Class Central is learner-supported. When you buy through links on our site, we may earn an affiliate commission.

YouTube

One Becomes Two: Assemblies That Split Cells Across Evolution

BPPB Seminar via YouTube

Overview

Learn about the evolutionary mechanisms of cell division in this 31-minute BPPB seminar presentation. Explore computational strategies, dynamic simulations, and membrane behavior during cellular division processes across different organisms. Discover how bacterial ring formation, eukaryotic cells, and in vitro studies contribute to understanding this fundamental biological process. Examine collective behavior patterns, disassembly mechanisms, and nature's approach to cell division through detailed computational models and live cell comparisons. Gain insights into super coiled filaments, lifestyle data, and the broader implications of cell division across evolutionary timescales.

Syllabus

Introduction
Cell division
Computational strategy
Credits
Cell membranes
Idea
Model
Dynamic simulations
Disassembly
Comparing to live cells
Super coiled filament
Eukaryotic cells
Why would nature bother
Summary
Bacteria
Ring formation
In vitro studies
Dynamics
Collective Behavior
Lifestyle Data
Questions

Taught by

BPPB Seminar

Reviews

Start your review of One Becomes Two: Assemblies That Split Cells Across Evolution

Never Stop Learning.

Get personalized course recommendations, track subjects and courses with reminders, and more.

Someone learning on their laptop while sitting on the floor.