Under normal circumstances, yes, it is stable at room temperature for at least a few days or even a few weeks. However, this is only coming from personal experience. It should be kept in 4 degree whenever possible, and -20 degree for long-term storage.
no a double sran his stronger and therefore more stable.
B form of DNA is more stable because all physiological condition within the cell support this form of DNA
GC pairing is most stable and require maximum energy to dissoicate. This is reason that rate of DNA denaturation depends upon the GC content of DNA.
By the thermal energy of room temperature its breaks naturally
Living organisms have cells, grow and develop, can reproduce, have homeostasis (the ability to have a stable body temperature), DNA, and stimulus (the ability to respond to surroundings).
boron can be stable maybe if it is in the room temperature
Yes, in dry atmosphere.
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In an elution buffer at room temperature.
Yes, it is a crystallic soli, though not very stable at elevated temperature
Fluorine is not stable. It has 7 valence electrons, and will therefore partake in chemical reactions.
solid. Very stable at room temperature.
These are the noble or inert gases, and they are all stable except for radon. Radon has no stable isotopes.
The transition temperature of two allotropic forms of tin is 13.2degree c .so this temperature indicates white tin is more stable above 13.2degree celsius ,which is room temperature.
Asparaginase is a drug that is stable for at least 48 hours at room temperature. If the drug?æis stored above or below recommended temperatures, the potency of the drug will be reduced.?æ
The divacancy (V2) is one of the most prominent and fundamental intrinsic defects in Si stable at room temperature.
No, Holmium is stable in dry air at room temperature but is rapidly oxidized in moist air or when heated.