Supervised by: Assoc. Prof. Guang Hu and Assoc. Prof. Zhongjie Liang

Responsibilities include:

• Construct the biological network of the complex, and develope indicators that quantitatively characterize the characteristics of the mutant residues
• Predict the allosteric site and allosteric path of the complex based on perturbation response scanning (PRS) analysis
• Explore pocket information in the trajectory of DNMTs, evaluate their targetability, and determine potential allosteric sites combining mutation information

Supervised by: Assoc. Prof. Guang Hu and Assoc. Prof. Zhongjie Liang

Responsibilities include:

• Obtain the NSCLC-related disease network module from the pre-omics analysis
• Carry out research in five aspects, including functional enrichment analysis, structural modeling of protein interactions, mapping of mutation and post-translational modification information and druggability based on drug pockets
• Verify the pathogenic function of the NSCLC network module at the two levels of pathway and structure

Supervised by: Prof. Bairong Shen

Responsibilities include:

• Sort out the subject development process of glycomics, glycobiology, and glycobioinformatics, and learned about the forefront progress of the subject.
• Participate in several summit forums discussing frontier science in bioinformatics

Supervised by: Prof. Bairong Shen

Responsibilities include:

• Learn about the application of bioinformatics-related tools and database, and the data processing method of multi-omics analysis
• Join Prof. Shen Bairong’s research group, and take charge of data mining and cleaning for more than ten neurodegenerative diseases
• Establish the risk factors database for neurodegenerative diseases (NDDRF) together with other group members
• Follow up with the latest research progress in bioinformatics, and participate in academic conferences