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What is the part of a chromosome instruction for a protein?
chromosomes contain there own RNA(ribo nucleic acid).therefore they are able to make there own proteins.
Why mitochondria are able to make some of their proteins?
Mitochondria have their DNA and ribosomes, allowing them to produce some of their proteins independently of the cell. This ability is essential for maintaining mitochondrial function and adapting to changing cellular needs. It also provides a mechanism for mitochondria to control their own protein synthesis and quality.
Where are the proteins synthesized?
Inside the cell,proteins are synthesised in ribosomes attached on rough endoplasmic reticulum.Since,mitochondria and plastids are able to make some of their own proteins,they can also synthesise proteins.
Which cell organelle are able to make their own protein and why?
Mitochondria and chloroplasts are the cell organelles capable of making their own proteins. They contain their own DNA and ribosomes, allowing them to synthesize some of the proteins necessary for their specific functions. This ability is attributed to their evolutionary origins, as both organelles are thought to have evolved from free-living prokaryotic organisms through endosymbiosis.
Why are mitochondria and plastids called semiautonomous membrane?
Mitochondria and plastids are called semiautonomous because they contain their own DNA and ribosomes, allowing them to partially control their own replication and functioning. However, they still rely on the cell for certain essential components and cannot survive independently. The membrane part refers to their double-membrane structure that surrounds the organelles.
What is the part of a chromosome instruction for a protein?
chromosomes contain there own RNA(ribo nucleic acid).therefore they are able to make there own proteins.
What is the difference between Mitochondria and plastids?
The similarity between the two is that both of them have their own DNA and ribosomes. Therefore, they are able to prepare their own protiens. Plastids and Mitochondria have a similar external structure. Both have two membrane covering instead of just one.
Why mitochondria are able to make some of their proteins?
Mitochondria have their DNA and ribosomes, allowing them to produce some of their proteins independently of the cell. This ability is essential for maintaining mitochondrial function and adapting to changing cellular needs. It also provides a mechanism for mitochondria to control their own protein synthesis and quality.
What requires a host cell because they are not able to make proteins on their own?
Viruses require a host cell because they lack the cellular machinery needed to make proteins on their own. They rely on host cells to perform protein synthesis for them in order to replicate and infect other cells.
Where cells make their own proteins?
Cells make their proteins during the process of translation. This occurs in the cytoplasm of the cell.
Where are the proteins synthesized?
Inside the cell,proteins are synthesised in ribosomes attached on rough endoplasmic reticulum.Since,mitochondria and plastids are able to make some of their own proteins,they can also synthesise proteins.
Archaea able to make food?
No, archaea is not able to make its own food.
Name the two organelles in a plant cell that contains their own genetic material and ribosomes?
mitochondria and plastids
Is archaea able to make own food?
no
What organelles are associated with endoymbiont theory?
Plastids (include chloroplasts) and mitochondria contain their own DNA are considered to be endosymbionts. Some think that flagella and cilia may also be but that is rather controversial. Those plastids that contain pigments can carry out photosynthesis. Plastids can also store products like starch and can synthesize fatty acids.
Can the mitochondria manufacture some of their own proteins?
yes they can. They have their own ribosomes which synthesize proteins
Why are mitochondria and plastids called semiautonomous membrane?
Mitochondria and plastids are called semiautonomous because they contain their own DNA and ribosomes, allowing them to partially control their own replication and functioning. However, they still rely on the cell for certain essential components and cannot survive independently. The membrane part refers to their double-membrane structure that surrounds the organelles.
