General information

Announcements(21)

Program

Sessions

Search presentations

Download PDF for print

Timetable

Tue. Nov 26, 2024

Wed. Nov 27, 2024

Thu. Nov 28, 2024

Fri. Nov 29, 2024

web_header_st_en.png

Announcements

Profile management

Bookmark

Program Type

Live Streaming Available

Late-breaking Abstract

ポスターカテゴリ

Change account information such as the email address and password on the account setting screen common to Confit.

Log in to make the most of the service, such as bookmark registration.<br><span style="color: #e03e2d;">※To download your name badge or registration fee receipt, please click <a href="https://mbsj.confit.atlas.jp/en">here</a>.</span>

Login required to view

Password required to view

Presentation Information

Session Details

To browse or post comments, you must log in.

You cannot post comments as it is outside the comment posting period.

This comment has been deleted. You cannot reply to this comment.

Development of a new myocardial regeneration method targeting fibrosis

Developmental differentiation, disease progression and healing, and the acquisition of plasticity can be understood as cell fate conversion. The dynamic conversion of cellular states and functions in biological phenomena have been revealed by the progress of research on cell fate conversion, and is expected to lead to the development of first-in-class or best-in-class drug discovery for various diseases. In this symposium, we will discuss "Modulation of Cell Fate Conversion" from various perspectives including gene expression, cell differentiation, metabolism, cell reprogramming, and regenerative medicine, with "Cell Fate Conversion'' as a key word. We hope that this will serve as an opportunity for the development of a new cross-disciplinary fusion beyond the conventional framework.<br>

【J】Modulation of Cell Fate Conversion in approaches from Biological Disorders

The 47th Annual Meeting of the Molecular Biology Society of Japan

Presentation Information

[3AS-07-01]Development of a new myocardial regeneration method targeting fibrosis

Password required to view

Comment