Jieun Jeon

• Enhanced research quality by collaborating with multidisciplinary teams and sharing expertise.
• Achieved research breakthroughs by employing innovative methodologies and rigorous data analysis techniques.

Projects

• Performed scientific researches on multiple projects: lung cancer therapy, muscle regeneration, and vascularization.

Lung Cancer Therapy

• Managed project as main researcher.
• In paper writing process. (first author)

Summary

• Gene therapy with exosomes as delivery carrier.
• Confirmed anti-cancer effect with selective apoptosis induction and immunomodulatory effect by transfected gene.
• Introduced hydrogel platform for efficient gene delivery in clinical application.

Insight

• Communicated and collected scientific insights with thought leaders from various fields include sciences, medical and company.
• Served as middle person to connect professors, doctors and undergraduate trainees to organize and manage to meet research goal in assigned time.

Muscle Regeneration

• Designed and conducted experiments and analyzed data as one of main researcher.
• In paper processing (first author)

Summary

• Investigated effect of stem cell derived exosomes to differentiate muscle in volumetric muscle loss (VML) model.
• Engineered hydrogels for capturing exosomes and clinical application.
• In vivo experiments for muscle regeneration in VML defect mouse model.

Insight

• Collaborated with international scholars to broaden scope of research projects and share valuable insights across borders.
• Analyzed data to determine which theory to select for further research

Vascularization

• Designed and conducted experiments and analyzed data as co-worker.

Summary

• miRNA-loaded exosomes laden hydrogel to enhance vascular regeneration.
  Optimized transfection efficiency of miRNA with exosome as delivery carrier.

Insight

• Investigated vascularization effect in 2D cell culture environment.
• Analyzed data and discussed theory based on results with team.