Absorption of multiple mechanisms within the intestine.
1. Passive diffusion mechanism:
- This propagation is carried out through the chemical or electrolytic gradient, ie from the high-concentration medium (intestine) to the low-concentration medium (blood).
- Active diffusion does not require energy, nor does it need vectors.
- Can be followed by:
Facilitated diffusion (eg passive dispersion but needs transport and also does not require energy)
Exchange between electrolytes (eg exchange of potassium, hydrogen, chlorine and carbonate).
2 - the spread of dissolved molecules: Solvent drugs:
- in which dissolved molecules pass through the water during absorption (ie, the interference of substances by means of the medium and the control and the intestine).
3- Active transport:
- In which the material is transferred in reverse electrolytic or chemical.
- and therefore needs energy and also requires the presence of vectors.
- This mechanism is found in the stomach cells where the concentration of acid inside the stomach is higher, but it is produced opposite the direction of the electrode.
- Can be followed by:
The method of mating non-salads such as glucose and amino acids: Of course this process needs energy.
Ie, that the intestine in the active transport by the substance of texi and the disappearance of falsehood.
In the method of mating noncellular bodies, the tacos are the sodium but the phthalates are not in one place, the amino acid, or the sugar.
Example of active transport: HCL secretion occurs in the stomach, although the density of H in the stomach is large, ie, secretion occurs contrary to the concentration gradient.
4- Pinocytosis:
In addition, a small membrane (such as pharyngeal) is inserted into the membrane to be absorbed into the intestine. This absorption mechanism is seen especially in children due to the immaturity of their absorption mechanisms.
1. Passive diffusion mechanism:
- This propagation is carried out through the chemical or electrolytic gradient, ie from the high-concentration medium (intestine) to the low-concentration medium (blood).
- Active diffusion does not require energy, nor does it need vectors.
- Can be followed by:
Facilitated diffusion (eg passive dispersion but needs transport and also does not require energy)
Exchange between electrolytes (eg exchange of potassium, hydrogen, chlorine and carbonate).
2 - the spread of dissolved molecules: Solvent drugs:
- in which dissolved molecules pass through the water during absorption (ie, the interference of substances by means of the medium and the control and the intestine).
3- Active transport:
- In which the material is transferred in reverse electrolytic or chemical.
- and therefore needs energy and also requires the presence of vectors.
- This mechanism is found in the stomach cells where the concentration of acid inside the stomach is higher, but it is produced opposite the direction of the electrode.
- Can be followed by:
The method of mating non-salads such as glucose and amino acids: Of course this process needs energy.
Ie, that the intestine in the active transport by the substance of texi and the disappearance of falsehood.
In the method of mating noncellular bodies, the tacos are the sodium but the phthalates are not in one place, the amino acid, or the sugar.
Example of active transport: HCL secretion occurs in the stomach, although the density of H in the stomach is large, ie, secretion occurs contrary to the concentration gradient.
4- Pinocytosis:
In addition, a small membrane (such as pharyngeal) is inserted into the membrane to be absorbed into the intestine. This absorption mechanism is seen especially in children due to the immaturity of their absorption mechanisms.
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Digestive endothelium