How many "targeting" sequences are required to translocate a protein into the thylakoid lumen of a chloroplast?
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2 this is answer. Protein transport into or across the thylakoid membrane of higher plant. Proteins of the lumen, whereas the other 2 pathways have been..
How many "targeting" sequences are required to translocate a protein into the thylakoid lumen of a...
How many membranes does the chloroplast have? 30. How many membranes doos the mitochondria have? 31. A stack of thylakoids are known as d, 4 e, 3 a. Thylakoid dises b, c. thy lakoid lumen 32. The products produced in the light independent reaction are used to drive the light dependent reac a. True b, False 33. The ATP and NADPH produces in the light reaction are used to drive the synthesis of sugars from CO2 a. True b. False...
19. How many membranes does the chloroplast have 50. How many membranes does the mitochondria have? 0.4 C3 31 A stack of this lakoids are known as: granum Thylakoid dises Grama ethylakid lumen 32. The products produced in the light independent reaction are used to drive the light dependent reaction . Stroma Trie h. False 33. The Aland NADPI pride in the light reaction are used to drive the synthesis of gars from CO2 True 34. Photosystem II in photosynthesis,...
An alignment of 2 homologus protein-coding nucleotide sequences 180 nucleotides long has approximately how many nonsynonomous sites? 20 60 90 120 An alignment of 2 homologus protein-coding nucleotide sequences 180 nucleotides long has approximately how many nonsynonomous sites? 20 60 90 120
If there are 6 base pairs being recognized by a protein how many possible unique sequences could be recognized?
How can we use comparisons of DNA sequences, protein sequences, chromosome banding patterns, and genome sequences between different species to learn about origins and evolution?
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If you somehow magically removed the chloroplast genome before doing this experiment, how would lanes 1-4 change? Justify your answer. Computer typed, Please. The following problem describes an experiment, which in reality, would be very difficult to do, but imagine the experiment went perfectly for the purposes of this question. Plant cell cultures containing chloroplasts were labeled with [S]methionine for 60 minutes. In addition to [S]methionine, some cells were incubated with vehicle (Veh) and some cells were incubated with Drug...
1. Where is the ER targeting sequence located in the polypeptide chain (N-terminal, interior, or C-terminal) 2. Name 4 organelles that require organelle specific targeting sequences in polypeptide 3. Name 3 final locations for proteins with ER signal sequence 4. Satranslational translocation: (a) Name the protein that the signal sequence binds to (b) Name the protein SRP binds to 5. State the function of signal peptidase 6. Name a membrane protein that is not a single pass membrane protein 7....
Q 3: You are trying to identify the peroxisome-targeting sequence in the thiolase enzyme in yeast. The thiolase enzyme normally resides in the peroxisome and therefore must contain amino acid sequences that are used to target the enzyme for import into the peroxisome. To identify the targeting sequences, you create a set of hybrid genes that encode fusion proteins containing part of the thiolase protein fused to another protein, histidinol dehydrogenase (HDH). HDH is a cytosolic enzyme required for the...
How do DNA sequences change protein structure and what are some affects to the protein structures that can have an effect on the PTC receptor?