Difference between revisions of "Eui-Jin Park"

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(Created page with "'''Research Interests: Dynamics and Function of Heterochromatin'''<br/> - How damaged heterochromatin be repaired? - What factors are involved, and whether motor force in...")
 
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'''Research Interests: Dynamics and Function of Heterochromatin'''<br/> - How damaged heterochromatin be repaired? - What factors&nbsp;are involved, and whether motor force involved?<br/> - How does heterochromatin move and reorganize in reaction to external stimuli or internal events?<br/> - How can reorganized heterochromatin affect the protein/cellular function?
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'''Research Interests: Dynamics and Function of Heterochromatin'''<br/> - How damaged heterochromatin be repaired? - What factors&nbsp;are involved, and whether motor force involved?<br/> - How does heterochromatin move and reorganize in reaction to external stimuli or internal events?<br/> - How can reorganized heterochromatin affect the protein/cellular function?<br/> <br/> <br/> '''Final essay and presentation'''<br/> [http://Biolecture.org/upload/20231130223334_Eui%20Jin%20Park_%20Omics%20presentation.pptx 20231130223334_Eui Jin Park_ Omics presentation.pptx]<br/> [http://Biolecture.org/upload/20231130223341_Scientific%20Essay.docx 20231130223341_Scientific Essay.docx]

Revision as of 22:33, 30 November 2023

Research Interests: Dynamics and Function of Heterochromatin
- How damaged heterochromatin be repaired? - What factors are involved, and whether motor force involved?
- How does heterochromatin move and reorganize in reaction to external stimuli or internal events?
- How can reorganized heterochromatin affect the protein/cellular function?


Final essay and presentation
20231130223334_Eui Jin Park_ Omics presentation.pptx
20231130223341_Scientific Essay.docx