Bioengineering, Biomedical Imaging, and Technology Development - Training Institutional (TI)

Active

Assistance listing
93.EB4
Agency
Grant awards
Not on record

Program facts

Treasury account
  • 75-0898-0-1-552
More information

Program details come from SAM.gov Assistance Listings. Updated .

About this program

The National Institute of Biomedical Imaging and Bioengineering (NIBIB), part of the National Institutes of Health, supports institutional training programs in biomedical imaging, bioengineering, and related technology development under CFDA 93.EB4, though no recent grant award date or current opportunity due date is present in the source material.

This program funds research training infrastructure and mentored career development in hypothesis-, design-, technology-, or device-driven biomedical research. Specific activity areas include biomaterials (tissue engineering, implant science, rehabilitation, interface science), biosensors and biotransducers, nanotechnology (nanoscience, drug delivery systems, genetic engineering), bioinformatics (computational modeling, biomechanics, remote diagnosis), imaging device and technology development, contrast agents, molecular and cellular imaging, bioelectrics and biomagnetics, organ and whole body imaging, and surgery technique development. The program emphasizes the candidate's potential for independent research career advancement, sponsor mentoring capability, institutional resources, and relevance to NIBIB priorities in determining which projects receive funding.

Eligible applicants include nonprofit and for-profit institutions of higher education, hospitals, and other public or private organizations seeking to establish, continue, or enlarge research training programs aligned with program objectives. NRSA institutional awardees must sponsor U.S. citizens or permanent residents; nonprofit domestic organizations may serve as the applicant institution. Applications undergo scientific and technical merit review by NIH Center for Scientific Review peer panels, followed by second-level review by the NIBIB National Advisory Council, with final funding decisions made by the NIBIB Institute Director based on peer review results, Council recommendations, program priorities, and fund availability.

The source contains no portfolio block with recent award data, recent representative awards, award economics, or current grant opportunities. No information on assistance-type mix, award cadence, or funding concentration is available. Recipients must retain financial, programmatic, and statistical records for three years from submission of the final Federal Financial Report, and grants are subject to audit and inspection by HHS and other federal officials under 2 CFR 200.

Objective and description

Objective

The Funding Goals of the National Institute of Biomedical Imaging and Bioengineering (NIBIB) are to support the development and integration of advanced biomedical imaging, bioengineering, sensing and computational technologies for the improvement of

Description

To support hypothesis-, design-, technology-, or device-driven research related to the discovery, design, development, validation, and application of technologies for biomedical imaging and bioengineering. The program includes biomaterials (biomimetics, bioprocessing, organogenesis, rehabilitation, tissue engineering, implant science, material science, interface science, physics and stress engineering, technology assessment of materials/devices), biosensors/biotransducers (technology development, technology assessment, development of algorithms, telemetry), nanotechnology (nanoscience, biomimetics, drug delivery systems, drug bioavailability, microarray/combinatorial technology, genetic engineering, computer science, technology assessment), bioinformatics (computer science, information science, mathematics, biomechanics, computational modeling and simulation, remote diagnosis and therapy), imaging device development, biomedical imaging technology development, contrast agents, informatics and computer sciences related to imaging, molecular and cellular imaging, bioelectrics/biomagnetics, organ and whole body imaging, screening for diseases and disorders, and imaging technology assessment and surgery (technique development and technology development).

Eligibility

Applicant eligibility

Description of who is eligible to apply will be published in the NOFO. Institutions of higher education, hospitals, and other institutions and organizations, both nonprofit and for-profit, seeking to establish, continue, or enlarge programs consistent with the objectives of the program. Applicants for NRSA must be citizens of the United States or be admitted to the United States for permanent residency. Applicants must be nominated and sponsored by a public or private nonprofit institution with staff and facilities suitable for the proposed research training. Nonprofit domestic organizations may apply for the institutional NRSA. Research Career Development: Applications may be submitted on behalf of candidates by domestic, nonfederal organizations, public or private institutions of higher education.

How to apply

Criteria for selecting proposals

The following consideration will be used in determining projects to be funded: (1) Applicant's potential for a productive independent scientific research career (2) Adequacy of the sponsor's expertise, experience and mentoring plan (3) Technical merit of the proposed research project and how the completion will contribute to the candidate's development as a research scientist; (4) Likelihood the award will enhance the Principal Investigator's advancement to the next career stage in the biomedical research workforce (5) Adequacy of Institutional resources, facilities, and commitment to the PIs research training plan (6) Availability of funds; and (7) Relevance to program priorities.

Award procedure

Applications are evaluated for scientific and technical merit by peer review panels convened by the NIH Center for Scientific Review, resulting in written critiques and an overall impact score. Applications then undergo second-level review by the NIBIB National Advisory Council, which advises on scientific merit, relevance to the NIBIB mission, portfolio balance, and public health priorities. Following Council review, final approval authority rests with the NIBIB Institute Director, who makes funding decisions based on peer review results, Council and Institute staff recommendations, program priorities, and the availability of appropriated funds. Once an application is selected for funding, NIBIB staff coordinate with the applicant to complete Just-in-Time requirements, including verification of human subjects, animal use, and other regulatory assurances as applicable. NIBIB Grants Management Officers then review the application for administrative, financial, and policy compliance and are responsible for issuing the Notice of Award (NoA

Appeals

A principal investigator (P.I.) may question the substantive or procedural aspects of the review of his/her application by communicating with the staff of the Institute. A description of the NIH Peer Review Appeal procedures is available on the NIH website at: http://grants.nih.gov/grants/guide/notice-files/NOT-OD-11-064.html

Quick answers

What is Assistance Listing 93.EB4?

Assistance Listing 93.EB4 is Bioengineering, Biomedical Imaging, and Technology Development - Training Institutional (TI), a federal grant program run by National Institutes of Health (Department of Health and Human Services).

What is the CFDA number for Bioengineering, Biomedical Imaging, and Technology Development - Training Institutional (TI)?

Its CFDA number is 93.EB4: Assistance Listing numbers were called CFDA numbers before 2018.

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