The applications of mrna technology are expanding beyond immunization to disease treatment, wherein mrna replaces missing or defective proteins in the body and edits. The protein cannot be detected in oocytes, indicating translation of bicoid is. After fertilization, this rna is translated to produce a bcd protein gradient that determines anterior.
bicoid mRNA localization Semantic Scholar
In the arts model, gradient formation is mediated by the mrna which is redistributed along cortical microtubules to form a mrna gradient which is translated to form.
This protein forms a concentration gradient, highest.
Bicoid mrna localises to the anterior of the drosophila egg, where it is translated to form a morphogen gradient of bicoid protein that patterns the head and thorax of the embryo. A classic example is the bicoid (bcd) protein, for which the prevailing model is that translation of bcd mrna occurs from a point source at the anterior pole of the drosophila. A classic example is the bicoid (bcd) protein, for which the prevailing model is that translation of bcd mrna occurs from a point source at the anterior pole of the drosophila melanogaster. Bicoid mrna is translated in the fertilized egg, specifically at its anterior end.
Bicoid mrna translation is inhibited in the posterior by nanos (payre, 1994 and gavis, 1995). Upon fertilization, the mrna is converted into bicoid protein. Bicoid protein is translated off of the bicoid mrna, with a higher amount of translation happening at the anterior end, where the concentration of bicoid mrna is higher. The most definitive example, the bicoid transcription factor, maternally deposited as mrna molecules at the anterior pole of drosophila melanogaster embryos, is translated into protein.
