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2024-2025Lab Project

Fruit DNA Extraction and Analysis

Fruit DNA extraction and analysis using various techniques

Project Overview

This project aimed to determine the DNA yield of different fruit samples and investigate the influence of growing conditions on DNA concentration. Using ethanol precipitation and the Diphenylamine Method for quantitative DNA estimation, students gained hands-on experience in molecular biology techniques.

Timeline

October 2024 - February 2025

Team

MRT Research Team 2024-2025

Status

Completed & Published

Lab Events Timeline

1
Thursday, October 10th

Info Session

Introduction to the project and methodology. Room A-369 during AP.

2
Tuesday, October 15th

Scientific Essay Writing Workshop

With Professor Pierre-Alexandre Mailhot. Room D-120A. Introduction to writing scientific papers using Typst.

3
November 14th, 2024

Science Fair Prep Session

Executives discussed research projects to help kickstart science fair projects.

4
January 2025

Research Challenge

Students helped develop the lab protocol and prepared the standard curve of calf thymus DNA.

5
February 18, 2025

DNA Standard Curve and Preparing Chemicals

Preparation of chemicals and establishing standard curves for DNA quantification.

6
February 20, 2025

DNA Extraction Lab Project

Main experimental phase where students extracted and analyzed DNA from various fruit samples.

Project Components

Experiment and Manipulations

Students conducted the main experiments and manipulations to obtain results and data for analysis. Due to limited lab space and materials, participation was prioritized for active members.

Writing the Article

Participants analyzed experimental results and crafted various sections of the scientific article. All contributors had their names included in the final published article.

Main Methods

  • DNA Extraction Using Ethanol Precipitation

    Standard method for isolating DNA from fruit samples using ethanol-based precipitation techniques.

  • Quantitative DNA Concentration Estimation

    Used the Diphenylamine Method to accurately measure DNA concentration in extracted samples.