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What plant contain a tube like system of special cells that is used to transport water and nutrients throughout the plant?
A plant that has tube-like cells to help transport water is the xylem. Xylem is a type of tissue found in vascular plants. It is responsible for the upward movement of water and minerals from the roots to the shoots and leaves of plants. Xylem is composed of several types of cells including tracheids vessel elements xylem parenchyma cells and xylem fibers. Tracheids are the most common type of xylem cells and they are tube-like in shape. They are connected end-to-end to form a continuous tube that allows water to travel from the roots to the leaves. Vessel elements are also tube-like and are arranged in a series of rings. They are larger than tracheids and are responsible for transporting larger amounts of water. Xylem parenchyma cells help to store and transport minerals and other solutes. Xylem fibers provide structural support to the other xylem cells. Together these cells form a transport system that allows water to move up the plant and helps keep the plant hydrated.
What else can I help you with?
What is special about each of these types of cells?
Stem cells: Have the potential to develop into different cell types in the body. Neurons: Specialized cells that transmit information throughout the nervous system. Red blood cells: Contain hemoglobin to transport oxygen throughout the body. Muscle cells: Allow for movement and typically contain contractile proteins.
Micro ville role in the body?
Microvilli are tiny, finger-like projections on the surface of cells lining the small intestine, responsible for increasing the surface area for nutrient absorption. They contain special enzymes and transport proteins that aid in the absorption of digested nutrients into the bloodstream. This increased surface area allows for more efficient absorption of nutrients from food.
Are tiger lilies vascular or nonvascular?
Tiger lilies are vascular. You can tell because of their lengthy stems and the fact that they reproduce using bulbs. The vascular tissue allows the plant to grew 2-6 ft tall and transport special material throughout their bodies
Are cherry trees vascular or non vascular?
Cherry trees are indeed vascular. These trees transport fluids and other materials through vessels just like most plants would do.
What is the special protein that transport oxygen?
hemoglobin
What is the function of transport tissues in plants?
The main purpose of cell transplant is to maintain homeostasis. There are two variations of cell transport. These variations are those that don't require energy and those that do require energy.
What is the main job of the plant transport system?
take water and minerals from roots to the leaves and take food substances from leaf to rest of the plant. and if its a non-photosynthetic plant then food from its environment/special organ to rest of the plant.
What carries nutrients throughout plants?
There is a special tissue inside a plant's stem called xylem that consists of cells that are essentially tiny straws that pull water from the plant's roots up to the leaves. It is mostly dead tissue at maturity. Then there is phloem, which carries sugars created by photosynthesis from the leaves down to the roots. It is alive.
What type of nutrients is in special k?
hello
Were do cacti get their water?
Cacti get water from rainwater that is stored in the special roots of the cacti
Which type of passive transport involes the movement of molcoules via special transport proteins?
facilitated diffusion
When molecules pass through a cell membrane using special proteins called transport proteins?
When molecules pass through a cell membrane using special proteins called transport proteins, this process is known as facilitated diffusion or active transport, depending on whether energy is required. Transport proteins help move substances across the membrane by forming channels or carriers that allow specific molecules, such as glucose or ions, to enter or exit the cell. This mechanism ensures that essential nutrients are absorbed while waste products are expelled, maintaining cellular homeostasis.
