Are all genes turned on all the time in all cells? Why or why not? (write...

Are all genes turned on all the time in all cells? Why or why not? (write down).

Expert Solution

gladiator answered 1 year ago

All of the cells of the same genes the cells in your bones two different things....

All of the cells of the same genes the cells in your bones two different things. Why don't our yourselves make the same proteins to do the same things?

All cells in the body have the same genes, but cells become differentiated due to differences...

All cells in the body have the same genes, but cells become differentiated due to differences in gene expression. True or False TrueFalse What cellular events must occur to establish the body pattern in an animal? (Check all that apply.) Check All That Apply Cell division Cell division Hybrid formation Hybrid formation Cell migration Cell migration All cells live All cells live Cell differentiation Cell differentiation Apoptosis Apoptosis The first morphogen gradient to provide positional information is established initially in...

how can B cells be turned on using TI-2 ?

essay question: 1.explain why all cells must have the four parts all cells have. 2. Be...

essay question: 1.explain why all cells must have the four parts all cells have. 2. Be able to compare and contrast prokaryotic and eukaryotic cellular characteristics. (including DNA location, cell wall makeup)

Why are developing B cells so much more likely to successfully recombine L chain genes than...

Why are developing B cells so much more likely to successfully recombine L chain genes than H chain genes?

Why are developing T cells so much more likely to successfully recombine TCR beta chain genes...

Why are developing T cells so much more likely to successfully recombine TCR beta chain genes than B cells combine Heavy chain genes?

9) Why are developing B cells so much more likely to successfully recombine L chain genes...

9) Why are developing B cells so much more likely to successfully recombine L chain genes than H chain genes?

Which of the following is a difficulty in getting prokaryotic cells to express eukaryotic genes? a....

Which of the following is a difficulty in getting prokaryotic cells to express eukaryotic genes? a. The signals that control gene expression are different for prokaryotes, thus requiring prokaryotic promoter regions to be added to the vector. b. The genetic code differs because prokaryotes substitute the base uracil for thymine. c. Prokaryotic cells do not recognize eukaryotic stop and start codons. d. The ribosomes of prokaryotes are not large enough to handle long eukaryotic genes.

Why is it important to understand ribosomal RNA in the classification of cells in all three domains?

1. a Explain why all cells in an organism are genetically equivalent, but may vary in...

1. a Explain why all cells in an organism are genetically equivalent, but may vary in phenotype. b) Explain why the same genotype does not always produce the same phenotype and why the same phenotype can be the result of different genotypes. c) For a cell that is right after DNA replication, where 2n=6. How many molecules of DNA are there? d) How many chromosomes are there? e) How many homologous pairs are there? How many unique chromosomes are there?...

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