protine
It is not necessary that all salad ingredients must be soluble or miscible; so eat salads without the care of polarity.
Clever mechanisms turn genes off and on so that they only function when there is a need for their services
because protein needs our body to make a move..
one gene codes for one protein - apex
In order to focus a high powered lens, you have to turn the knob using the scanning lens. Then rotate the high powered lens. But you must be careful as to not turn the knob so much that it cracks the slide because then you have to clean a glassy mess.
alleles are an expression of a gene given in chromosomes, which is coded by DNA, which in turn is made by the ribosomes , which in turn is made up of proteins. Short answer: they are made up of proteins.
sage is a herb. Made of many cells which in turn are made of molecules, some proteins and some carbohydrates.
Yes there is a turn over cycle happens for all proteins in cell. If a protein is not needed or a protein has done its job it will be degraded by proteases. Also the house keeping proteins are constantly made as they are needed for the cells primary activities.
The runner does not have to turn right after an over run in order not to be tagged out. The rule is that the runner must not make any attempt to go to second. Thus a runner may stop after the overrun and head straight back to first even after not turning right. Runners turn right in order to make it absolutely clear that no attempt is being made to advance to second.
How should production be organized
How should production be organized
They must suspend the rules.They must suspend the rule...
They must suspend the rules.They must suspend the rule...
HNO3 has oxidized the proteins in the skin. HNO3 has oxidized the proteins in the skin.
Proteins are required for growth and repair. Proteins contain Carbon, Hydrogen, Oxygen, Nitrogen and sometimes Sulphur. Proteins are very large molecules, so they cannot get directly into our blood; they must be turned into amino-acids by the digestive system. There are over 20 different amino-acids. Our bodies can turn the amino-acids back into protein. When our cells do this they have to put the amino-acids together in the correct order. There are many millions of possible combinations or sequences of amino-acids; it is our DNA which contains the information about how to make proteins. Our cells get their amino-acids from the blood. Proteins can also be used as a source of energy.
The four classes of organic compounds required by living things are carbohydrates, proteins, lipids, and nucleic acids. Starch and cellulose are both polymers built from glucose, but the glucose molecules are arranged differently in each case. Different proteins are made when different sequences of amino acids are linked into long chains. Gram for gram, lipids release twice as much energy in your body as do carbohydrates. The differences among living things depend on the order of nucleotides in their DNA. The order of DNA nucleotides determines a related order in RNA. The order of RNA nucleotides, in turn, determines the sequence of amino acids in proteins made by a living cell.
Nucleus because it sends out RNA to the Ribosomes to make proteins.