J. Angel Navarro-Becerra, PhD

II. Research vision

My research is focused on establishing mechanistic design principles for ultrasound-responsive microbubbles by elucidating how material composition, molecular recognition, and acoustic parameters govern their interactions with biological systems.

The central research question is: How can microbubble composition, molecular recognition, and acoustic parameters be systematically engineered to precisely regulate biological interactions and improve therapeutic outcomes?

This research integrates fundamental interfacial science with the development of targeted platforms for molecular imaging and localized therapeutic delivery.

III. Mentorship and Teaching 

Research mentorship is a foundational element of scientific advancement. My mentorship approach is grounded in rigorous experimental design, quantitative analysis, precise scientific communication, and the integration of fundamental biological mechanisms with clinically relevant biomedical questions.

Through structured research supervision and collaborative training, I foster scientific independence, technical excellence, and the ability to critically assess, communicate, and defend research findings. My experience in university teaching and student mentorship further demonstrates my commitment to interdisciplinary education and to preparing future biomedical researchers for impactful scientific careers.

IV. Research and Academic Development

My academic experience encompasses interdisciplinary research, scientific publishing, university-level instruction, and the mentorship of undergraduate and graduate students.

During my postdoctoral appointment at the University of Colorado Boulder, I contributed to collaborative biomedical engineering research, student development, and university teaching. At CINVESTAV-Monterrey, I continue to develop collaborative research initiatives and mentor students while advancing mechanistic investigations of ultrasound-responsive biomaterials.

My long-term objective is to establish an independent research line that complements collaborative initiatives, promotes student development, and advances biomedical engineering through fundamental research and the development of enabling technologies.

V. Research Experience

VI. Education