PRODUCES OXYGEN ⇒ CARBON REACTIONS
PRODUCES GLUCOSE ⇒ CARBON REACTIONS
USES ATP ⇒
PRODUCES NADPH ⇒ LIGHT REACTIONS
OCCURS IN CHLOROPLASTS ⇒ CARBON REACTIONS
PRODUCES ATP ⇒ LIGHT REACTIONS
USES WATER ⇒ CARBON REACTIONS
USES NADPH ⇒
REQUIRES VISIBLE LIGHT ⇒ LIGHT REACTIONS
The principal organ of exchange between the mother and the developing organism is the placenta.
A typical protein has four levels of organisation, which are primary, secondary, tertiary and quaternary structures.
A mutation that result in the replacement of the side chain of an amino acid will affect the tertiary structure of the protein. This is because the tertiary structure of a protein is primarily due to the interactions between the R groups of the amino acids that make up the protein. If the tertiary structure is affected, the function of the protein too will be negatively affected because the function of a protein depend on its tertiary structure.
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