A Waddington Epigenetic Landscape for the C. elegans embryo
C.elegans embryonic development uses redundant genes and are epigenetically shaped by parental adaptations to survive. Conrad
Scientific Notes
The Daf-2 Insulin Receptor In C. elegans Embryo Elongation
Role of Daf-2 insulin signaling in the embryonic elongation of C. elegans, a daf-2 loss of
A Lineage-resolved Molecular Atlas Of C. elegans Embryogenesis At Single-cell Resolution
A fundamental breakthrough in the understanding of development through the realization of the complete transcriptome of
The Size A Ruling In C Elegans Embryo Cells To Determine The Fate
Introduction During early embryonic development polarity and asymmetric division are essential elements. In this paper Lars
Lamina-Dependent Stretching and Unconventional Chromosome Compartments in Early C. elegans Embryos
Through chromosomes tracking during C. elegans embryo, news findings on their conformation and the function of
Exploratory Analysis Of Transposable Elements Expression In The C. elegans Early Embryo
Introduction Transposable Elements are expressed in the C. elegans early embryo and involved in his development, but they
Requirement For Translocon-associated Protein (TRAP) Α In Insulin Biogenesis
Engineered C. elegans as a model organism for a better understanding of type 2 diabetes in
Cell Lineage-dependent Chiral Actomyosin Flows Drive Cellular Rearrangements In Early Development
The importance of chiral rotatory movements of the actomyosin cortex, involve in cellular rearrangements, during C.
Centrosome Aurora A Regulates RhoGEF ECT-2 Localisation And Ensures A Single PAR-2 Polarity Axis In C. elegans Embryos
Introduction Research has already shown a proper establishment of cell polarity is vital for several events
Human Microbiota and Microbioma : in vitro Culturing Approaches
The Human Microbiota present in the body Trillions of microorganisms habit the human body. Bacteria, fungi,
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