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1. DNA/chromosome=plans. DNA is analogous to such plans, providing the code not only for all cell products, but also the proteins that govern daily operations within the cell.2. Smooth endoplasmic reticulum=hallways: Factories have hallways through which information from the office travels to the workers in all departments.3. Ribosome=worker. Factory workers translate instructions from headquarters into products. 4.Rough endoplasmic reticulum=assembly line. Workers gather in regions of the factory where assembly takes place. 5.Protein=product. Factories produce products for internal and external use and distributed to workers who combine various components to assemble a product.6.Cytoplasm=stock room. A factory needs a stock room from which parts can be taken for use on the assembly line. 7. mRNA=photocopy. Although the master plans of a company may be protected in the factory headquarters, individual plans may be photocopied and distributed to workers as needed. 8. tRNA=stockroom helpers. Stockroom helpers bring components to the assembly line where they can be combined into products. 9. Mitochondrion=powerhouse. A powerhouse converts energy from one form to another. 10. ATP=electricity.11. Golgi=shipping and receiving.12. Vacuoles=trash cans.
1. DNA/chromosome=plans. DNA is analogous to such plans, providing the code not only for all cell products, but also the proteins that govern daily operations within the cell.
2. Smooth endoplasmic reticulum=hallways: Factories have hallways through which information from the office travels to the workers in all departments.
3. Ribosome=worker. Factory workers "translate" instructions from headquarters into products.
4.Rough endoplasmic reticulum=assembly line. Workers gather in regions of the factory where assembly takes place.
5.Protein=product. Factories produce products for internal and external use and distributed to workers who combine various components to assemble a product.
6.Cytoplasm=stock room. A factory needs a stock room from which parts can be taken for use on the assembly line. .
7. mRNA=photocopy. Although the master plans of a company may be protected in the factory headquarters, individual plans may be photocopied and distributed to workers as needed.
8. tRNA=stockroom helpers. Stockroom helpers bring components to the assembly line where they can be combined into products.
9. Mitochondrion=powerhouse. A powerhouse converts energy from one form to another.
10. ATP=electricity.
11. Golgi=shipping and receiving
12. Vacuoles=trash bins.
Wiki User
∙ 9y ago
Wiki User
∙ 9y ago1. DNA/chromosome=plans. DNA is analogous to such plans, providing the code not only for all cell products, but also the proteins that govern daily operations within the cell.
2. Smooth endoplasmic reticulum=hallways: Factories have hallways through which information from the office travels to the workers in all departments.
3. Ribosome=worker. Factory workers "translate" instructions from headquarters into products.
4.Rough endoplasmic reticulum=assembly line. Workers gather in regions of the factory where assembly takes place.
5.Protein=product. Factories produce products for internal and external use and distributed to workers who combine various components to assemble a product.
6.Cytoplasm=stock room. A factory needs a stock room from which parts can be taken for use on the assembly line. .
7. mRNA=photocopy. Although the master plans of a company may be protected in the factory headquarters, individual plans may be photocopied and distributed to workers as needed.
8. tRNA=stockroom helpers. Stockroom helpers bring components to the assembly line where they can be combined into products.
9. Mitochondrion=powerhouse. A powerhouse converts energy from one form to another.
10. ATP=electricity.
11. Golgi=shipping and receiving
12. Vacuoles=trash bins.
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What structure of each kind of body cell is suited to its what?
Organelles
Analyze how are structure and function related to adaptation?
you need an structure and each part of it has a function like an animal formated or structured by cells and each cell has to adapt to its own function
A human liver cell is very different in a structure and function from a nerve cell in the same person this is best explained by the fact?
A.different genes function in each type of cell
How do eukaryotic cells differ from each other?
Eukaryotic cells differ from each other due to their structure and function
What determines the function of each organelle in a cell?
function
The structure of each kind of body cell is suied to its?
function
What structure of each kind of body cell is suited to its what?
Organelles
Analyze how are structure and function related to adaptation?
you need an structure and each part of it has a function like an animal formated or structured by cells and each cell has to adapt to its own function
What structure of each kind of body cell is it suited to?
Function. Your welcome!
A human liver cell is very different in a structure and function from a nerve cell in the same person this is best explained by the fact?
A.different genes function in each type of cell
How do a structure within a cell allow it to specialize?
The structures within a cell allow it to specialize by allowing each structure to perform a unique or specific function to its adaptation.
How do eukaryotic cells differ from each other?
Eukaryotic cells differ from each other due to their structure and function
What determines the function of each organelle in a cell?
function
What is the function of each structure?
It can be anything
How are retina cells and muscle cells able to function differently?
The have differentiated so that each only produces certain kinds of proteins.The types of proteins a cell produces determines its function. From structure comes function.
What does an organelle do in a cell?
Each one has a different function in the cell.
How do structures with a cell allow the cell to be specialized?
The structures allow the cell to perform specific functions.
