Meet Polygence Scholars and explore their projects
Project: “Role of low-FODMAP diet in inflammatory bowel disease.“
Project: “The neglected mental health crisis: how the Covid-19 pandemic impacted minority groups and youth in the United States“
Project: “Is it possible for zombies to happen naturally?“
Project: “TogaTech Core - an open-source framework for rapidly and easily building end-to-end encrypted, privacy centric, and interoperable applications“
Project: “AI / ML-Augmented Analysis For Precision Oncology and Cancer Diagnostics“
Project: “The Intricacies of Bioprinting Vascular Structures“
Project: “NBA Player Evaluation Using a Value-Performance Salary Index | VSPI“
Project: “P53’s role in cellular senescence and apoptosis in cells with DNA damage“
Project: “Developing a Machine Learning Algorithm for Seizure Onset Detection and Tailored Music Therapy Inspired by the Mozart Effect for Seizure Reduction“
Project: “Treatments and Prophylaxis of Covid-19 - A Literature Review“
Project: “Analysis of Aircraft Wing Design“
Project: “Life Like Simulations Using Cellular Automata“
Project: “Title: How to Grow your Growth Mindset“
Project: “Research Question: How does the presence of racial stereotypes in popular TV Culture reflect the structure of society and negatively impact our youth?“
Project: “What are the key observational evidences for dark matter, and how do they connect to the search for a theoretical particle within the Standard Model?“
Project: “How can a knee brace design with an advanced adjustment system and added knee padding limit the effects of patellar tendonitis induced in jumping in volleyball?“
Project: “Connecting the Pathogenesis of Diabetic Nephropathy with Clinical Phenotype“
Project: “Intrinsic Self-Healing Materials“
Project: “Disentangling Fiction from Frameworks: A Critical Review of Instrumental Convergence in AI Ethics Risk“
Project: “How can the foundational elements of CRISPR-Cas9 genome editing technology, such as different PAM sequences and DNA repair pathways, be adjusted to improve efficiency and specificity while reducing off-target effects?“