1789506000
The following programs are available to U.S. Scholars in Portugal
Code
PT
Show in front
Yes
Maria Manuel Feliciano Da Costa Mendes
Home Country
Portugal
City
Cambridge
Host State
Massachusetts
Field/Specialization
Biomedical Engineering: Bioengineering/Biomedical Eng
Primary Host Institution
Harvard U - School of Engineering and Applied Sciences
Faculty Associate/Host
Samir Mitragotri
Grant Start Date
OLF Eligibility End Date
Feliciano Da Costa Mendes
Maria Manuel
Grant
PREDICTOR - Cognitive Control as a Surrogate of Age-Related Cognitive Decline: A Predictive Model With Multimodal Brain Imaging
PREDICTOR - Cognitive Control as a Surrogate of Age-Related Cognitive Decline: A Predictive Model With Multimodal Brain Imaging
Grant
Developing a Model for Asset-Based Engineering Education for Multilingual Learners
Developing a Model for Asset-Based Engineering Education for Multilingual Learners
Grant
Fundamental Principles of Photochemistry Applied to Medical Problems
Fundamental Principles of Photochemistry Applied to Medical Problems
Grant
Scholar-in-Residence in 18th-Century U.S.-Portugal Music Studies
Scholar-in-Residence in 18th-Century U.S.-Portugal Music Studies
Award
Fulbright Award in American Studies
All applicants must meet the Program eligibility requirements (click to review the requirements).
Visit our Scholar Directory to view and search all Fulbright alumni. You can also learn more about Fulbright Alumni Ambassadors.
The grantee will carry out a project of teaching, research, a combination of teaching and research, or a professional project, as agreed with the Portuguese host institution.
Grant
Using Cryo Electron-Microscopy to Determine the Structure of the Human Ether-a-go-go Potassium Channel in Complex With a Function Modulator
Using Cryo Electron-Microscopy to Determine the Structure of the Human Ether-a-go-go Potassium Channel in Complex With a Function Modulator
Grant
Exploring the Thermodynamic and Kinetic Limits of Life Using Bioelectrochemical Systems
Exploring the Thermodynamic and Kinetic Limits of Life Using Bioelectrochemical Systems