how is atp made

how is atp madeAdenosine triphosphate is a multifunctional nucleoid found in the cell. In short, this nucleoid, called "ATP", is the fundamental energy molecule.

The chlorophyll absorbs the light, converts the energy of the light to electricity, and then during the sugar making process, this energy becomes ATP. Thus, ATP (adenosine triphoshate) is obtained.

Each living cell must produce its own ATP molecule. Because the ATP molecule cannot be transferred from cell to cell or alive.

The animal cells don't have chlorophyll. They are obliged to produce ATP from the sugar they provide by eating crops. The animal cells have tiny sugar-burning chambers to ensure that the plant sugar is burned with oxygen and ATP.

When does ATP (adenosine triphosphate) occur?

ATP (adenosine triphohoshate) occurs during photosynthesis and cell respiration (resuscitation).

What is the most important function of ATP (adenosine triphoshate)?

The most important function of ATP (adenosine triphosphate) is to carry the chemical energy needed for intra-cell biochemical reactions.

Structure of ATP (adenosine triphoshate)

In the structure of ATP, there are two organic molecules and three chained phosphate. The structure contains some organic, five-carbon ribose sugar and 3 phosphate.

Energy requirements in all living creatures are provided with "ATP + H2O > ADP + P + energy" reactions. The amount of energy revealed from this reaction is 13000 calories.

What is phosphorylation?

ATP synthesis is called "phosphorylation".

Phosphorylation types

1. Phosphorylation at substrate level,

2. Oxidative phosphorylation,

3. Chemosynthetic phosphorylation,

4. Photofossilization.

Synthesis of ATP (adenosine triphoshoshate)

ATP can be synthesized in several ways. ATP synthesis in aerobic conditions occurs through oxidative phosphorylation in mitochondria. In anaerobic conditions, it is through fermentation. In ATP synthesis, primarily glucose and triglycerides are used as fuel.


Features of ATP (adenosine triphoshate)

1. There is no live without ATP (adenosine triphoshate).

2. There is also no vitality phenomena without Atp (adenosine triphoshate).

3. ATP (adenosine triphoshoshate) is performed within the cell and is washed in the cell.

4. ATP (adenosine triphoshate) is not stored.

5. The need is done instantly, and is used immediately.

6. Production and destruction occurs in a short time.


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