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Portrait of Michellie Hernandez

Honor Society® member

Michellie Hernandez

  • Doctor of Medicine and Computer Science
  • Santiago, Dominican Republic

Member since January 2022

About

Medicine has been the backbone of my studies, but I also consider myself as a lifetime learner of multi-disciplinary fields. Innovation is my passion and my purpose in life is to help others through my accumulated knowledge and creativity. I love thinking outside the box in search for a solution, both nature inspired and man made.

My interests are in the interdisciplinary fields of immunology, virology, biomimicry, computational medicine, physics and bioengineering. I believe when integrating the sciences is when innovation works best and that learning from nature like in biomimicry is a pathway not only for better health but also a more sustainable future.

Hope monoclonal antibodies, a genetically engineered monoclonal antibody inspired by antibodies of recovered patients was one of my research proposals, I hope one day will lead to new drug development.

Two major ideas I have had are:

1. Hope Monoclonal Antibodies: Genetically engineered monoclonal antibodies via mass spectrometry or cryogenic electron microscopy followed by protein design analysis of antibodies of recovered patients. (Potential treatment treatment for SARSCOV2 and other infectious diseases as well as precision medicine for tumors)

DOI: 10.13140/RG.2.2.31167.02727
Link: https://www.researchgate.net/publication/351788902_HOPE_Monoclonal_Antibodies_Genetically_engineered_monoclonal_antibodies_via_mass_spectrometry_or_cryogenic_electron_microscopy_followed_by_protein_design_analysis_of_antibodies_of_recovered_patients
prior publication in Sep 20 2020: https://www.worldpulse.com/community/users/mhg20/posts/96778
Prior posts of idea Abril 29, 2020
https://medium.com/@michelliehernandez/idea-for-covid-19-treatment-25493c418020

2. OSMO E: 24/7 clean energy power source adaptable design to serve as individual household power source or as community based power source depending on its size.
DOI:10.13140/RG.2.2.27538.79041
Link:
https://www.researchgate.net/publication/351927328_OSMO_E_247_clean_energy_power_source_adaptable_design_to_serve_as_individual_household_power_source_or_as_community_based_power_source_depending_on_its_size

Open science framework: https://osf.io/tmy5u/

On my spare time I like to draw and paint. A few of my artwork are available to view in www.Artfol.me/mhg7Medicine has been the backbone of my studies, but I also consider myself as a lifetime learner of multi-disciplinary fields. Innovation is my passion and my purpose in life is to help others through my accumulated knowledge and creativity. I love thinking outside the box in search for a solution, both nature inspired and man made. My interests are in the interdisciplinary fields of immunology, virology, biomimicry, computational medicine, physics and bioengineering. I believe when integrating the sciences is when innovation works best and that learning from nature like in biomimicry is a pathway not only for better health but also a more sustainable future. Hope monoclonal antibodies, a genetically engineered monoclonal antibody inspired by antibodies of recovered patients was one of my research proposals, I hope one day will lead to new drug development. Two major ideas I have had are: 1. Hope Monoclonal Antibodies: Genetically engineered monoclonal antibodies via mass spectrometry or cryogenic electron microscopy followed by protein design analysis of antibodies of recovered patients. (Potential treatment treatment for SARSCOV2 and other infectious diseases as well as precision medicine for tumors) DOI: 10.13140/RG.2.2.31167.02727 Link: https://www.researchgate.net/publication/351788902_HOPE_Monoclonal_Antibodies_Genetically_engineered_monoclonal_antibodies_via_mass_spectrometry_or_cryogenic_electron_microscopy_followed_by_protein_design_analysis_of_antibodies_of_recovered_patients prior publication in Sep 20 2020: https://www.worldpulse.com/community/users/mhg20/posts/96778 Prior posts of idea Abril 29, 2020 https://medium.com/@michelliehernandez/idea-for-covid-19-treatment-25493c418020 2. OSMO E: 24/7 clean energy power source adaptable design to serve as individual household power source or as community based power source depending on its size. DOI:10.13140/RG.2.2.27538.79041 Link: https://www.researchgate.net/publication/351927328_OSMO_E_247_clean_energy_power_source_adaptable_design_to_serve_as_individual_household_power_source_or_as_community_based_power_source_depending_on_its_size Open science framework: https://osf.io/tmy5u/ On my spare time I like to draw and paint. A few of my artwork are available to view in www.Artfol.me/mhg7

Education

  • Pontificia Universidad Catolica Madre y Maestra (PUCMM)

    Minor in computer science

    2019 – 2020

  • Pontificia Universidad Catolica Madre y Maestra (PUCMM)

    doctor of medicine

    1996 – 2003

Goals and interests

Career goal

PhD program in bioengineering or computational medicine

Graduate school interests

Harvard University
Stanford University

Outside the classroom

Fine arts: Traditional Drawing and Painting

Volunteering

  • Clinical Development Manager

    Helpsy Health

    Jun 2021 – Sep 2021

Languages

  • English (US) Advanced
  • Spanish Advanced