Bill & Melinda Gates Medical Research Institute
Research Program Manager, Translational Sciences, Global Health
Rainbow Pharma Consulting Pte Jan 2006 - Jul 2019
President
Duke-Nus Graduate Medical School Jan 2006 - Jul 2019
Adjunct Associate Professor
Duke-Nus Graduate Medical School 2010 - 2016
Adjunct Faculty, Emerging Infectious Disease Program
Health Sciences Authority 2010 - 2016
Visiting Regulatory Consultant
Education:
Massachusetts Institute of Technology 1982 - 1988
Doctorates, Master of Education, Masters, Doctor of Philosophy, Engineering, Physics
Yale University 1976 - 1980
Bachelors, Bachelor of Science, Chemical Engineering
Skills:
Clinical Development Drug Development Clinical Pharmacology Infectious Diseases Drug Discovery Vaccines Biotechnology Molecular Biology Clinical Trials Lifesciences Research Clinical Research Life Sciences Pharmaceutical Industry Biopharmaceuticals Cell Culture Oncology Technology Transfer Biochemistry Fda Protein Chemistry
Dr. Sung graduated from the University of North Texas College of Osteopathic Medicine in 2007. She works in Birmingham, AL and specializes in Psychiatry.
Us Patents
Ocular Therapeutic Agent Delivery Devices And Methods For Making And Using Such Devices
Michael R. Robinson - Kensington MD Karl G. Csaky - Kensington MD Peng Yuan - Rockville MD Cynthia Sung - Silver Spring MD Robert B. Nussenblatt - Bethesda MD Janine A. Smith - Potomac MD
Assignee:
The United States of America as represented by the Department of Health and Human Services - Washington DC
Ocular implant devices for the delivery of a therapeutic agent to an eye in a controlled and sustained manner. Dual mode and single mode drug delivery devices are illustrated and described. Implants suitable for subconjunctival placement are described. Implants suitable for intravitreal placement also are described. The invention also includes fabrication and implementation techniques associated with the unique ocular implant devices that are presented herein.
Ocular Therapeutic Agent Delivery Devices And Methods For Making And Using Such Devices
Michael R. Robinson - Kensington MD, US Karl G. Csaky - Kensington MD, US Robert B. Nussenblatt - Bethesda MD, US Janine A. Smith - Potomac MD, US Peng Yuan - Rockville MD, US Cynthia Sung - Silver Spring MD, US Matthew P. Fronheiser - Durham NC, US Hyuncheol Kim - North Bethesda MD, US
Assignee:
The United States of America as represented by the Department of Health and Human Services - Washington DC
Ocular implant devices () for the delivery of a therapeutic agent to an eye () in a controlled and sustained manner. Dual mode and single mode drug delivery devices () are illustrated and described. Implants () suitable for subconjunctival placement are described. Implants () suitable for intravitreal placement also are described. The invention also includes fabrication and implementation techniques associated with the unique ocular implant devices () that are presented herein.
Ocular Therapeutic Agent Delivery Devices And Methods For Making And Using Such Devices
Michael Robinson - Irvine CA, US Karl Csaky - Kensington MD, US Robert Nussenblatt - Bethesda MD, US Janine Smith - Potomac MD, US Peng Yuan - Rockville MD, US Cynthia Sung - Silver Spring MD, US Matthew Fronheiser - Durham NC, US Hyuncheol Kim - North Bethesda MD, US
Assignee:
Govemment of the U.S.A, represented by the Secretary, Department. of Health and Human - Rockville MD
International Classification:
A61F 2/02
US Classification:
424427000
Abstract:
Ocular implant devices () for the delivery of a therapeutic agent to an eye () in a controlled and sustained manner. Dual mode and single mode drug delivery devices () are illustrated and described. Implants () suitable for subconjunctival placement are described. Implants () suitable for intravitreal placement also are described. The invention also includes fabrication and implementation techniques associated with the unique ocular implant devices () that are presented herein.
Ocular Therapeutic Agent Delivery Devices And Methdos For Making And Using Such Devices
Michael R. Robinson - Kensington MD, US Karl G. Csaky - Kensington MD, US Robert B. Nussenblatt - Bethesda MD, US Janine A. Smith - Potomac MD, US Peng Yuan - Rockville MD, US Cynthia Sung - Silver Spring MD, US Matthew P. Fronheiser - Washington DC, US Hyuncheol Kim - Greenbelt MD, US
Assignee:
Department of Health - Rockville MD
International Classification:
A61K 9/00 B05D 3/00 A61K 38/13 A61P 27/02
US Classification:
424423, 424427, 427 214, 514 205
Abstract:
Ocular implant devices () for the delivery of a therapeutic agent to an eye () in a controlled and sustained manner. Dual mode and single mode drug delivery devices () are illustrated and described. Implants () suitable for subconjunctival placement are described. Implants () suitable for intravitreal placement also are described. The invention also includes fabrication and implementation techniques associated with the unique ocular implant devices () that are presented herein.
Ocular Therapeutic Agent Delivery Devices And Methods For Making And Using Such Devices
- Rockville MD, US Karl G. Csaky - Kensington MD, US Robert B. Nussenblatt - Bethesda MD, US Janine A. Smith - Potomac MD, US Peng Yuan - Rockville MD, US Cynthia Sung - Silver Spring MD, US Matthew P. Fronheiser - Washington DC, US Hyuncheol Kim - North Bethesda MD, US
Ocular implant devices () for the delivery of a therapeutic agent to an eye () in a controlled and sustained manner. Dual mode and single mode drug delivery devices () are illustrated and described. Implants () suitable for subconjunctival placement are described. Implants () suitable for intravitreal placement also are described. The invention also includes fabrication and implementation techniques associated with the unique ocular implant devices () that are presented herein.