Award Data

DESCRIPTION provided by applicant The overall goal of this project is to demonstrate the ability of our acute myocardial infarct selective paramagnetic contrast agent Gadolinium ABE DTTA to differentiate between acute and chronic infarcts in a reliable manner using contrast enhanced magnetic resonance imaging ceMRI In our Phase I data we have shown that Gd ABE DTTA exclusively highlight ...

DESCRIPTION provided by applicant There is growing awareness that weakness of muscle is a significant biomedical health issue associated with many different chronic diseases and aging There are a variety of different diseases that affect muscle including muscular dystrophy fibromyalgia cerebral palsy amyotrophic lateral sclerosis and myasthenia gravis each of which carries its own uniqu ...

Project Summary Crystallization followed by subsequent structure determination is a major step in understanding the structure function relationship of macromolecules Understanding macromolecule structure has become a key part in the development of new pharmaceuticals and is a major area of NIH research Crystallization however is also the rate limiting step despite technological efforts to a ...

DESCRIPTION (provided by applicant): The major barriers to preventing or treating Alzheimer's disease (AD) are its unknown pathogenesis/etiology and the lack of an objective, sensitive and specific biomarker of the disease, particularly at the early stages when therapeutic interventions would likely have the greatest efficacy. The basic hypothesis of this project is that levels of a unique high mo ...

DESCRIPTION (provided by applicant): A high percentage of the ~ 500,000 children born prematurely each year in the US require intravenous feeding after birth because they do not tolerate oral feeding. This is accomplished with a total parenteral nutrition (TPN) solution, which is prepared from component solutions: small and large volume parenterals (SVPs and LVPs). Aluminum (Al) is a common contam ...

DESCRIPTION (provided by applicant): Human nuclear receptor (HNR) ligands have potential value as pharmacotherapies or chemopreventive agents for many hormone-responsive cancers. The primary aim of this STTR is to transfer an academic plant genomics technology into drug discovery, targeting HNR ligands. Estrogen receptor (ER) ligands in plants will be used for proof of application, because these ...