Development of Multicellular Organisms

by Afridi, Maham

Cell Biology

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Data 2fimages 2fr73ygz82r23zx1g1ryyo 181013 s0 afridi maham development of multicellular organsims intro
05:17
Development of Multicellular Organisms
Data 2fimages 2f3v6ugqhcrcyl6jzxxuzo 181013 s1 afridi maham animal development overview
15:33
Animal Development: Overview
Data 2fimages 2f6xgchawwskgyavctwyps 181013 s2 afridi maham conserved mechanisms
18:52
Conserved Mechanisms
Data 2fimages 2fyskdttkdrsajcq98mjvi 181013 s3 afridi maham genes for animal development
22:38
Genes for Animal Development
Data 2fimages 2fl1pxqc9r52ubcthkhg9t 181013 s4 afridi maham signal molecules
14:54
Signal Molecules
Data 2fimages 2fqq9u0luurguq7f0jtuu6 181013 s5 afridi maham diversity by asymmetrical cell division
12:15
Diversity by Asymmetrical Cell Division

Lecture´s Description

Animal Development: Overview
This lecture brings under consideration the Development of Multicellular Organisms. In section one of this lecture, the educator gives an Overview of Animal Development. First of all, an elaborate discussion on The Zygote is carried out. Afterwards, the educator reports Fundamental Processes of Animal Development and demonstrates how the whole process of Development occurs. In addition to this, the Overview of Development is pursued thoroughly.


Conserved Mechanisms
Section two covers the topic of Conserved Mechanisms. In this section, light is shed on the Conserved Mechanisms for Basic Animal Body Plan and then the Three Germ Layers of Early Embryo are discussed. Following this, the educator highlights Restricted Developmental Potential of Cells after which the elucidation of Cell Memory Underlying Cell Decision-Making is carried out. Apart from this, the Model Organisms for Understanding Development are also highlighted.


Genes for Animal Development
In section three, the Genes for Animal Development are addressed. The educator points out and explains the Genes Important for Animal Development at first. Later, information is given regarding Regulatory DNA: Differences b/w Animal Species and Spatial Patterning. The educator then concludes this section after extensively demonstrating Combinatorial Control and Cell Memory.


Signal Molecules
Section four is about Signal Molecules. The educator puts forward a detailed overview of Signal Molecules and then primarily focuses on Morphogens. Subsequently, the topic of Exploiting Asymmetry is highlighted after which the Lateral Inhibition Generate Patterns of Cell Types is discussed.


Diversity by Asymmetrical Cell Division
In section five, the topic under consideration is Diversity by Asymmetrical Cell Division. The educator firstly highlights Reaction-Diffusion Systems. Moving forward, light is shed on Asymmetric Cell Division Generate Diversity after which the educator focuses on Sequential Induction. Subsequently, an overview of Developmental Biology is presented in addition to a comprehensive elucidation of Developmental Biology: Disease & Tissue Maintenance.

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