Biology Projects

Papers and experiment records in biology, including PCR, protein hypotheses, carbon assimilation review, orange-plate experiments, and an interactive Agrobacterium web demo.

PCR Laboratory

Pioneering the first PCR experiment in high school, bringing advanced biology experiments into the classroom. Exploring optimal reagent dosages for classroom experiments through pre-experiments and template quantity experiments.

Gel electrophoresis shows clear bands, confirming successful target gene amplification. Compared with the standard marker, the length is approximately 600bp, matching experimental expectations.

Experimental Design

Detailed PCR experimental design including primer design, thermal cycling parameters, and reaction system optimization. Practical for high school biology classrooms, providing reference for future experiments.

实验设计

Final Lab Report

Complete experimental records, data analysis, and conclusions validating the effectiveness of the experimental design.

实验报告

Thesis Archive

Records of research and reflection, including completed papers and works in progress.

Completed 2024.6.23

On the Conjecture of Proteins as Genetic Material in Extremely, Extremely Special Organisms

This paper boldly challenges the absolute authority of the biological "central dogma." Based on the self-replicating properties of prions and reverse transcription mechanisms, it rigorously explores the possibility of proteins as primitive genetic carriers. This research aims to broaden the boundaries of thinking about biological evolution and the nature of heredity, providing a highly forward-looking hypothetical framework for the study of life forms in extreme environments.

阅读论文

Draft 2024.6.8

Molecular Biology Research on the Calvin Cycle

This paper deeply deconstructs the complex biochemical process of C4 plant carbon assimilation from a molecular structure perspective. By systematizing and visualizing the energy conversion and substance metabolism processes in the dark reaction, it provides a precise micro-level model for understanding how autotrophic organisms efficiently convert inorganic carbon, revealing the logical beauty of biochemical processes.

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Draft 2026.03.08

Analysis and Verification of Orange Plate Discoloration in Yeast Experiments

Addressing the occasional abnormal color change of culture media in microbial cultivation, this paper successfully traced the source of environmental contamination factors through rigorous controlled experiments. This research not only solved a specific experimental technical problem, but its core significance lies in establishing standardized error analysis and laboratory quality control procedures, emphasizing the importance of rigorous attitude and procedural compliance in scientific practice.

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Exploring Biological Processes Through Interactive Development

Transforming complex genetic engineering workflows into intuitive web interactions, making learning vivid and engaging. The Agrobacterium transformation web app demonstrates how to build biology teaching tools with code.

Launch Simulation