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Ribosomes produce the animal cell's protein.
mitchondia
There is no organ that makes proteins. All cells can make proteins if they are directed by their master that is nucleus. If a gene is expressed in the cell, it will form RNA and may translates to protein.
There are no cells in organelles, organelles make up cells. Vira are different from organelles in that a virus has three basic features: a shell that serves as a body, mobility structures that help it latch on to something, and a DNA or RNA vector that they feed to the nucleus of a host cell.
No. Ribosomes are not cells at all, but are organelles within cells that help to make proteins for the cell.
Well Molecules make Cells which Helps it make the Structure of an organ which helps make organelles wich make cells. and thats HOW!!!!
ribosomes
Ribosomes are the smallest organelles, and they make protein. Both animal and plant cells have ribosomes.
Ribosomes are organelles that hook together amino acids to make proteins.
Ribosomes produce the animal cell's protein.
well, ribosomes make proteins within a cell, but mitochondria have proteins.
Organelles are little bodies found inside cells. As for the sequence amino acids, it depends on which type of proteins. There are hundreds of sequences.
Ribosomes in the cells of a human body are responsible for making proteins. Ribosomes are small organelles that translate the genetic information encoded in DNA into proteins. They are found in all types of cells and are crucial for protein synthesis.
The organelles of the cells would exist freely in the space. This would make protein synthesis very difficult as the transport carriers would have to seek out the respective organells.
mitchondia
organelles form cells and cells make up tissues and tissues make up organs and organs make up organ system so the answer is organ systems
Enzymes are proteins, as too are many structural parts of plants, and even organelles within cells are composed of protein. Nuts and seeds always contain large amounts of protein, as they need to support the plant in its first few days of 'life'.