somes then leaves would have l would havenes leaves would havec . If you cross t
ID: 302919 • Letter: S
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somes then leaves would have l would havenes leaves would havec . If you cross two pure-bred plants with white flowers and get a color that might be a result of chromosomes progeny, 3. If a gene in humans allele to is located on sex chromosomes, then the father would pass his 4. Genet ic recombination in bacteria can happen during (name two possibilities) 5. Females in cats and humans are usually chimeric due to the process ot 6. H oney be e males are haploid. Would you expect them to produce sperm via a mitotic mecha nism or a meiotic mechanism? 7. In dsDNA, , how is it determined which strand will be transcribed by RNA polymerase? During translation, what sets up the open reading frame in mRNA? What will it correspond to in DNA? 8. 9. The differences between DNA and RNA are (name two: 10. In eukaryotes, there are two main types of DNA organization present in chromosomes: 11. Main product(s) of gene expression is (are): 12. Transcriptional factors are molecules that have at least two domains:Explanation / Answer
2. Monohybrid experiment
3. Both , there is 50-50 chances of passing allele from father as he have both XY chromosome.
4. Transformation and transduction
5. Due to two types of DNA in the same body and two embryo fuse together.
6. Yes because they reproduce sexaully and if Male honeybee are haploid they can't reproduce.
7. RNA polymerase binds with promotor that guids it to the exact strand and to right direction which proceed to transcribe the gene.
8. Codons,
Corresponds to addition of amino acid to a growing polypeptide chain, which may ultimately become a protein.
9. A)DNA the pentose sugar is deoxyribose.Whereas in RNA the pentose sugar is ribose. B) In DNA the common organic bases are adenine,guanine,cytosine and thymine.Whereas in RNA the common organic bases are adenine,guanine,cytosine and uracil.
10. Proteins and histones
11. Protein and functional RNA
12. Transcription factors are :
helix-turn-helix (e.g. Oct-1),
helix-loop-helix (e.g. E2A),
zinc finger (e.g. glucocorticoid receptors, GATA proteins),
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