Madam Speaker, I submit the following: Project name: Synchrotron-Based Scanning Research Requested amount: $6,000,000.00 Recipient: Loma Linda University Medical Center, 11175 Campus Drive, Loma Linda, CA 92354 Purpose: The…
Madam Speaker, I submit the following:
Project name: Synchrotron-Based Scanning Research
Requested amount: $6,000,000.00
Recipient: Loma Linda University Medical Center, 11175 Campus Drive, Loma Linda, CA 92354
Purpose: The Synchrotron-based Neuroscience and Proton Institute (NSPI) is pioneering new possibilities in medical technology and neuroscience for the service of patients with previously untreatable benign diseases. The potential of the NSPI is to expand efforts in the treatment of people with uncontrollable serious behavioral conditions, including military personnel and veterans suffering from Post-Traumatic Stress Disorder as well as persons who are currently incarcerated in prisons and who volunteer for this treatment. Eventually the treatment would be an available medical option to all persons seeking a non- invasive, non-drug alternative to behavioral disorders, both in the military and civilian populations.
Project name: Center for Innovative Geospatial Technology-
Requested amount: $7,000,000.00
Recipient: ESRI, 380 New York Street, Redlands, CA 92373
Purpose: Geospatial support to the warfighter has proven its value on the battlefield. Successes to date, together with advances in GIS technology, create the demand and the opportunity to apply geospatial analysis to a much larger set of military intelligence issues, and to embed advanced geospatial analysis techniques in critical warfighter support systems. These tasks can also help to integrate the national intelligence, defense intelligence, and military operational communities, all of which are heavily invested in geospatial technology and applications. Building on widely used information systems will expedite the work, facilitate ready application to new problems, create a foundation for sharing, and in the process create opportunities for economies. For the taxpayer, this means more efficient use of intelligence assets and resources to support military and other government operations, and lower operating costs in the intelligence community due to better integration of intelligence information and better quality of information to a large number of intelligence users.
Project name: Facility Security using Tactical Surveys
Requested amount: $4,500,000.00
Recipient: TSG, 301 Vanderbilt Way, San Bernardino, California 92408
Purpose: The Tactical Survey System is an innovative computer-based, interactive tool that provides crisis personnel access to a vast database of reliable pre-incident information on a facility, thereby enhancing their ability to effectively respond to an emergency situation. The Tactical Survey System includes immersive imagery with embedded tactical intelligence including hazardous material types and locations, aerial photos, ingress and egress videos, key personnel, building construction information, utility shutoff locations with instructions, communications infrastructure, fire fighting assets, fire and security alarm systems, and perimeter control systems. Completion of a survey at a federal installation allows precise advanced planning of emergency response, conduct of realistic exercises, and detailed training of individuals.
Project name: Commercialization of Advanced Technology
Requested amount: $2,500,000.00
Recipient: California State University, San Bernardino, 5500 University Parkway, San Bernardino, CA 92407-2393
Purpose: A collaborative partnership between California State University, San Bernardino (CSUSB) and San Diego State University, with the Space and Naval Warfare Systems Center, San Diego, other government, academic, and industry representatives, offers a proven process for accelerating technology to meet priority military and homeland defense requirements. Key focus is on commercializing technologies developed in government labs and/ or funded under the SBIR program, transitioning technologies from the commercial sector to meet government priorities. The need for advanced technological solutions for personnel protection, enhanced situational awareness, NBCR protection, and critical military operations is paramount.
Project name: Integrated Information Technology Policy Analysis Research and Technology Commercialization and Management Network
Requested amount: $4,000,000.00
Recipient: California State University, San Bernardino, 5500 University Parkway, San Bernardino, CA 92407-2393
Purpose: Integrated Information Technology Policy Analysis Research creates a more strategic, adaptive IT policy to advance the Army's Network Centric Operations vision for the future force, especially with regard to providing situational intelligence to soldiers on the battlefield. Technology Commercialization and Management Network accelerates DoD spiraling technologies acquisition strategy, lowers defense costs by accelerating government technologies, promotes higher educational institutions & small businesses technological innovation, increases commercial application of innovations derived from DoD R&D.
Project name: Research to Treat Cancerous Brain Tumors using Neural Stem Cells
Requested amount: $2,000,000.00
Recipient: Loma Linda University Medical Center, 11175 Campus Drive, Loma Linda, CA 92354
Purpose: Current cancer treatments do not work on a majority of brain tumors. New breakthrough research has led to the theory that cancerous brain tumors develop and are propagated by a small sub-population of rogue transformed neural stem cells that are highly resistant to existing cancer therapies due to their self-renewal capacity.
With the proposed project, Loma Linda seeks to partner with the Department of Defense and a leading industry research company to achieve the following goals over the next four years: 1. Establish an in vitro brain tumor stem cell model sufficient for systematic screening of potential agents with anti-tumor activity; 2. Search for potential anti-tumor agents that block tumor-activating proteins or enhance tumor-suppressing proteins in the human neural stem cell model of brain tumor; 3. Create an animal model of human glioblastoma for efficacy testing of potential anti-tumor agents; 4. Create a drug form or route of administration of the anti-tumor agent that can be selectively delivered to the brain without exposing peripheral organs to potentially high toxic dose; 5. Demonstrate a proof-of-principle anti-tumor activity with the most promising test agent in the animal model.
Project name: Norton AFB Infrastructure Improvements
Requested amount: $6,000,000.00
Recipient: Inland Valley Development Agency (IVDA), 294 South Leland Norton Way, Suite #1, San Bernardino, CA 92408-0131
Purpose: The Office of Economic Adjustment in the Department of Defense is tasked
to assist communities that are adversely impacted by Defense program changes, including base closures or realignments, base expansions, and contract or program cancellations. The San Bernardino International Airport, formerly Norton Air Force Base, is a 2,100-acre facility, wholly within the jurisdiction of the City of San Bernardino. Officially closed as a military base in March of 1994, the former Base has been operated by two joint powers authorities, the Inland Valley Development Agency (IVDA) which was formed in 1990, and the San Bernardino International Airport Authority (SBIAA) which was formed in 1992. The IVDA and the SBIAA are in the process of replacing and upgrading the infrastructure of the former Norton Air Force Base. These improvements include ongoing base structure repair and environmental remediation, water system improvements and base floodwater runoff mitigation. In addition to the federal funds requested, the IVDA and the SBIAA are committing their own significant financial resources to the various projects.
Project name: Spintronics Memory Storage Technology
Requested amount: $3,500,000.00
Recipient: University of California, Riverside, 900 University Avenue, Riverside, CA 92521
Purpose: This project aims to take advantage of recent advances in nanomaterials, nanodevices and spintronics to bring about revolutionary advances in magnetic storage technologies and to develop chip-scale packaging and thermal dissipation solutions for this new generation of devices. Current hard disk drives are now contending with the superparamagnetic limit, which limits the magnetic grain size for recording information. This effort will explore the use of multilevel recording techniques and examine the use of new nanomaterials for the development of highly efficient thermal interface materials in order to accommodate the high thermal dissipation required in compact devices.
Project name: Carbon Nanotube Thin Film Near Infrared Detector
Requested amount: $2,000,000.00
Recipient: Carbon Solutions, Inc., 1200 Columbia Avenue, Riverside,