Question
FAMA TMa What three major factors determine protein folding ! Ihe cell?wuonagouln319 Joy . Aavd,What structures in the cell provide an environment for proper protein folding?eonhuq 018 raldw 6ne zonibimnvq 015 nau the incorrect salt concentration What happens to protein when it is at & high temperature or PH? unfolds_ UB esnibirnyq ob vprn Knem woH The protein_Nucleic Acids:iortta doeodalud zuonegoin Is4w (T Veq {icnor1) DNA- What is the function of DNA? oirnof the cell: UncEmia bno zoona1oH
FAMA TMa What three major factors determine protein folding ! Ihe cell? wuonagouln 319 Joy . Aavd, What structures in the cell provide an environment for proper protein folding? eonhuq 018 raldw 6ne zonibimnvq 015 nau the incorrect salt concentration What happens to protein when it is at & high temperature or PH? unfolds_ UB esnibirnyq ob vprn Knem woH The protein_ Nucleic Acids: iortta doeo dalud zuonegoin Is4w (T Veq {icnor 1) DNA- What is the function of DNA? oirn of the cell: UncEmia bno zoona1oHlib & 12i (8 bne AMO 2) DNA ocated the nucleus and then transported the cytoplasm by ribosomes. 3) DNA written aver a8 where it is translated inlo Nucleic acids are polymers 0l_ 5) Whal are the three parts of= nucleotide? DRAW IT;
Answers
Refer to the figure to answer these questions: a. Add labels for mRNA (including the $5^{\prime}$ and $3^{\prime}$ ends) and tRNA. In addition, draw in the RNA polymerase enzyme and the ribosomes, including arrows indicating the direction of movement for each. b. What are the next three amino acids to be added to polypeptide $b$ ? c. Fill in the nucleotides in the mRNA complementary to the template DNA strand. d. What is the sequence of the DNA complementary to the template strand (as much as can be determined from the figure)? e. Does this figure show the entire polypeptide that this gene encodes? How can you tell? f. What might happen to polypeptide $b$ after its release from the ribosome? g. Does this figure depict a prokaryotic or a eukaryotic cell? How can you tell?
Okay, so the close relationship between mitochondrial RNA and corn and the RNA gene and E. Coli. This is a coli and my toe and corn is due to the endo symbiotic theory which states that a cell consumed a bacterial cell and that bacterial cell was able to benefit off of some of the products then itself for the Sultan kill it. And the two became co dependent. Hence the mitochondria evolved. The mitochondria provided energy while I was able to consume products in the cell to make energy. So the cell kept it in the mitochondria state. So the bacteria that was probably swallowed was probably very closely related to you call it. So that's why the mitochondria and corn and wheat and a lot of other plants is very closely related to a cola. Now as far as the chloroplasts and say our bacteria, it's kind of the same deal except that chloroplasts which can photosynthesize, came from the bacteria that can photosynthesize cyanobacteria. So mitochondria clearly are closely related to a coli. Whereas saying it back bacterium are related to chloroplasts and that's why there are in our RNA sequences are so similar
Okay, So what's going to happen? His his tone, medical transfer is in his stone. Do you settle? Aces will methylate. And do you settle eight that had a re chrome metin, respectively? So they're gonna escalate like their names? And he a set eight uh, tomorrow chroma 10.
Okay, so humans are complex you carry out, so we would expect them to be near other. You carry out. They are complex to source more plants. Maybe some animals now, as far as the yeast, it is also you carry out. But it would be closer to bacteria because, he says one of the one of the few single cells you carry out. So it would be somewhere in the middle between the bacteria and the plants and animals. Because it's really going to be more it's going to be fairly closely related to the bacteria, but it's a you carry out, so it's like right in the middle.
So this happens because indo symbiosis led to the evolution of mitochondria implore a blast, which routine parts of their original genome. And this is because they are not each other's closest relative because the nuclear mitochondrial, yeah, in chora class genomes have different origins.