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    Partnerships

    These links provide access to the information that is commonly needed for companies or organizations interested in partnering with NIH. The information here covers the process from researching available technologies through fees associated.

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    The NIH cannot commercialize its discoveries even with its considerable size and resources — it relies instead upon partners. Typically, a royalty-bearing exclusive license agreement with the right to sublicense is given to a company from NIH to use patents, materials, or other assets to bring a therapeutic or vaccine product concept to market.

  • Royalties

    Royalties

    Information for inventors and licensees on the administration of royalties.

    • Information for NIH Inventors
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    Each year, hundreds of new inventions are made at NIH and CDC laboratories. Nine NIH Institutes or Centers (ICs) transfer NIH and CDC inventions through licenses to the private sector for further research and development and eventual commercialization.

  • Reports

    Reports

    These links provide access to reports tracking the success of NIH licensed products.

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    The NIH, CDC and FDA Intramural Research Programs are exceptionally innovative as exemplified by the many products currently on the market that benefit the public every day. Reports are generated from the commonly tracked metrics related to these products.

  • Resources

    Resources

    These links provide resources to those interested in the technology transfer activities at NIH.

    • Forms and Model Agreements
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    Past videos, lectures, presentations, and articles related to technology transfer at NIH are kept and made available to the public. These topics range from general technology transfer information to processes specific to NIH.

  • Policy & Regulations

    Policies & Regulations

    These links provide access to the policies and regulations surrounding partnering or collaborating with NIH.

    • Freedom of Information Act (FOIA)
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    • Policies & Reports
    • Useful Links

    If a company would like to acquire rights to use or commercialize either an unpatented material, or a patented or patent-pending invention, a license is required. There are numerous policies and regulations surrounding the transfer or a technology from the NIH to a company or organization.

  • About

    About Us

    These links provide information about the Office of Technology Transfer.

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    The NIH Office of Technology Transfer (OTT) plays a strategic role by supporting the patenting and licensing efforts of our NIH ICs. OTT protects, monitors, markets and manages the wide range of NIH discoveries, inventions, and other intellectual property as mandated by the Federal Technology Transfer Act and related legislation.

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Identification Of A Dominant B Cell Epitope From NY-ESO-1: Implications For Antibody Detection Against Tumor-associated Antigens

  • Read more about Identification Of A Dominant B Cell Epitope From NY-ESO-1: Implications For Antibody Detection Against Tumor-associated Antigens
US Application 60/572,474
Filed on 2004-05-20

Peptide And Peptidomimetic Inhibitors Of Smoothened Protein As Anti-neoplastic Agents

  • Read more about Peptide And Peptidomimetic Inhibitors Of Smoothened Protein As Anti-neoplastic Agents
US Application 60/855,422
Filed on 2006-10-31

Aviden-Rhpdaminex (AV-3ROX) As A Self-Quenching Fluorophore Useful In Imaging Technology

  • Read more about Aviden-Rhpdaminex (AV-3ROX) As A Self-Quenching Fluorophore Useful In Imaging Technology
US Application 60/922,801
Filed on 2007-04-10

CKAP4/p63 Is A Bladder Epithelial Cell Bladder Cell Receptor For The Antiproliferative Factor (APF) From Interstitial Cystitis Patients

  • Read more about CKAP4/p63 Is A Bladder Epithelial Cell Bladder Cell Receptor For The Antiproliferative Factor (APF) From Interstitial Cystitis Patients
US Application 60/833,828
Filed on 2006-07-27

Methods And Compositions For Assessing Alterations In Gene Expression Patterns In Clinically Normal Tissues Obtained From Heterozygous Carriers Of Mutant Genes Associated With Cancer And Methods Of Use Thereof

  • Read more about Methods And Compositions For Assessing Alterations In Gene Expression Patterns In Clinically Normal Tissues Obtained From Heterozygous Carriers Of Mutant Genes Associated With Cancer And Methods Of Use Thereof
US Application 60/840,842
Filed on 2006-08-29

Methods And Compositions For Assessing Alterations In Gene Expression Patterns In Clinically Normal Tissues Obtained From Heterozygous Carriers Of Mutant Genes Associated With Cancer And Methods Of Use Thereof

  • Read more about Methods And Compositions For Assessing Alterations In Gene Expression Patterns In Clinically Normal Tissues Obtained From Heterozygous Carriers Of Mutant Genes Associated With Cancer And Methods Of Use Thereof
US Application 60/749,234
Filed on 2005-12-09

MODIFIED T CELL RECEPTORS AND RELATED MATERIALS AND METHODS

  • Read more about MODIFIED T CELL RECEPTORS AND RELATED MATERIALS AND METHODS
US Application 60/847,447
Filed on 2006-09-26

SCGB3A2 AS A GROWTH FACTOR AND ANTI-APOPTOTIC AGENT

  • Read more about SCGB3A2 AS A GROWTH FACTOR AND ANTI-APOPTOTIC AGENT
US Application 60/847,747
Filed on 2006-09-27

Compositions and Methods for Chitosan Enhanced Immune Response

  • Read more about Compositions and Methods for Chitosan Enhanced Immune Response
US Application 60/846,481
Filed on 2006-09-22

Synthesis And Use Of Two Protected Variants Of The 1B4M DTPA

  • Read more about Synthesis And Use Of Two Protected Variants Of The 1B4M DTPA
US Application 60/864,503
Filed on 2006-11-06

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Office of Technology Transfer, Office of Intramural Research, National Institutes of Health