Difference Between Differentiation<span> & </span>Morphogenesis<span>. Multicellular </span>organisms<span> begin</span>life<span> as single </span>cells<span> called zygotes or spores, depending on the species. ...</span>Differentiation<span> is the process by which the </span>cells<span> take on their specific functions. </span>Morphogenesis<span> is the process by which an </span>organism<span> takes on its shape.
i hope this helps you goodluck :)</span>
That type of mutation is a loss of function (or null if there was a complete reduction of the gene)
I think the answer you’re looking for is
B.
- I hope this helps, I got it right. Enjoy the rest of your day/night, please make me brainliest!
Answer:
D. Start codon: AUG; stop codon: UAA; protein: Met-Ala-Leu-stop
Explanation:
- Start codon is the first codon in mRNA which is translated to an amino acid. AUG is the most common start codon and corresponds to methionine in eukaryotes and modified methionine in bacteria.
- Stop codon ends the translation process. There is no corresponding amino acid to it and the newly formed mRNA exits the translation machinery. There are three types of stop codons: UAA, UGA and UAG.
- GCA codon codes for Alanine and CUU codon codes for Leucine.
- Hence in the given sequence AUG is the start codon, UAA is the stop codon and the resulting amino acid sequence is Met-Ala-Leu-stop.
Answer:
Explanation: My first question is: what traits are these genotypes for? I was not 100% clear on that. Anyway, by performing a monohybrid cross with genotypes Rr and Rr, your resulting genotypes would be RR, Rr, Rr, and rr.
Basically, three offspring will be dominant in whatever the trait is and one will be recessive in that trait. So, approx. 75% of the offspring will express the dominant trait, while approx. 25% will express the recessive ( since there is no dominant allele present in the last genotype)
