INCT in Advanced Photonic Technologies for the Life Sciences

What are INCTs?

The National Institutes of Science and Technology (INCTs) constitute one of the most important programs for promoting scientific research in Brazil. Created by the Federal Government and coordinated by the National Council for Scientific and Technological Development (CNPq) in partnership with the Ministry of Science, Technology, and Innovation (MCTI), the program also receives support from state research funding agencies, which contribute to the financing and strengthening of research networks.

The INCTs bring together researchers from different institutions and fields of study in large-scale collaborative projects, fostering integration between basic science, technological development, and innovation. In addition to driving high-impact scientific output, the institutes are active in training highly qualified personnel, promoting international cooperation, and developing solutions that directly benefit society.

The INCT in Advanced Photonic Technologies for the Life Sciences

The INCT in Advanced Photonic Technologies for the Life Sciences is dedicated to developing and applying light-based technologies to address key challenges in the fields of health, the environment, and agriculture. The institute draws on the extensive scientific expertise accumulated over more than two decades of research in biophotonics in Brazil. The researchers involved have played a pioneering role in developing applications of light for diagnosis and therapy, contributing to the consolidation of this field in the country. Over this period, the group has helped train dozens of PhDs, published hundreds of scientific articles, and developed technologies that have resulted in patents and innovative products, some of which have already been transferred to the private sector and incorporated into clinical applications, including photonic technologies developed in Brazil for the treatment of skin cancer.

This INCT operates in the field of Biophotonics, an interdisciplinary field that investigates how different forms of light can be used to diagnose diseases, monitor biological processes, and develop new therapeutic approaches. Among the main topics under investigation are cancer treatment, combating antibiotic-resistant microorganisms, the study of chronic and degenerative diseases, and the development of advanced optical methods for medical diagnosis.

In addition to its work in the healthcare sector, the institute also conducts research focused on the environment and food safety, including technologies for disease vector control, contaminant monitoring, and the use of light to optimize plant growth in a sustainable manner.

Research, innovation, and social impact

The INCT's activities integrate basic science, technological development, and clinical application, enabling scientific discoveries regarding the interaction of light with biological systems to be transformed into technologies with the potential for practical use in society.

The projects undertaken range from theoretical studies and computer simulations to laboratory experiments, tests on biological models, and clinical trials. This integrated approach enables the development of new photonic devices, diagnostic methods, and innovative therapeutic protocols.

The INCT also collaborates with companies and public institutions, promoting technology transfer and the translation of scientific knowledge into practical solutions for healthcare systems, industry, and public policy.

Human resources training and scientific outreach

Another key focus of the INCT is the training of students and young researchers, providing advanced training in biophotonics and related fields. It also carries out science outreach activities aimed at the general public, including courses, workshops, scientific events, and educational initiatives for students and teachers.

These initiatives help expand access to scientific knowledge and inspire new generations of researchers, thereby strengthening the role of science as a driver of social and technological development.