Hanrong Lin

Participated in project "Using single cell sequencing (SCS) based hexokinase 2 (HK2) assay method to detect rare malignant tumor cells in the urine of bladder cancer (BC) patients". Specifically, engaging in processing images, collecting data and statistical analysis of high-throughput screening of target cells which were performed under the immunofluorescence staining image.

Participation in a project using genome-wide association (GWAS) mapping to identify genes that may affect the color of endopleura in walnut. Specifically, using whole-genome association to map genes that potentially affect the color of the endopleura of walnut. Through the Manhattan image analysis after data integration, a homologue of the gene ANR, which is negatively regulated in the anthocyanin synthesis pathway, was found in the significant correlation region. It was inferred that a non-synonymous mutation in this gene might lead to an altered trait.

Due to the impact of COVID19 and local policy restrictions during this period, I did not participate in a complete project. Only conducted limited and basic lab procedure of microbiology such as inoculation, incubation, isolation, observation, and identification. In addition, I was trained of some mouse-related experiments procedure.

Conducted a research project on RNA epitranscriptomics, specifically investigating the dynamics of m5C on mRNA. Actively participated in experimental design, improved procedures throughout the project, and contributed to problem-solving. Analyzed and discussed data extensively, providing valuable insights into the research. Demonstrated strong teamwork and collaboration with colleagues, ensuring a productive and efficient lab environment.