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What are closely- stacked flattened membrane sacs?
Golgi bodies, or golgies.
What organelle is closely stacked flattened membrane sacs?
The endoplasmic reticulum is the organelle that's looks like a stack of sacs.
Closely stacked flattened sacs?
The description fits the structure of the Golgi apparatus, which is composed of closely stacked membrane-bound sacs responsible for processing, modifying, and packaging proteins for secretion or for delivery to other cellular organelles.
Closely stacked flattened sacs plant only?
That description matches the structure of a chloroplast, which is found in plant cells and is responsible for photosynthesis.
Is The structure of a body part is closely related to its function?
Yes, the structure of a body part is closely related to its function. The specific anatomical features of a body part are designed to support its particular function, allowing it to perform its role efficiently. This relationship between structure and function is a fundamental principle in biology known as form follows function.
The structure of a cell is most closely related to what?
The structure of a cell is most closely related to its function. Different types of cells have unique structures that are specialized to perform specific functions within the organism. The structure determines what activities the cell can carry out and how it interacts with its environment.
Is a ray a flattened shark?
yes. they are closely related to sharks
What closely stacked flattened sacs?
Golgi bodies, or golgies.
What are closely stacked flattened sacs?
Golgi bodies, or golgies.
What is closely stacked flattened sacs in plants cells?
chloroplast
Is structure and function the same thing?
Structure refers to the physical arrangement of parts or components, while function refers to the role or purpose that those parts or components serve. In many cases, the structure of an object or system is closely related to its function, as the design of the structure often influences how well it can perform its intended function.
Why does cholesterol increase membrane fluidity in cells?
Cholesterol increases membrane fluidity in cells by preventing the phospholipid molecules in the cell membrane from packing too closely together. This helps maintain the flexibility and stability of the membrane, allowing it to function properly.
