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- This is one given problem on my homework assignment for developmental biology. Thank you for the help!Describe the effects of FGF and RA on each other in limb bud development. Give a specific example of their effects on each other in this capacity. Knowing this, propose a question/hypothesis to investigate the mechanism of how a specific morphogen controls pattern if you know that the morphogen is both necessary and sufficient AND is expressed in the correct spatial/temporal frame.A couple well informed about the epigenetic effects of nutritionand dietary supplements such as choline and folatedecided to take supplements before trying to get pregnant.Their first child was born with hair and eye colors very differentfrom the parents and has been consistently praised by teachersfor learning ability and memory. The couple attributes these characteristicsto their intake of epigenetic supplements. Now theywish to have another child and have informed their physician thatthey intend to greatly increase the amount of supplements theytake to increase the epigenetic effects in their child. The physiciancautioned them that studies available in human trials showno effect of choline on learning and that excess intake of folateduring pregnancy may be associated with an increased risk ofautism spectrum disorder in the child. The couple is convincedthat these studies are not conclusive, and while more research isneeded, they intend to pursue their plan of increasing their…“In the early Drosophila embryo, the establishment of different body regionor tissues along, on the one hand, the anteroposterior axis and, on theother, the dorsoventral axis are initiated by clues provided by the egg’smother; however the nature of those signals and the way in which theyoperate is completely different”. Discuss whether this statement is correct.
- The following is true about epigenetic gene control: O epigenetic changes to the chromatin may result from childhood development epigenetic changes to the chromatin may result from chemicals in the environment O epigenetic changes to the chromatin may result in cancer O An example of a chromatin change is DNA methylation that prevents gene expression from that area of the DNADefine Epigenetic Inheritance Epigenetic inheritance Multiple Choice includes a subset of epigenetlc changes that are passed from parent to offspring across generations. occurs only in female offspring via processes like DNA methy ation is the inheritance of the poténtiol to have DNA changes occur, not the inheritance of actual epigenetic changes is always the result of environmental effects on the cells in an organism involves the inheritance of changes In gene expression thot offects oll traits in an organism Prey 1 of 14 NeLateral inhibition and induction are key processes in embryonic development. Discuss two different signalling pathways involved in these processes,
- I. The retinoic acid receptor (RAR) is a transcription factor that is similar to steroid hormone receptors. Thesubstance (ligand) that binds to this receptor is retinoicacid. One of the genes whose transcription is activatedby retinoic acid binding to the receptor is myoD. Thediagram that follows shows a schematic view of theRAR proteins produced by genes into which one oftwo different 12-base double-stranded oligonucleotides had been inserted in the ORF. The insertion site(a–m) associated with each mutant protein is indicatedwith the appropriate letter on the polypeptide map.For constructs encoding proteins a–e, oligonucleotide 1(5′ TTAATTAATTAA 3′ read off either strand) wasinserted into the RAR gene. For constructs encoding proteins f–m, oligonucleotide 2 (5′ CCGGCCGGCCGG 3′)was inserted into the gene.NH2 f g h i j k l m COOHa b c d eThe wild-type RAR protein can both bind DNA and activate transcription weakly in the absence of retinoic acid(RA) and strongly in RA’s presence. Each…Explain the importance of epigenetic memory in developmental biology with at least 5 examples of developmental genes or pro m ww ins.When the DNA of a human cell becomes damaged, the p53 geneis activated. What is the general function of the p53 protein?Is it an enzyme, transcription factor, cell-cycle protein, orsomething else? Describe three ways in which the synthesisof the p53 protein affects cellular function. Why is it beneficialfor these three things to happen when a cell’s DNA hasbeen damaged?
- Epigenetics may be involved in the finetuning of gene expression. How might thisaffect the behavior of an individual?We know quite a bit about Notch/Delta and Hes gene oscillations during embryonic development. What do oscillations of these genes in the adult neural stem cell niche actually look like? How do these oscillations result in the progression from stem cell to neuron?Gene dosage—the number of copies of a gene that areactively being expressed—is important to proper development. Identify and describe two processes that establish the proper dosage of certain genes.