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Are there intercellular spacesin the tissue?
Intercellular spaces are there for gas exchange between cells. Because of these spaces, cells deeper in the tissue can get the gas. If not, only the cells on the surface will get what they need.
What is the most abundant plant tissue with thin cell walls and intercellular spaces?
The most abundant plant tissue with thin cell walls and intercellular spaces
Why sclerenchyma does not has intercellular spaces?
Sclerenchyma cells have thick, rigid cell walls made of lignin, which provides structural support to the plant. These thick walls don't leave room for intercellular spaces, resulting in a dense and compact arrangement of cells. This lack of intercellular spaces contributes to the strength and rigidity provided by sclerenchyma tissues.
What is the relationship between stomata and intercellular spaces of the mesophyll tissue?
Stomata are small openings on the surface of leaves that facilitate gas exchange between the atmosphere and the internal tissues of the plant. They connect to intercellular spaces within the mesophyll tissue, allowing carbon dioxide to enter for photosynthesis and oxygen to exit as a byproduct. The intercellular spaces increase the surface area available for gas diffusion, enhancing the efficiency of this exchange process. Overall, the stomata and intercellular spaces work together to optimize the plant's respiratory and photosynthetic functions.
Why intercellular spaces are absent in sclerenchymatous cells?
There are no intercelluar spaces present in the scerlenchymatous tissue as it provides rigidity to the plants part in which they are present.They contain a chemical called lignin which acts as a cement like substance which hardens the cels & also the cells of sclerenchyma are dead
What fill the space between spongy mesophyll cells?
The space between spongy mesophyll cells is filled with intercellular air spaces. These air spaces facilitate gas exchange, allowing carbon dioxide to diffuse into the cells for photosynthesis and oxygen to exit. Additionally, the air spaces help maintain moisture within the leaf, contributing to the overall efficiency of the plant's respiratory processes.
What are the inter cellular connections in plant cells called as?
The intercellular connections in plant cells are called plasmodesmata. These structures allow for the exchange of water, nutrients, and signaling molecules between adjacent plant cells.
How do the structures and functions of cell surfaces and intercellular junctions of plant and animal cells compare?
This is a homework assignment not a simple question. WikiAnswers will not do your homework for you. However while researching your homework, if you have specific bits that you do not understand and ask us questions about these, we will be happy to answer your questions.
Why are there air bubbles in onion cell?
Air bubbles in onion cells are primarily due to the presence of air spaces within the tissue, often associated with the plant's cellular structure. These air spaces, or intercellular spaces, facilitate gas exchange, allowing oxygen and carbon dioxide to move between cells. Additionally, when onions are cut or damaged, air can be trapped within the cells, creating visible bubbles. Overall, these air bubbles play a role in the onion's respiration and overall health.
What chemical would you soak plant cells in for the purpose of extracting the pigments from those cells?
what is th purpose of plant cell
What does the spongy layer of a privet leaf do?
Spongy Layer - A layer of the mesophyll. The spongy layer consists of chloroplasts and parenchyma cells, and relatively large intercellular spaces. It is far less ordered than the palisade layer, and the intercellular spaces are important in gas exchange and transpiration.
How does water get into the mesophyll cells of plant leaves?
Water enters the mesophyll cells of plant leaves primarily through the process of osmosis. When roots absorb water from the soil, it travels through the plant’s vascular system, specifically the xylem, and reaches the leaves. The concentration of solutes in the mesophyll cells is higher than in the surrounding intercellular spaces, creating an osmotic gradient that draws water into the cells. Additionally, transpiration (water loss from the leaf surface) helps maintain this gradient, facilitating continuous water movement into the mesophyll.
