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What is the difference between free and attached robosomes?
Free ribosomes are located in the cytoplasm and synthesize proteins that remain within the cell, while attached ribosomes are bound to the endoplasmic reticulum and synthesize proteins that are either incorporated into cell membranes or exported from the cell. Both types of ribosomes carry out protein synthesis, but their location and functions differ.
What allows a cell to decipher the genetic code?
Cells decipher the genetic code using a process called translation, where messenger RNA (mRNA) is read by ribosomes to assemble amino acids into proteins according to the sequence of codons. Transfer RNA (tRNA) molecules bring specific amino acids to the ribosomes based on the sequence of codons on the mRNA. This process ensures that the genetic information encoded in DNA is used to produce specific proteins within the cell.
Is a eubacterium a type of eukaryotic explain?
No, Eubacteria are prokaryotic. The difference between eukaryotic organisms and prokaryotic organisms is fairly simple. It all has to do with cell structure: Eukaryotes: - Have Nucleus - Have Membrane-bound organelles - Usually found in multi-cellular organisms. Prokaryotes: - Have no nucleus, instead they just have a mass of DNA floating inside. - Do not have membrane-bound organelles, just robosomes. - Usually are uni-cellular and have some sort of propulsion device, such as a flagellum.
What are the most common post translational modifications?
Post-translation or Post-translational regulation refers to the control of the levels of active protein either by means of reversible events (Post-translational modifications, such as Phosphorylation or sequestration) or by means of irreversible events (proteolysis).
How does a bacterial cell differ from a plants or animals cells?
Bacteria are among the most primitive organisms in the planet. Some bacteria can live with little or no oxygen. Bacteria are different from plant and animal cells in that they have no mitochondria or robosomes. They don't have a nucleus either. Because of this, most of their organelles that would be in the nucleus area in a plant or animal cell are just floating around in the bacterial cell. They also differ in their structure because they might include a flagellum (some bacteria have a whiplike tail to help it move), pili (hairlike structures that help them to attach to each other and to surfaces), and a capsule, which is a sticky coating surounding the bacteria, and makes it difficult for amnimals' white blood cells to destroy it.
What do microfilaments do for the cell?
nucleolus- thought tomake robosomes and found in the nucleus
The nucleolus that performs the same function?
hello im looking for the same answer it might be something the will produce something because in this case it producs robosomes
What is the difference between free and attached robosomes?
Free ribosomes are located in the cytoplasm and synthesize proteins that remain within the cell, while attached ribosomes are bound to the endoplasmic reticulum and synthesize proteins that are either incorporated into cell membranes or exported from the cell. Both types of ribosomes carry out protein synthesis, but their location and functions differ.
What is the location of robosomes?
There are two places that ribosomes usually exist in the cell: suspended in the cytosol and bound to the endoplasmic reticulum. These ribosomes are called free ribosomes and bound ribosomes respectively.
What produces the proteins for the cell?
robosomes in the endoplasmic reticulum.
What allows a cell to decipher the genetic code?
Cells decipher the genetic code using a process called translation, where messenger RNA (mRNA) is read by ribosomes to assemble amino acids into proteins according to the sequence of codons. Transfer RNA (tRNA) molecules bring specific amino acids to the ribosomes based on the sequence of codons on the mRNA. This process ensures that the genetic information encoded in DNA is used to produce specific proteins within the cell.
Is a eubacterium a type of eukaryotic explain?
No, Eubacteria are prokaryotic. The difference between eukaryotic organisms and prokaryotic organisms is fairly simple. It all has to do with cell structure: Eukaryotes: - Have Nucleus - Have Membrane-bound organelles - Usually found in multi-cellular organisms. Prokaryotes: - Have no nucleus, instead they just have a mass of DNA floating inside. - Do not have membrane-bound organelles, just robosomes. - Usually are uni-cellular and have some sort of propulsion device, such as a flagellum.
What are the most common post translational modifications?
Post-translation or Post-translational regulation refers to the control of the levels of active protein either by means of reversible events (Post-translational modifications, such as Phosphorylation or sequestration) or by means of irreversible events (proteolysis).
Structure of a lipid?
a fat cell, is also an animal cell, so it also has all the same parts that a animal cell would, a smooth endoplasmic reticulum, a rough endoplasmic reticulum , a nucleus, chromosomes,a cell membrane, a vacuole, mitochondria, robosomes, a Golgi apparatus, lusosomes etc. but most importantly it has lipid(fat) that takes up most of the fat cell.
How does a bacterial cell differ from a plants or animals cells?
Bacteria are among the most primitive organisms in the planet. Some bacteria can live with little or no oxygen. Bacteria are different from plant and animal cells in that they have no mitochondria or robosomes. They don't have a nucleus either. Because of this, most of their organelles that would be in the nucleus area in a plant or animal cell are just floating around in the bacterial cell. They also differ in their structure because they might include a flagellum (some bacteria have a whiplike tail to help it move), pili (hairlike structures that help them to attach to each other and to surfaces), and a capsule, which is a sticky coating surounding the bacteria, and makes it difficult for amnimals' white blood cells to destroy it.
How is the cell a school?
organelles - classroomsnucleus - principle's office /main officecell wall - building structureplasma membrane - inside wallscentral vacuole - bathroomsmitochundria - teacherslysosomes - cafeteriacell membrane - hallwaysThis cell analogy is of a school.
