Closed DNA (circular) is a characteristic of prokaryotes. Circular DNA that is not on the bacterial chromosome are called plasmids.
PRESENT IN BACTERIA ONLY!!: Plasmids.
No. Most of the DNA in a cell is stored in the nucleus. Sometimes, there are separate loops of DNA loose in a cell called plasmids. In prokaryotic cells the DNA is just loose in the cell, but even then the golgi body is DNA-free.
Bacteria are called prokaryotes because a bacterium cell lacks a nucleus. The DNA is found as loops in discrete sites in the cytoplasm, rather than in a nucleus.
5 stems and 3 loops
Negative Feedback Loops
Plasmids
PRESENT IN BACTERIA ONLY!!: Plasmids.
You might have heard about the open or closed loop system. If it is a closed loop system, then it is referring to the continuous piping loops that are set underground. These loops are to be filled with an anti-freeze-like liquid which is the key to transforming the floor temperature into the geothermal heat pump.
A chain is made by forming loops of metal from a wire to form the links of the chain, the loops are then interlinked and the open ends are welded closed.
Plasmid (main circular DNA molecule) and transposons (smaller DNA loops).
yes because they start from the positive charge and ends at the negative charge so closed path
It does not. Look up the definition. Alot of time when we build a "closed system" is not really a closed system. Close, but not all of the way there. That is why you have make-up water on mechanical closed loops and why you add water to your radiator.
They're called contour lines. They link places of similar elevation.
No. Most of the DNA in a cell is stored in the nucleus. Sometimes, there are separate loops of DNA loose in a cell called plasmids. In prokaryotic cells the DNA is just loose in the cell, but even then the golgi body is DNA-free.
That they have both DNA Bacterial DNA is a (closed) circle, those of human is lineair (straight) if you stretch it. Bacterial DNA does not have Proteines, Human DNA has Proteines. Bacteria have also RNA The DNA of bacteria is easy to reach , those of human not.
Hysteresis loops tell about the magnetic properties of a material. E.g. wider loops indicate that the material is magnetically hard (i.e. it retains magnetisation even if the applied field is removed, permanent magnetics have much wider hysteresis loops)whereas thinner loops represent it to be soft (if the magnetic field is removed, the material doens't show any magentism). This is one advantage of hysteresis loops. further, such loops can identify the grain size of a material and much more. hope it answers your question.
Fruit loops is in the pantry.