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Federal Technology Transfer and the
Federal Laboratory Consortium:
“Identifying and accessing U.S. federal lab
technologies available for partnering”
Mojdeh Bahar
FLC Chair
National Institutes of Health
Gary K. Jones
FLC DC Representative
Fred Snyder
Federal Aviation Administration
Science Diplomatic Club
November 27, 2012
Overview
Overview of U.S. Federal Technology Transfer
Role of the Federal Lab Consortium for Tech Transfer (FLC)
Identifying Potential U.S. Federal Lab Partners
Selected Examples of Tech Transfer
Tech Transfer: Outputs, Impacts & Benefits
Federal Technology Transfer Defined
Technology transfer is the process by which knowledge, facilities,
or capabilities developed under federal research and development
(R&D) funding are utilized to fulfill public and private needs -- it can
occur:
Between the government and non-government entities
Between government entities (labs/agencies)
…. and designed to:
- enhance agency mission capabilities
- increase return on R&D investment
- support economic growth and development
- enhance U.S. competitiveness
Results of Legislative History (Current Tech Transfer Environment)
Technology transfer is a mission of the federal government
ORTAs (Lab T2 Offices) established
Small businesses, universities and not-for-profits keep title to inventions made with federal funds
Federal agencies receive greater, more flexible, patent and licensing authority
Lab scientists can participate in royalty income
Mechanisms and incentives to implement technology transfer, including CRADAs, etc.
Office of Research Technology Applications
(Federal Lab Focal Point For Technology Transfer)
Common Tech Transfer Mechanisms
Patent License Agreement
Cooperative Research and Development Agreement
(CRADA)
Work for Others – Work for Private Parties
Collegial exchange
Educational Partnership Agreement
Use of Facilities Agreement
Cooperative Agreement
Commercial Test Agreement
Material Transfer Agreement
Partnership Intermediary Agreement
Commercial Service Agreement
Personnel Exchange
What is the FLC
The FLC: Formally created by Congress under the Federal Technology
Transfer Act (Public Law 99-502)
Composed of tech transfer professionals from the federal
laboratories, their respective agencies, and affiliated organizations
Membership reflects: 18 federal departments and agencies
Hundreds of federal government R&D laboratories and centers
$ billions annual budget
> 100,000 scientists & engineers
Primary Activities: Education and Training
Sharing Best Practices/Networking
Professional Recognition
Communications and Coordination
Resources on FLC Web Site (www.federallabs.org)
Locate Technologies (Tech
Locator Service, Available
Technologies Feed)
Training and Education
(Courses, Materials, etc.)
Reference Materials (Small
Business Resource, Green Book,
Desk Reference, Mechanisms
Database, etc.)
Points of Contact (Agency TTOs,
>300 Lab TTOs)
News & General Information
(NewsLink, DC Dispatch, Meetings
Calendar, etc.)
Interest
Looking for federal lab work on electro-responsive smart materials (to improve its own technology).
“Ras Labs and Princeton Plasma Physics Lab recently formed a CRADA and are actively conducting research with various metals and plasmas to improve the interface between the embedded electrodes and the electro-responsive material of these actuators, which should lead to superior electro-responsive actuators.”
Lenore Rasmussen, Ras Labs, LLC
Tech Locator Service Example (Ras Labs, LLC)
Available Technologies Search Tool
Joint Modular Intermodal Container (DOD-Navy: NSWC Indian Head)
The JMIC functions as a “pallet hybrid”;
offering flexibility, security, convenience
and lower cost to more than 100
different pallet and container designs
used by the military and commercial
markets.
Invented by the Navy, the technology
was transferred to NextGen
Containers via an exclusive patent-
license agreement.
There are currently (2011) more than
6,500 JMIC units in use throughout the
DOD, with thousands more on order;
JMIC prototypes are also being
marketed for commercial shipment of
ammunition and medical equipment. Technology For Today - 2011
Honey Bees With Varroa-Sensitive Hygiene
(USDA: Agricultural Research Service)
Honey bees pollinate over 100 crops in
the U.S. , unfortunately whole bee
colonies can become infected and
killed by a parasitic mite, Varroa.
A genetic strain of bees capable of
fending off the varroa mite was
developed by ARS scientists; by
identifying a trait named Varroa-
Sensitive Hygiene - VSH, the
technology was transferred via a
CRADA with Glenn Apiaries, and
other Material Transfer Agreements.
The VSH trait has been widely
distributed, with at least 25% of the
queens now sold carrying the VSH
trait.
Excellence in Tech Transfer Award - 2012
Stingray – threat disrupter (DOE- Sandia National Lab)
Stingray is a technology designed to
disable improvised explosive devices
(IEDs) which threaten the lives of
troops in the field and first responders.
The device is a coherent fluid blade
disablement tool - based on
technology that forms water into a
single blade capable of cutting one-
quarter inch steel.
The technology was licensed to TEAM
Technologies, Inc. for further
development and production – with the
first products delivered to soldiers in
July 2010.
Excellence in Tech Transfer Award - 2011
Vibro-Tactile Stimulation Device Aids Swallowing Disorders
(NIH: Nat’l Inst. of Neurological Disorders and Strokes)
Dysphagia is a common disorder that
creates difficulty swallowing – putting
patients at risk of choking and
potentially life threatening aspiration
pneumonia.
The technology is a non-invasive,
intensive, swallowing retraining device
combining sensory stimulation with
motor retraining to rehabilitate
swallowing function.
The technology was transferred to
Passy-Muir via an exclusive license
with NIH. They have also recently
received and an SBIR award for
further development.
Excellence in Tech Transfer Award - 2012
Kepivance treatment for mucositis,
a common complication of
chemotherapy in cancer patients,
was discovered, developed, and
patented by HHS, NIH, National
Cancer Institute.
The technology was patented and
licensed to Amgen and technology
commercially marketed as
Kepivance.
This drug benefits thousands of
adult Americans with hematologic
malignancies who undergo bone
marrow transplantation each year.
Kepivance® (HHS/NIH: National Cancer Institute)
Excellence in Tech Transfer Award – 2006
Low Cost, Clean Cookstove (DOE: Oak Ridge National Lab)
Toxic fumes from traditional cookstoves
and open fires cause the premature
deaths of 2 million people worldwide
annually.
ORNL helped Envirofit Int’l refine its
existing low-emission cookstove by
providing materials selection guidance
based on its expertise in high-
temperature materials. The effort
resulted in a joint patent application
among Envirofit, Colorado State
University and ORNL.
The new cookstove, launched 2009,
reduces smoke and harmful gases up
to 80%, fuel use by 60% and cooking
time by 50%. 150,000 units sold by
2012.
Excellence in Tech Transfer Award - 2012
FY 2005 FY 2006 FY 2007 FY 2008 FY 2009
CRADAs, total active in FY 5,947 7,268 7,326 6,923 7,733
New inventions disclosed in FY 4,771 5,193 4,486 4,365 4,425
Patent applications filed in FY 1,745 1,912 1,825 1,938 2,080
Patents issued in FY 1,012 1,284 1,405 1,272 1,494
Licenses, total active in FY 9,577 10,186 10,352 11,098 11,913
New, executed in FY 1,824 1,495 1,463 1,377 1,250
Income from licenses, ($$M) $144.9 $138.7 $149.9 $170.9 $154.3
**Also includes multiple examples of downstream outcomes for all agencies (reporting since 2001)
Federal T2 Summary Report (FY 2009, Department of Commerce, Issued March 2011)
Federal Laboratory Technology Transfer, Fiscal Year 2009,
Summary Report to the President and Congress
Intramural research program ~ 10% of overall NIH budget
~ 600 products (from drugs to research tools) developed to date
from intramural NIH licensees
~ $6B in product sales each year by intramural NIH licensees
(equivalent to a mid-level Fortune 500 company)
> $1B in royalties to date
Using the study data from the New England Journal of Medicine,
153 drugs were brought to the market in the last 40 years under
licenses from US Public Sector Research Institutions (PSRI)
including the NIH
Impacts/Benefits of Federal T2 (National Institutes of Health Stats)
The Economic Contribution of the Department of Navy Technology
Transfer Program
Economic impact of 103 agreements with Navy labs; 2005-2009
Select Findings:
Responsible for 670 civilian jobs (direct) and ~ 2,600 (indirect)
Compensation for these jobs averaged over $79,000 per year
Tax receipts (federal, state and local) on the economic activity
driven by these agreements totaled $60 million
Two-thirds of agreement partners agreements had < 100 employees
Estimated direct economic output associated with these agreements
totaled $200 million (with an add’l $345 million in indirect activity)
Impacts/Benefits of Federal T2 (Department of Navy Study)
• 4.2 billion cell phone and 2.6 billion PC owners
use Ames’ lead-free solder technology every day.
• Small gasoline engines
(lawnmowers, power tools, etc.)
are cleaner and more efficient because of Terfenol-D
(Navy Technology); the production process was
developed by AMES.
• All 7 billion people on Earth are impacted
by Ames’ Multiplexed Capillary Electrophoresis,
which was used in the Human Genome
Project and is a key technology for DNA sequencing.
Impacts/Benefits of Federal T2 (Single Lab – Department of Energy Ames)
2013 FLC National Meeting (Westminster, Colorado - April 23 -26, 2013)
https://meeting.federallabs.org/
• Training
• Networking Opportunities
• Industry Perspectives
• Tech Fair
• Recognition Ceremony & Banquet
• Federal Technology Transfer Outlook
Federal Laboratory Consortium
for Technology Transfer
1001 Connecticut Avenue, NW
Suite 735
Washington, DC 20036
Phone: 202-296-7201
Fax: 202-296-7203
www.federallabs.org
FLC Washington DC Office (Farragut Square)