I will lick tf out of yo ppussy
Pretty much any living organism produces proteins since proteins are necessary for life. This includes everything from plants to fungi to microbes to cells. Viruses cannot produce proteins in and of themselves since they need their host's ribosomes to make their protein.
it might be a protein.. since proteins are polymers of various amino acids..
Since ribosomes aid in the production of proteins, the cell with more of them would be the better protein producer.
Even with 20 amino acids, there can be innumerable combinations. Since amino acids can be repeated in the polypeptide chain, it is easy to create a variety of proteins. It must also be taken to account that just one protein is made from around 50 amino acids minimum, which greatly increases the diversity of the protein. Even with just 50 amino acids, the different arrangements can be 3.04*1064, which is a significant amount of proteins that can be made from arrangements of just 50 amino acids.
They synthesize proteins which are utilized or used inside the cell. Many found in the surface of the rough ER or free in the cytoplasm.
Pretty much any living organism produces proteins since proteins are necessary for life. This includes everything from plants to fungi to microbes to cells. Viruses cannot produce proteins in and of themselves since they need their host's ribosomes to make their protein.
it might be a protein.. since proteins are polymers of various amino acids..
Ribosomes are composed of RNA and proteins and two sub units depends on Mg concentration.
Since keratin is a protein, the endoplasmic reticulum would be prominent.
It occurs in the lysosome(s) of a cell to digest food substances.
No, Protein is not an element. In science, an element is defined as a pure substance consisting of only one type of atom which can be distinguished by its atomic number. Since the definition does not fit protein, we can conclude that it is not an element. Biologically speaking, proteins are called organic compounds. Proteins are vital for the daily function of our body. Sources of protein include beef, chicken, beans and nuts. The body then uses all the proteins you have consumed to make specialised molecules each with a specific role in the body. For example, your body uses protein to make haemoglobin. Haemoglobin is the protein attached to the red blood cells that transport oxygen through the body.
Since ribosomes aid in the production of proteins, the cell with more of them would be the better protein producer.
Since ribosomes aid in the production of proteins, the cell with more of them would be the better protein producer.
Even with 20 amino acids, there can be innumerable combinations. Since amino acids can be repeated in the polypeptide chain, it is easy to create a variety of proteins. It must also be taken to account that just one protein is made from around 50 amino acids minimum, which greatly increases the diversity of the protein. Even with just 50 amino acids, the different arrangements can be 3.04*1064, which is a significant amount of proteins that can be made from arrangements of just 50 amino acids.
There would be no change at all as these are proteins, you would digest them. You would need to inject these proteins to have any chance of an effect and since we are warm blooded creatures we would die of hypothermia before the antifreeze protein would take action.
All the proteins in the human body are harmless. The protein which may be look harmless may cause deleterious effect when injected directly into our blood. This is because the engulfed proteins in food are digested by our digestive system since they are not harmful. But the same may not true if injected.
They synthesize proteins which are utilized or used inside the cell. Many found in the surface of the rough ER or free in the cytoplasm.