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A cross-section of a cell membrane which is a type of epithelial membrane. On the left side of the image there is a diagram of the epithelial layers of the cell membrane. The epithelial layer is labeled as "Luminal Side" and is located in the center of the membrane. <br /><br />On the right side there are two illustrations. The first illustration shows the entrance of the enterocyte which forms a membrane that separates the cell from the rest of the body. The membrane is made up of a series of cells including the capillaries and blood vessels. The cells are arranged in a circular pattern with the capillary at the bottom and the blood vessels at the top.<br /><br />The second illustration shows an epithelial receptor which does not interact with the opioid receptors. This receptor is responsible for the opening and closing of the cells allowing the cells to enter and exit the cells. The opioids are responsible for releasing and releasing the cells into the body allowing them to enter the cells and release them into the bloodstream. The image also shows the presence of a capillary and a blood vessel which help to regulate the flow of blood and other nutrients in the cell.

Title

Diagrams showing the effect of KP201 (Apadaz acetaminophen and benzhydrocodone?) on opioid receptors enterocytes the blood stream etc.

Description Generated using AI

A cross-section of a cell membrane which is a type of epithelial membrane. On the left side of the image there is a diagram of the epithelial layers of the cell membrane. The epithelial layer is labeled as "Luminal Side" and is located in the center of the membrane.

On the right side there are two illustrations. The first illustration shows the entrance of the enterocyte which forms a membrane that separates the cell from the rest of the body. The membrane is made up of a series of cells including the capillaries and blood vessels. The cells are arranged in a circular pattern with the capillary at the bottom and the blood vessels at the top.

The second illustration shows an epithelial receptor which does not interact with the opioid receptors. This receptor is responsible for the opening and closing of the cells allowing the cells to enter and exit the cells. The opioids are responsible for releasing and releasing the cells into the body allowing them to enter the cells and release them into the bloodstream. The image also shows the presence of a capillary and a blood vessel which help to regulate the flow of blood and other nutrients in the cell.

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"Diagrams showing the effect of KP201 (Apadaz acetaminophen and benzhydrocodone?) on opioid receptors enterocytes the blood stream etc." OIDA Image Co...