CURE Student Profiles
Afreen Jaman
CURE Trainee
Faculty Mentor: Dr. Joshua D. Hutcheson
Pablo Boada
CURE Trainee
Faculty Mentor: Dr. Raj Pulugurtha
Research Summary: Pablo Boada will develop advanced biomedical electronic modulus such as wearable sensor patches or implantable miniaturized neurostimulators.
Research Summary: Pablo Boada will develop advanced biomedical electronic modulus such as wearable sensor patches or implantable miniaturized neurostimulators.
Ramfel De Los Santos
CURE Trainee
Faculty Mentor: Dr. Raj Pulugurtha
Research Summary: Conducting research in bioelectronics and electronics manufacturing, focusing on advanced component integration and medical device development in the Electronics Packaging Lab.
Research Summary: Conducting research in bioelectronics and electronics manufacturing, focusing on advanced component integration and medical device development in the Electronics Packaging Lab.
Rose Chery
CURE Trainee
Faculty Mentor: Dr. Wei-Chiang Lin
Research Summary: Produce tissue phantoms that replicate optical and mechanical properties of human skin and muscle layers for accurate and non-invasive diagnosis of skin cancer.
Research Summary: Produce tissue phantoms that replicate optical and mechanical properties of human skin and muscle layers for accurate and non-invasive diagnosis of skin cancer.
Karla Vasquez
CURE Trainee
Faculty Mentor: Dr. Anuradha Godavarty
Research Summary: Processing and analyzing the tissue oxygenation maps of diabetic foot ulcer images taken using our in-house SPOT imaging device.
Research Summary: Processing and analyzing the tissue oxygenation maps of diabetic foot ulcer images taken using our in-house SPOT imaging device.
Yousef Chwihne
CURE Trainee
Faculty Mentor: Dr. Raj Pulugurtha
Research Summary: Understanding the importance of encasing gap-fill epoxy while designing the circuit structure using a laser, as well as analyzing power consumption, heat transfer, and the structural integrity of vertical packaging compared to horizontal packaging.
Research Summary: Understanding the importance of encasing gap-fill epoxy while designing the circuit structure using a laser, as well as analyzing power consumption, heat transfer, and the structural integrity of vertical packaging compared to horizontal packaging.
Shirel Belilty Benmergui
CURE Researcher
Faculty Mentor: Dr. Anuradha Godavarty
Research Summary: To obtain the changes in hemodynamic flow pattern in mice via peripheral imaging using NIRS based imaging techniques.
Research Summary: To obtain the changes in hemodynamic flow pattern in mice via peripheral imaging using NIRS based imaging techniques.
Laura Guerrero Acosta
CURE Researcher
Faculty Mentor: Dr. Anamika Prasad
Research Summary: Bioinspired Approach to Cardiac Tissue Regeneration through Fiber Engineering Techniques.
Research Summary: Bioinspired Approach to Cardiac Tissue Regeneration through Fiber Engineering Techniques.
Charles Policard
CURE Researcher
Faculty Mentor: Dr. Anuradha Godavarty
Research Summary: The development, integration and validation of a smartphone-based thermal imaging scanner, aimed at improving wound assessment through multimodal imaging platforms.
Research Summary: The development, integration and validation of a smartphone-based thermal imaging scanner, aimed at improving wound assessment through multimodal imaging platforms.
Paulina Perez
CURE Researcher
Faculty Mentor: Dr. Nikolaos Tsoukias
Research Summary: The development of a GUI for a blood vessel that incorporates the SMC and EC GUI into one.
Research Summary: The development of a GUI for a blood vessel that incorporates the SMC and EC GUI into one.
Valery Butto
CURE Researcher
Faculty Mentor: Dr. Joshua D. Hutcheson
Research Summary: Investigates the effects of the RXFP1 agonist on vascular calcification and protein phosphorylation in vascular smooth muscle cells in vitro.
Research Summary: Investigates the effects of the RXFP1 agonist on vascular calcification and protein phosphorylation in vascular smooth muscle cells in vitro.
Ana Fonseca
CURE Researcher
Faculty Mentor: Dr. Joshua D. Hutcheson
Research Summary: c-Abl inhibition as a therapeutic to reverse existing atherosclerotic plaque.
Research Summary: c-Abl inhibition as a therapeutic to reverse existing atherosclerotic plaque.
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