and downstream exchange is key and should be examined more closely. This is a place where the government's role
as "convenor" might help to encourage standards that would help the
elderly.
Regulations, building codes, and
standards often conflict quite violently between the federal, state, and local
level. These conflicts often act as
bottlenecks or down-right barriers to the introduction of new technology. Agency missions can also act as a barrier at
times when it makes it difficult to get things done that must cross agencies or
that requires interagency cooperation.
Government research is certainly
helpful. However, even within
government, there are policies which impedes success. Building feedback loops and information exchanges within the
government itself can also be helpful.
Developing new regulations that target
the elderly does not appear to be the answer to these bottlenecks and
challenges. If we can find a way to
build incentives into the system so that, as researchers conduct or apply
research, technology for successful aging can become part of their goal, this
may have an overall greater chance of success than trying to impose change from
the top down.