Physical and Engineering Sciences in Oncology
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a) The development of novel non-traditional physical and engineering sciences based approaches, materials, or platforms to thoroughly comprehend cancer disorders.

b) The generation of unique sets of physical measurements that are capable of providing insight into molecular mechanisms of oncogenesis, metastasis, drug resistance or other aspects of cancer that could potentially lead to a more effective treatment of the disease.

c) The development and evaluation of theoretical approaches that would provide a comprehensive and dynamic understanding of cancer disorders.

The NSF estimates that it would award 5 to 10 grants to different applicants, with each grant amounting to $2,000,000 to $3,000,000.

The institutions and organizations that will be considered eligible to submit an application for the Physical and Engineering Sciences in Oncology Program are the following:

a) Universities and two- and four-year colleges including community colleges that are located in the United States

b) Non-profit, non-academic organizations such as Independent museums, observatories, research laboratories and professional societies

c) For-profit organizations

d) State, Local, City and Township Governments

e) Unaffiliated Individuals such as Scientists, engineers or educators

f) Foreign organizations

g) Other Federal agencies.


Physical and Engineering Sciences in Oncology
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About The Author Michael Saunders is an editor of TopGovernmentGrants.com one the the most comprehensive Websites offering information on government grants and federal government programs. He also maintains Websites providing resources on community grants and health grants.

Additional Resources

category - Health Grants

HRSA: Reducing Loss to Follow-up after Failure to Pass Newborn Hearing Screening
Reducing to Loss of Follow-up after Failure to Pass Newborn Hearing Screening program enables eligible health care institutions to solicit funds by establishing project proposals that would greatly improve the number of infants receiving appropriate and timely follow-ups through the utilization of patient-centered interventions.

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OMICS Technologies For Predictive Modeling of Infectious Diseases Program
In keeping with this mission, the National Institutes of Health has formed a partnership with the National Institute of Allergy and Infectious Diseases (NIAID) in an attempt to establish the OMICS Technologies For Predictive Modeling of Infectious Diseases Program.

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National Science Foundation's Smart Health and Wellbeing Program
The National Science Foundation has constituted the development of the Smart Health and Wellbeing (SHB) Program wherein they intend to address scientific and technical issues that would pave the way towards the transformation of the healthcare process from being rather reactive and hospital centered into becoming preventive, proactive, evidence-based, patient-centered and focused on the wellbeing of the person rather than his/her disease.

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Genomic Advances to Wound Repair
The National Institutes of Health has coordinated with the National Institute of Nursing Research (NINR) to establish a program called Genomic Advances to Wound Repair in an effort to jump-start research studies that have the potential to deepen the understanding of genomic mechanism associated with the repair and development of wounds that are chronic in nature, which implies that these wounds have failed to enter into a reparative process after three months.

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