Cell differentiation and morphogenesis
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Cell differentiation and morphogenesis international lecture course, Wageningen, The Netherlands, April 26-29, 1965 [by] W. Beermann [and others] by Wageningen. Landbouwhogeschool

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Published by North-Holland Pub. Co. in Amsterdam .
Written in English


  • Cell differentiation,
  • Morphogenesis

Book details:

Edition Notes

ContributionsBeermann, W
LC ClassificationsQH581 W26
The Physical Object
Number of Pages209
ID Numbers
Open LibraryOL16772170M

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Angiosperm morphogenesis is regulated largely by the processes of cell division, cell elongation, cell differentiation, and cell senescence. Cell fusion, an essential process during regeneration and development, is a remarkable example of how cellular morphogenesis arising from the merging of two or more cells influences cell fate. Differential gene expression and cellular differentiation Genomic Equivalence and Somatic Nuclear Transfer – Cloning Cell Fate Commitment Autonomous Specification Conditional Specification Embryology, Differentiation, Morphogenesis and Growth - Han WangFile Size: KB. A major challenge is to reveal how fundamental cellular processes such as proliferation, fate determination, differentiation, apoptosis, migration, adhesion, and cell shape changes are coordinated during morphogenesis. As it will be impossible to describe the Cited by:

Cellular differentiation refers to the process by which cells become specialized into different types with different functions. In contrast to the process of morphogenesis, differentiation occurs at the cellular level and is controlled by transcription factors.   It was not until recent years that the study of polyamines, their mechanisms of synthesis, and the roles they play in metabolism have flourished, becoming a fertile field of intense research. Polyamines in Fungi: Their Distribution, Metabolism, and Role in Cell Differentiation and Morphogenesis provides a complete overview of its topic. It is the fCited by: 4. During embryonic development, the egg divides to give rise to all the cells of the organism; cell differentiation involves molecular mechanisms through which a cell is able to choose its fate. Also, cells are not randomly organized in the embryo; on the contrary they are . Cell Differentiation and Morphogenesis As you go through the next few lessons, try to paint a picture in your head of the ways in which cells change and develop in embryos and organisms. Basically, organisms begin life as a cell whose only developmental restrictions are based on the genome it carries.