it can undergo activation into a functional protein through clevage of certain amino acid sequencies. a amino acid sequence primary structure can fold to form the secondary and tertiary sturcture and forming bonds. splicing (Thats what the protein undergoes) to form functional protein.Also their is processing such as glycosylation in the ER to help with protein folding into functional enxymes.
That depends entirely on what protein it is.
The first thing that happens (and which actually starts happening *during* translation) is that the polypeptide chain will start to fold. Different bits of cellular machinery - like chaperone proteins - actually help control and guide this.
Often, polypeptide chains require further modification after synthesis. for example, they might have carbohydrate chains added to them ("glycosylation"), lipids added to them, or other non-protein substances. This usually happens in the golgi body - so the translated polypeptide is transported there for this "post-synthetic modification".
Many proteins do not function as monomers, but will bind to, and operate in concert with, other proteins. So the several proteins of the final, functional unit are assembled into the final "holoprotein". This can happen in many different locations.
Finally, the protein needs to be transported to its end-destination. So maybe it is transported to the plasma membrane, or secreted in exocytotic vesicles, or tranported to the nucleus, or wherever else it is supposed to be sent to.
After translation it will be transported to the organelles where it destined for. It also can be secreted to function out of the cell such as in blood stream. There are two main role of proteins which is, they build cell or your body and they can function as biocatalyst which are enzymes.
the amino acids in that group would be different
In this analogy, the cell membrane is like a wall, keeping what's in the cell inside, and what is outside of the cell out. However, there are "gates" called receptors. Receptors are large protein molecules embedded in the membrane, with one end outside and one end inside. Different gates, or receptors, permit certain things to enter. For example a glucose receptor lets glucose enter the cell. When a glucose molecule passes a glucose receptor, the glucose molecule is attracted to the receptor by an electric charge. It then binds to the receptor, but now the balance of the charges in the protein molecule has been changed, so the protein molecule changes shape. When it changes shape, it pulls the glucose into the cell and then lets go of the glucose. Now the protein is free to return to its original shape, and the glucose is inside the cell.
DNA -> RNA -> protein. That simple!
High blood protein can be a warning sign of chronic inflammation or infection. High blood protein levels have also been linked to certain bone marrow diseases.
A chart hasn't been added but the most important inorganic molecule in cells would be the water molecule.
Amino acid
Proteins are chemical compounds, not reactions.
uh are you dumb IT GETS BURNED
the amino acids in that group would be different
When a molecule loses an electron the molecule has been ionized and oxidized.
Once a molecule of RNA has been synthesized during transcription, RNA molecule migrates to the ribosomes to become the "message" where the "Protein Synthesis" takes place, "reading" the sequence of nucleotides and synthesizing a molecule of protein or peptide. In this process, called "translation" participate the ribosome, tRNA molecules that carry amino acids to the assembly region of the translation complex.
Hungarian is one language. Some books and missives in Hungarian (Magyar) have been translated. Others have not been translated.
Bone emulsion is not made up of milk protein. Bone emulsion is a process that happens after plaster has been mixed with modeling clay to help it harden.
Protein molecules join together to form amino acids and other building blocks of life they make and renew living tissue. Complex chains of protein molecules and amino acids have been detected in deep space and on comets and meteorites. They are everywhere. Hope this helps
It has been translated, on Mangareader.
Pinocchio has been translated into over 300 languages, making it one of the most widely translated works of literature in the world.
All of them have been translated.