The complex carbohydrates pictured below are made by linking
molecules of glucose is Starch. Option A
Starch is formed through a process called photosynthesis in plants. Photosynthesis is the biochemical process by which plants, algae, and some bacteria convert light energy from the sun into chemical energy stored in the form of glucose and other sugars. Starch serves as a primary storage form of this glucose in plants.
The linking together of the carbohydrates is what would lead to the starch formation.
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Answer:
they perform different functions
b. Helper T cells
c. Antibodies
d. Natural killer cells
Answer:
Cytotoxic T cells
Explanation:
Perforin is the cytosolic protein and upon degranulation forms pores in the target cell. Perforin protein helps in the transport of water and ions.
Perforin is present in the granules of cytotoxic T cells. These cells have the ability to kill virus infected cells and cancer cells. Cytotoxic T cells bind with the class 1 MHC molecules. These cells are also known as CD8+ T cells.
Thus, the correct answer is option (A).
Answer:
Molecules brought in: 3CO2, 9ATP, 6NADPH
Molecules Produced: 1G3P, 9ADP, 6NADP+ +H+
Molecules used and Regenerated: 3RuBP, 5G3P
Explanation:
1. Molecules brought in and utilized in the light-independent reaction or Calvin cycle:
-CO2 from outside the cell
-Molecules take energy from the light-dependent reactions
2. Molecules produced during the light-independent reaction or Calvin cycle that leave the cycle:
-Energy-carrier molecules that have lost some energy\
-3-carbon molecules that store energy
3. Molecules produced in the cytoplasm from the end products of the Calvin cycle:
-Organic molecules such as glucose
Thus, Molecules brought in: 3CO2, 9ATP, 6NADPH
Molecules Produced: 1G3P, 9ADP, 6NADP+ +H+
Molecules used and Regenerated: 3RuBP, 5G3P
In the Calvin cycle, CO2, 12NADPH, and 18ATP are brought in and used. The 2G3P molecules produced are used in the construction of glucose, and 12NADP+ and 12H+ are reused in the light-dependent reactions. 10G3P, 18ADP, and 6RuBP are used and regenerated within the cycle.
In the Calivin cycle, the molecules that are needed and brought into the cycle are b. CO2, c. 12NADPH, and g. 18ATP.
The molecules produced during the six turns of the Calvin cycle that leave the cycle are f. 2G3P (these will go on to form a glucose molecule), and h. 12NADP+ + 12H+ (the used electron carriers that go back to the light-dependent reactions to be recharged).
The molecules that are used and regenerated within the Calvin cycle during the six turns are a. 10G3P, d. 18ADP (which will pick up a phosphate group to be reused as ATP), and e. 6RuBP (the enzyme that fixes CO2).
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Answer:
Natural Selection.
Explanation:
I remember this in bio.
Answer:
The Answer is Natural selection
Explanation:
Answer:
stomach large entestint
Explanation:
b. Unsaturated fat
c. Phospholipid
d. Waxes
Answer:
Phospholipids
Explanation:
Phospholipids are a particular kind of lipid (an oil) that forms a two-layered surface that surrounds and protects all living cells. The phosphates are essential to forming this bilayered structure. This membrane has a semipermeable function that selectively allows some elements and molecules to go in or out of the cell and thus helps maintain the cell in equilibrium.