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The image displays a page from a textbook, likely on biology or a related science. The main content consists of explanatory text and an accompanying diagram illustrating a biological process.

The text discusses the transport of oxygen and carbon dioxide in the body, specifically mentioning oxyhaemoglobin and its role in oxygen liberation. It explains how oxygen diffuses from capillaries into tissue fluid and then into cells, and how carbon dioxide, a waste product of cell metabolism, moves from cells into the blood. The text also introduces the mechanisms by which blood transports carbon dioxide to the lungs.

The diagram depicts a cross-section of a capillary and surrounding tissue cells. It visually represents the movement of oxygen (O₂) from the capillary into the tissue fluid and then into the cells, indicated by an arrow and labeled "High concentration of oxygen in capillary." Conversely, it shows the movement of carbon dioxide (CO₂) from the cells, through the tissue fluid, and into the capillary, labeled "High concentration of carbon dioxide from cells." The diagram clearly distinguishes between tissue fluid and cells, and shows the capillary structure.

The visible text includes headings and labels such as "Tissue fluid," "Cells," "High concentration of oxygen in capillary," "High concentration of carbon dioxide from cells," "O₂," "CO₂," "Figure 5:3 Diagram of the exchange of gases in cell respiration," and a watermark "REDMI A3". The overall context is educational, aiming to explain physiological gas exchange. There are no people or specific environmental cues visible. The lighting appears to be consistent with indoor lighting, typical of reading a book.
FM-Qdlo22

Jun 22, 2026

Jalingo, Nigeria

Short Term

Stake attention in this memory

Educational
Scientific
Informative
Diagrammatic
Focused

The image displays a page from a textbook, likely on biology or a related science. The main content consists of explanatory text and an accompanying diagram illustrating a biological process. The text discusses the transport of oxygen and carbon dioxide in the body, specifically mentioning oxyhaemoglobin and its role in oxygen liberation. It explains how oxygen diffuses from capillaries into tissue fluid and then into cells, and how carbon dioxide, a waste product of cell metabolism, moves from cells into the blood. The text also introduces the mechanisms by which blood transports carbon dioxide to the lungs. The diagram depicts a cross-section of a capillary and surrounding tissue cells. It visually represents the movement of oxygen (O₂) from the capillary into the tissue fluid and then into the cells, indicated by an arrow and labeled "High concentration of oxygen in capillary." Conversely, it shows the movement of carbon dioxide (CO₂) from the cells, through the tissue fluid, and into the capillary, labeled "High concentration of carbon dioxide from cells." The diagram clearly distinguishes between tissue fluid and cells, and shows the capillary structure. The visible text includes headings and labels such as "Tissue fluid," "Cells," "High concentration of oxygen in capillary," "High concentration of carbon dioxide from cells," "O₂," "CO₂," "Figure 5:3 Diagram of the exchange of gases in cell respiration," and a watermark "REDMI A3". The overall context is educational, aiming to explain physiological gas exchange. There are no people or specific environmental cues visible. The lighting appears to be consistent with indoor lighting, typical of reading a book.

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+$0.27

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+$0.46

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