Where do the enzymatic reactions of the calvin cycle take place?

The stroma

Explanation:

The Calvin cycle consists of a series of biochemical reactions that take place in photosynthetic organisms, such as plants. CO2 binds to an organic molecule, before its reduction by the action of NADPH, in a cyclic process that leads to glucose synthesis.

In plants, carbon dioxide enters the leaves through pores called stomas and diffuses into the chloroplast, the site where the reactions of photosyntesis occur, and where sugar is synthesized.

The reactions of the Calvin cycle are responsible for the fixation of CO2 by incorporating it into the individual's organic matter in the form of glucose through the enzyme RuBisCo. This process is stimulated by the ATP and NADPH that come from the luminous reactions, and depends on them.  However, these reactions are also called light-independent reactions, because light does not cause them directly.

Unlike light-dependent reactions, which occur in the tilacoidal membrane, these reactions of the Calvin cycle take place in the stroma, which is the inner space of chloroplasts.

q: compare the parts of a cell and the cell as a whole to another common nonliving system (i.e., a car, a city,

a:

comparing this to the inside of a food building/company.

all cells are surrounded by a plasma membrane, which protects the cell from its environment, keeping toxic substances out of the cell. it regulates which molecules are allowed to enter and exit the cell.

regulates all cell activity such as cellular metabolism, and growth in addition to storing and maintaining the cell's dna for transcription and replication. determines what proteins to make.

contains the organelles; site of most cell activity

the place where ribosomes do their working activity.

builds the proteins.

prepares proteins for use or export.

responsible for breaking down and absorbing materials taken in by the cell.

maintains cell shape.

transforms one form of energy into another.

c-reactive protein (crp) is an acute phase protein belonging to pentraxin family of proteins, whose levels increases 1000-fold or more in concentration in blood during the occurrence of an injury, inflammation or tissue death.