Respiration is the major one.Also protein synthesis also carried out.
During protein synthesis, the amino acids are linked together by peptide bonds. This process is carried out by the ribosomes.
Protein synthesis is carried out at the ribosomes, during translation.
The rebuilding of ADP into ATP with a new source of energy is carried out by a process called dehydration synthesis. Dehydration synthesis involves the joining of two compounds in association with the loss of a water molecule between them.
Translation builds the proteins (protein synthesis) from the code carried by mRNA.
the palisade mesophyll cell is where most of the photo synthesis is carried out.
The code to make a protein is carried by a strand of messenger RNA
because if the temperature rises it will give o-nitroacetanilide too.
The endoplasmic reticulum is studded with ribosomes and it MODIFIES proteins. Protein synthesis is strictly carried out in ribosomes, though the ribosome may thread the polypeptide directly into the ER for modification.
An enzyme speeds up a chemical reaction. Therefore, once an enzyme has carried out it's function, it moves onto the next reaction. For example, the enzyme maltase speeds up the synthesis of maltose from two glucose molecules. Once the enzyme has carried out the synthesis of maltose, it then moves onto another glucose to maltose reaction. Enzymes do not "wear out."
Translation is the process where the mRNA is used to encode synthesis of proteins in the cell. In eukaryotes, the process of translation is carried out in the cytoplasm after the mRNA has left the nucleus.
When a compound containing an asymmetric carbon atom is synthesised by ordinary laboratory methods from a symmetric compound ,the product is a racemic mixture.if ,however ,such a synthesis is carried under the asymmetric influence of a suitable optically active reagent ,only one of the optically active isomers ( or-)is formed.This process in which an asymmetric compound is synthesised from a symmetric compound to yield the ( ) isomer or (-)isomer directly is termed asymmetric synthesis.
ribosomes are tiny granular structures that are either floating in cytoplasm or bonded to endoplasmic reticulum. they are the sites of protein synthesis, where the message carried by mRNA is translated into protein.
All mammalian cells are capable of making there own cholesterol.It's not a major component of membrane.What is carried by the blood is carried by specialized proteins.
The last step in the synthesis of secretory protein synthesis is exocytosis.
By being carried in small sacs of membrane (vesicles) that move insulin from the endoplasmic reticulum to the Golgi apparatus then to the plasma membrane.
Protein synthesis (the process of making proteins) are carried out by ribosomes that are either present in the cytoplasm or anchored to the Endoplasmic Reticulum (ER). The presence of ribosome molecules on the ER give it a rough appearance and this structure id therefore called the rough ER (RER). To summarize, protein synthesis occurs on the surface of the RER
why does the body need protein synthesis while the also synthesis protein?
Because protein synthesis is taking place.
cholesterol synthesis FA synthesis TCA cycle Ketone synthesis
MRNA is the carrier of genetic material for protein synthesis. MRNA is transcribed from a DNA strand through transcription. Poly A tail and 5 prime head are attacked to either end and exxons are spliced together and introns are removed. The 5 prime head attaches at P site to begin protein synthesis.