Objectives and Expected Outcomes:

This project, titled "Application of Nanoparticle Technology in Precision Nutrition," aims to explore the efficiency of nutrient and phytochemical delivery to cells and its application in disease prevention and treatment using nanoparticle technology.

The project provides practical training and research experience, enabling interns to understand the potential of nutrients and phytochemicals in cell culture and animal experiments to enter tissue cells and modulate specific signaling pathways to improve disease. Through research methods, experimental design, and execution, the project enhances interns' theoretical and technical skills, as well as their understanding of signaling and disease adjuvant therapy. The focus is on developing more effective and precise treatment strategies for cancer and cardiovascular diseases.

Expected Outcomes include interns' knowledge and proficiency in lipid nanoparticles, cancer biology, and cardiovascular diseases; their learning and mastery of laboratory research techniques; and their ability to produce research reports and presentations.

Target Countries for Recruitment: This project is open to senior undergraduate and second-year master’s students from Indonesia, Malaysia, Vietnam, and other countries. This selection process aims to create a diverse student body, strengthen cross-cultural research collaboration, and promote the application of precision nutrition and nanoparticle technology. Field Trip Start and End Dates: The field trip and internship program will last for 6 months, starting June 1, 2026.

This duration is designed to provide interns with ample time to complete coursework and conduct specialized research experiments. Program Implementation: 1. Training Course Structure: Interns will receive specialized training in the theory and experimental techniques of biochemistry and molecular biology. 2. Internship and Field Trip Program: Interns will receive training in cell culture or animal husbandry models. They will conduct experimental work and discussions on the research topic. 3. Stipend: NT$15,000/month.

This structured approach—combining in-depth training, practical research, and collaborative mentoring—aims to cultivate outstanding researchers with the potential to contribute to the future development of nanoparticle technology in nutrient and phytochemical drug delivery and cellular information pathways. This program also welcomes applicants interested in pursuing a Master's/PhD degree in Food and Nutrition at Providence University.