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International Nanome Project on Crop Plants and Veterinary Animals

The most important Machine Learning and Biology Research Project undertaking of the 21st Century

 

     

    Contacts by Research Area

    INPCPVA Extramural Scientific Areas of Emphasis and Program Contacts: Overview


        This content map provides an overview of the Contacts by Research Area webpage. Use the drop-down menu to see the subtopics under each category or use the search.  
       

     

    Descriptions

  • Nanomic Technology Development
    • Development of new methods, technologies and instruments needed to generate increasingly complex nanomic data.  

  • Nanome structure and function
    • Use of high throughput nanomic methods to understand how the nanome is organised and how it functions.  

  • Computational Nanomics
    • Development of novel statistical, computational or data science methods, software and tools to advance nanome sciences and nanomedicine.    

  • Nanomic variation, population nanomics and disease
    • Development of generalizable approaches to elucidate the nanomics of disease including the impact of nanomic variation at the population and comparative nanomic level.  

  • Clinical nanomics
    • Use of technologies to identify and interpret variants and integrate results in medical records for clinical practice.    

  • Nanomedicine implementation and evaluation
    • Development of methods and tools used to leverage and apply nanomic knowledge to clinical practice and assess its impact on outcomes  

  • Ethical, legal and social implications (ELSI)
    • Research to identify, analyse and address the ethical, legal and social implications of how nanomics interact with many aspects of research medicine, institutions and society.    

  • Training
    • Preparing a diverse and talented nanomics workforce by providing funding for both institutional and individual training with opportunities at the baccalaureate, post baccalaureate, doctoral, postdoctoral and faculty levels.  

  • Small business
    • Supports small businesses and academics that perform proof of principle and pre commercialization business research in nanomics across all INPCPVA - supported work through various grants.    

  • Clinical nanomics
    • Use of technologies to identify and interpret variants and integrate results in medical records for clinical practice.    

     


     

       
     

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