Program Overview

Program Overview

The Program in Plant Physiology and Biochemistry began in 1988, aiming to train professionals in this area of knowledge. Its objective is to qualify highly skilled human resources for research and teaching in Physiology and Biochemistry, emphasizing the understanding of physiological, biochemical, and molecular processes involved in plant development.

Research Areas

The program focuses on three main research areas:

1. Plant Physiology: Studies the physiological processes in plants, including growth, development, and responses to environmental factors.
2. Biochemistry and Molecular Biology of Plants: Investigates the biochemical and molecular mechanisms underlying plant growth, development, and responses to environmental stimuli.
3. Anatomy and Plant Development: Examines the structural and developmental aspects of plants, including cell biology, tissue organization, and organ development.

Program Objectives

• To qualify human resources for research and teaching in Physiology, Biochemistry, Anatomy, and Plant Development, as well as Molecular Biology.
• To increase the critical mass in the areas of concentration.
• To propose and develop high-level research in the program's research lines.

Scope

The program aims to provide an excellent theoretical-practical educational environment for the formation of human resources capable of producing and disseminating innovative information with scientific, social, and economic impact in the area of Plant Physiology and Biochemistry, contributing to the practice of Sustainable Agriculture.

Titles Conferred

The program confers the titles of Master and Doctor in Sciences, with a concentration in Plant Physiology and Biochemistry.

Current Research Directions

The program's research projects are aligned with the directions outlined in the Prospectar Program of the Ministry of Science and Technology, including:

• Elucidation of biochemical and biological processes to reduce the use of agrochemicals and increase efficiency in pest and disease control in plant production.
• Development of C3 plants with modified photosynthesis systems through gene expression manipulation to alter CO2 fixation and biomass production processes.
• Development of advanced technologies for post-harvest conservation and conditioning of agricultural products.
• Development of plants more adapted to adverse soil conditions in tropical regions using molecular biology techniques, aiming to increase productivity and environmental sustainability.
• Additionally, the program seeks to raise awareness in the academic community about environmental concerns, increased productivity, and societal needs.