STEM Project Research
Reference Websites
Jan 3, 2020 ... If indels occur in the coding sequence, there will be frameshift ... which limits the use of gene therapy for nervous system diseases.
www.nature.comAug 6, 2014 ... In particular, synthetic biology will help design small molecules, ... Single gene diseases are easier to target and, in the context of ...
onlinelibrary.wiley.comOct 3, 2022 ... The high mortality of many diseases prohibits human longevity, and therapies need to be designed to suppress disease progression and aid ...
www.nature.comAug 26, 2021 ... for autoimmune diseases. These results have sometimes provided hints into disease biology; for example, a GWAS implicated the IL-12/IL-23 ...
www.nature.comOct 26, 2020 ... The dynamic version 1A of this (the Copasi computer code called model A.cps) produced a burst of both ROS and damaged mitochondria ( ...
www.nature.comIntroductory biology courses teach us that proteins are essential for the organism because they participate in virtually every process within the cell.
www.nature.comJan 8, 2016 ... Using synthetic biology, cells could be engineered to produce and ... With it comes an increased risk to other immune diseases and some ...
www.nature.comMar 21, 2006 ... Chemical Biology & Drug Design (CB&DD) is dedicated to the advancement of ... Central nervous system diseases and pathogenic mechanisms.
onlinelibrary.wiley.comNov 16, 2022 ... Studies using induced pluripotent stem cells (iPSCs) are gaining momentum in brain disorder modelling, but optimal study designs are poorly ...
www.nature.comJan 2, 2023 ... With a rapidly aging population and an emerging chronic diseases epidemic ... AG adapted the code and performed biological age calculations.
www.thelancet.comAI-Generated Project Ideas
- Project 1: Genetic Mutation Analysis - Investigate the impact of specific genetic mutations on diseases like cancer or inherited disorders. Use bioinformatics tools to analyze DNA sequences and determine how these mutations affect gene expression and protein function.
- Project 2: Modeling the Spread of Infectious Diseases - Build a computer program that simulates the spread of infectious diseases. Use different disease models (e.g., SIR, SEIR) and variables like population density, immunity, and vaccination rates to analyze how different factors affect disease transmission and dynamics.
- Project 3: Designing an Artificial Neural Network - Explore the field of artificial intelligence by creating and training a neural network. Develop a code design that can recognize patterns in biological data or diagnose diseases based on specific inputs like symptoms, genetic markers, or medical test results.
- Project 4: Bioengineering and Tissue Regeneration - Investigate tissue engineering techniques to develop artificial organs or bioengineered tissues. Design a code to model and optimize the growth of cells in a lab, and explore methods like 3D bioprinting or stem cell transplantation to restore damaged tissues or organs.
- Create a virtual simulation of the spread of a specific disease and analyze the impact of different prevention measures.
- Design a computer program that uses machine learning to predict potential outbreaks of diseases based on various environmental factors.
- Investigate the effects of different coding algorithms on the accuracy and efficiency of DNA sequence analysis.
- Develop a mobile application that provides personalized recommendations for adopting a healthy lifestyle based on an individual's genetic makeup.