1. Option A is right answer.
Promoting alternative splicing.
2. Bicold inhibits translation of hunchback and induces transcription of caudal.
Please do thumbs if you like the answer.
Thank you
BOTH QUESTIONS PLEASE. Regulation of pattern formation during development depends upon altered gene expression. The majority...
Bicoid is important for generation of the anterior-posterior axis by regulating expression of multiple genes, including hunchback and caudal. How does Bicoid regulate expression of these two genes? O Bicoid inhibits translation of hunchback and induces transcription of caudal Bicoid induces transcription of hunchback and inhibits transcription of caudal Bicoid induces transcription of hunchback and inhibits translation of caudal O Bicoid inhibits transcription of hunchback and induces transcription of caudal Bicoid represses transcription of hunchback and induces translation of caudal
please answer all 3 questions asap
Question 1 3 pts Some of the genes important in embryonic development are dependent upon the maternal genotype rather than the genotype of the embryo. How does this maternal information get transmitted to the embryo? During egg development, pieces of maternal DNA are moved into the embryo to temporarily allow transcription and translation of maternal DNA During egg development, proteins transcribed and translated in maternal nurse cells are moved into the embryo During egg...
Please answer these 3 questions please.
During an infection: One B cell can make more than two different antibodies, provided that they recognize the same antigen Each B-cell produces antibodies to a variety of antigens A variety of antibodies are produced by many B cells, but each B cell only produces one type of antibody The same type of antibody is produced by many B cells Bicoid is important for generation of the anterior-posterior axis by regulating expression of multiple...
1 and 2 please
Question 1 3 pts Regulation of pattern formation during development depends upon altered gene expression. The majority of factors needed to generate these patterns regulate gene expression by: Changing phosphorylation of target proteins Altering mRNA stability Promoting protein degradation Altering transcription of target genes Promoting alternative splicing Question 2 3 pts What makes GFP fusion proteins more useful than western blotting when studying expression of a specific gene during development? Select all correct. Western blotting amplifies...
1. What is the difference between a parasegment and segment in Drosophila development? a) Segments correspond to the anatomical divisions seen in larvae and adults, whereas parasegments are subdivisions of the embryo that correspond to regions or domains of gene expression. b) Parasegments correspond to the anatomical divisions seen in larvae and adults, whereas segments are subdivisions of the embryo that correspond to regions or domains of gene expression. 2. Which of the following statements about vertebrate Hox genes is...
Question 3 3 pts What makes GFP fusion proteins more useful than western blotting when studying expression of a specific gene during development? Select all correct. Western blotting requires you to kill the cells, but GFP fusions let you see the protein in living cells Western blotting lacks the spatial and temporal information that you can get GFP fusion proteins Western blotting detects mRNA, not protein. Western blotting amplifies the amount of total protein present, which prevents you from understanding...
please answer all 6 questions
Question 27 3 pts TRBP is a protein important for the formation of the RISC complex. Which of the following would you expect in cells with null mutations in TRBP? o Reduced siRNA-mediated mRNA degradation o Increased miRNA-mediated translational repression o Increased deadenylase-mediated mRNA degradation o Reduced proteasome-mediated protein degradation D Question 28 3 pts A protein that binds to the 3' UTR of a VEGF mRNA and promotes deadenylation and uncapping is likely to:...