Questions: Tissue fluid becomes lymph once it has entered a lymphatic capillary; lymph formation depends on tissue fluid formation. Tissue fluid is made up of Blank 1 and dissolved substances that leave blood capillaries by the process of Blank 2. The Blank 3 pressure of tissue fluid drive the entry of lymph into lymphatic capillaries. A condition that interferes with the flow of lymph will result in a condition called Blank 4. Lymph nodes are Blank 5 shaped with blood vessels, nerves, and efferent lymphatic vessels attached to the indentation, called the Blank 6, and with afferent lymphatic vessels entering on the convex surface. The white blood cells within lymph nodes filter Blank 7, and remove bacteria and cellular debris before it is returned to the blood. Lymph nodes are also centers of Blank 8 production; these cells function in immune surveillance.

Tissue fluid becomes lymph once it has entered a lymphatic capillary; lymph formation depends on tissue fluid formation. Tissue fluid is made up of Blank 1 and dissolved substances that leave blood capillaries by the process of Blank 2.
The Blank 3 pressure of tissue fluid drive the entry of lymph into lymphatic capillaries. A condition that interferes with the flow of lymph will result in a condition called Blank 4.
Lymph nodes are Blank 5 shaped with blood vessels, nerves, and efferent lymphatic vessels attached to the indentation, called the Blank 6, and with afferent lymphatic vessels entering on the convex surface.
The white blood cells within lymph nodes filter Blank 7, and remove bacteria and cellular debris before it is returned to the blood. Lymph nodes are also centers of Blank 8 production; these cells function in immune surveillance.
Transcript text: Tissue fluid becomes lymph once it has entered a lymphatic capillary; lymph formation depends on tissue fluid formation. Tissue fluid is made up of Blank $\mathbf{1}$ and dissolved substances that leave blood capillaries by the process of Blank $\mathbf{2}$. The Blank 3 pressure of tissue fluid drive the entry of lymph into lymphatic capillaries. A condition that interferes with the flow of lymph will result in a condition called Blank 4. Lymph nodes are Blank 5 shaped with blood vessels, nerves, and efferent lymphatic vessels attached to the indentation, called the Blank 6, and with afferent lymphatic vessels entering on the convex surface. The white blood cells within lymph nodes filter Blank 7, and remove bacteria and cellular debris before it is returned to the blood. Lymph nodes are also centers of Blank 8 production; these cells function in immune surveillance.
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Solution

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To fill in the blanks in the provided text, we need to understand the context of lymph formation and the structure and function of lymph nodes. Here's the completed text with explanations:

  1. Blank 1: Plasma
    Explanation: Tissue fluid is primarily composed of plasma, which is the liquid component of blood that exits the blood capillaries.

  2. Blank 2: Filtration
    Explanation: The process by which plasma and dissolved substances leave the blood capillaries is called filtration. This occurs due to the pressure differences between the blood inside the capillaries and the surrounding tissue.

  3. Blank 3: Hydrostatic
    Explanation: Hydrostatic pressure of the tissue fluid drives the entry of lymph into lymphatic capillaries. This pressure is generated by the fluid itself as it accumulates in the tissues.

  4. Blank 4: Lymphedema
    Explanation: A condition that interferes with the flow of lymph is called lymphedema. It results in swelling due to the accumulation of lymph fluid in tissues.

  5. Blank 5: Bean
    Explanation: Lymph nodes are bean-shaped structures. This shape is characteristic of lymph nodes and helps in their function of filtering lymph.

  6. Blank 6: Hilum
    Explanation: The indentation where blood vessels, nerves, and efferent lymphatic vessels attach is called the hilum. It is a common anatomical feature in organs where structures enter or exit.

  7. Blank 7: Lymph
    Explanation: The white blood cells within lymph nodes filter lymph, removing bacteria and cellular debris before it is returned to the blood.

  8. Blank 8: Lymphocyte
    Explanation: Lymph nodes are centers of lymphocyte production. Lymphocytes are a type of white blood cell that plays a crucial role in immune surveillance and response.

In summary, the text describes the formation of lymph from tissue fluid, the structure of lymph nodes, and their role in filtering lymph and producing lymphocytes for immune function.

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