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- Cell_fate_determination abstract "Within the field of developmental biology one goal is to understand how a particular cell (or embryo) develops into the final cell type (or organism), essentially how a cell’s fate is determined. Within an embryo, 4 processes play out at the cellular and tissue level to essentially create the final organism. These processes are cell proliferation, cell specialization, cell interaction and cell movement. Each cell in the embryo receives and gives cues to its neighboring cells and retains a cell memory of its own cell proliferation history. Almost all animals undergo a similar sequence of events during embryogenesis and have, at least at this developmental stage, the three germ layers and undergo gastrulation. While embryogenesis has been studied for more than a century, it was only recently (the past 15 years or so) that scientists discovered that a basic set of the same proteins and mRNAs are involved in all of embryogenesis. This is one of the reasons that model systems such as the fly (Drosophila melanogaster), the mouse (Muridae), and the leech (Helobdella), can all be used to study embryogenesis and developmental biology relevant to other animals, including humans. What continues to be discovered and investigated is how the basic set of proteins (and mRNAs) are expressed differentially between cells types, temporally and spatially; and whether this is responsible for the vast diversity of organisms produced. This leads to one of the key questions of developmental biology of how is cell fate determined.".
- Cell_fate_determination wikiPageID "8285473".
- Cell_fate_determination wikiPageLength "14417".
- Cell_fate_determination wikiPageOutDegree "28".
- Cell_fate_determination wikiPageRevisionID "682927464".
- Cell_fate_determination wikiPageWikiLink Attractor.
- Cell_fate_determination wikiPageWikiLink Category:Developmental_biology.
- Cell_fate_determination wikiPageWikiLink Cell_differentiation.
- Cell_fate_determination wikiPageWikiLink Cell_growth.
- Cell_fate_determination wikiPageWikiLink Cell_proliferation.
- Cell_fate_determination wikiPageWikiLink Cellular_differentiation.
- Cell_fate_determination wikiPageWikiLink Cleavage_(embryo).
- Cell_fate_determination wikiPageWikiLink Developmental_biology.
- Cell_fate_determination wikiPageWikiLink Drosophila_melanogaster.
- Cell_fate_determination wikiPageWikiLink Embryogenesis.
- Cell_fate_determination wikiPageWikiLink Equivalence_group.
- Cell_fate_determination wikiPageWikiLink Gastrulation.
- Cell_fate_determination wikiPageWikiLink Germ_layer.
- Cell_fate_determination wikiPageWikiLink Germ_layers.
- Cell_fate_determination wikiPageWikiLink Green_fluorescent_protein.
- Cell_fate_determination wikiPageWikiLink Helobdella.
- Cell_fate_determination wikiPageWikiLink Lateral_inhibition.
- Cell_fate_determination wikiPageWikiLink MRNA.
- Cell_fate_determination wikiPageWikiLink Messenger_RNA.
- Cell_fate_determination wikiPageWikiLink Microscopy.
- Cell_fate_determination wikiPageWikiLink Morphogen.
- Cell_fate_determination wikiPageWikiLink Muridae.
- Cell_fate_determination wikiPageWikiLink Notch_signaling.
- Cell_fate_determination wikiPageWikiLink Notch_signaling_pathway.
- Cell_fate_determination wikiPageWikiLink Plant_embryogenesis.
- Cell_fate_determination wikiPageWikiLink Protein.
- Cell_fate_determination wikiPageWikiLink Proteins.
- Cell_fate_determination wikiPageWikiLink Regional_specification.
- Cell_fate_determination wikiPageWikiLink Strange_attractor.
- Cell_fate_determination wikiPageWikiLink Symmetry_breaking.
- Cell_fate_determination wikiPageWikiLink Syncytium.
- Cell_fate_determination wikiPageWikiLinkText "Cell fate determination".
- Cell_fate_determination wikiPageWikiLinkText "Cell fate potential".
- Cell_fate_determination wikiPageWikiLinkText "Cell fate".
- Cell_fate_determination wikiPageWikiLinkText "Classification".
- Cell_fate_determination wikiPageWikiLinkText "cell fate determination".
- Cell_fate_determination wikiPageWikiLinkText "cell fate".
- Cell_fate_determination wikiPageWikiLinkText "cell fates".
- Cell_fate_determination wikiPageWikiLinkText "cell specification".
- Cell_fate_determination wikiPageWikiLinkText "commitment and determination".
- Cell_fate_determination wikiPageWikiLinkText "determinant".
- Cell_fate_determination wikiPageWikiLinkText "determination".
- Cell_fate_determination wikiPageWikiLinkText "developmental fate".
- Cell_fate_determination wikiPageWikiLinkText "developmental fates".
- Cell_fate_determination wikiPageWikiLinkText "fate".
- Cell_fate_determination wikiPageWikiLinkText "fate-choice".
- Cell_fate_determination wikiPageWikiLinkText "fates".
- Cell_fate_determination wikiPageWikiLinkText "specification".
- Cell_fate_determination wikiPageWikiLinkText "survival".
- Cell_fate_determination wikiPageWikiLinkText "uncommitted cells".
- Cell_fate_determination hasPhotoCollection Cell_fate_determination.
- Cell_fate_determination wikiPageUsesTemplate Template:Reflist.
- Cell_fate_determination subject Category:Developmental_biology.
- Cell_fate_determination comment "Within the field of developmental biology one goal is to understand how a particular cell (or embryo) develops into the final cell type (or organism), essentially how a cell’s fate is determined. Within an embryo, 4 processes play out at the cellular and tissue level to essentially create the final organism. These processes are cell proliferation, cell specialization, cell interaction and cell movement.".
- Cell_fate_determination label "Cell fate determination".
- Cell_fate_determination sameAs Especificação_autônoma.
- Cell_fate_determination sameAs m.026z180.
- Cell_fate_determination sameAs Determinering.
- Cell_fate_determination sameAs Детермінація.
- Cell_fate_determination sameAs Q5058196.
- Cell_fate_determination sameAs Q5058196.
- Cell_fate_determination wasDerivedFrom Cell_fate_determination?oldid=682927464.
- Cell_fate_determination isPrimaryTopicOf Cell_fate_determination.