The transport tissue that conducts water and dissolved minerals from roots to leaves is xylem. The tissue that transports sugars and other organic compounds from leaves to other parts of the plant is phloem. These tissues together play a crucial role in the overall functioning and growth of a plant.
Epithelial tissue is responsible for absorption and secretion in the body, as it lines various organs and structures. This type of tissue has specialized cells that can actively transport substances across their membranes, allowing them to either absorb or secrete molecules as needed.
Blood - a fluid connective "tissue" - is the primary transport medium of substances, such as oxygen and nutrients, in the body.
Flowering plants use both xylem and phloem tissues to transport water and food products within the plant
Xylem tissue
Blood tissue primarily consists of several types of proteins, with the most abundant being albumin, globulins, and fibrinogen. Albumin helps maintain osmotic pressure and transport substances, while globulins play roles in immune responses and transport. Fibrinogen is essential for blood clotting. Together, these proteins contribute to the various functions of blood, including transport, immune defense, and wound healing.
They don't - they transport substances. (Water and CO2 in, sugars and O2 out)
Epithelial tissue is responsible for absorption and secretion in the body, as it lines various organs and structures. This type of tissue has specialized cells that can actively transport substances across their membranes, allowing them to either absorb or secrete molecules as needed.
No, transport tissue is found only in plants. In plants, transport tissue is responsible for the movement of water, nutrients, and other substances throughout the plant. Animals have circulatory systems made up of blood vessels, not transport tissue.
Blood - a fluid connective "tissue" - is the primary transport medium of substances, such as oxygen and nutrients, in the body.
Tiny sacs of tissue can refer to various structures in the body, such as alveoli in the lungs, which enable gas exchange, or vesicles in cells that transport substances. They are essential for various physiological functions, including nutrient absorption, waste removal, and cellular communication. These sacs often have specialized functions depending on their location and the tissue type they are part of.
The two types of vascular tissue in plants are xylem and phloem. Xylem is responsible for transporting water and minerals from the roots to the rest of the plant, while phloem is responsible for the transport of sugars produced through photosynthesis to various parts of the plant.
Simple cuboidal epithelial tissue lines the surface of the kidney's tubules. These simple cuboidal cells absorb and transport the various substances that are filtered by the kidney.
Flowering plants use both xylem and phloem tissues to transport water and food products within the plant
Xylem tissue
the xylem tubes transport water up and down the stems of plants
Connective tissue itself does not transport blood gases, nutrients, wastes, hormones, and blood cells; rather, it is blood that serves this function. Blood is a specialized connective tissue composed of plasma, red blood cells, white blood cells, and platelets, which collectively facilitate the transport of these substances throughout the body. While connective tissue supports and binds other tissues, it is the circulatory system that plays a key role in the transportation of vital substances.
Blood tissue primarily consists of several types of proteins, with the most abundant being albumin, globulins, and fibrinogen. Albumin helps maintain osmotic pressure and transport substances, while globulins play roles in immune responses and transport. Fibrinogen is essential for blood clotting. Together, these proteins contribute to the various functions of blood, including transport, immune defense, and wound healing.