Role and Importance of Radioactive and Non-Radioactive Assignment from jamestunker's blog

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Strategy for Handle Radioactive and Non-Radioactive 


Radioactive decay is the procedure by which an atomic basis of an unbalanced atom loses energy by producing ionizing particles. The release is impulsive, in that the atom declines without any communication with another atom from outside the atom (i.e., without a nuclear reaction). Typically, radioactive decay occurs due to a procedure limited to the nucleus of the unstable atom, but sporadically (as with the dissimilar procedure of electron capture and interior conversion) an internal electron of the radioactive atom is also essential to the course.


Radioactive decay phenomenon is an impulsive method. Radioactive decay procedure does not depend on the exterior factors like temperature, pressure etc. It is incredible to guess that which on the specific atom will decline in the specific interval of time.


Non-Radioactive Procedures:


Nucleic acid hybridization can be noticed by labeling the review with a dangerous isotope or a non-radioactive element. Therefore, hybridization process can be of two types depending upon the type of label used to tag the probe.


Non-radioactive hybridization events have extensive submissions in different areas. The non-radioactive hybridization actions intensifies a signal (detects the DNA sample) by enzymatic conversion of chromogenic or chemilumniscent substrates. Chromogenic substrates changes color and chemiluminescent substrates produces light after conversion into a specific product by a suitable enzyme.


In the procedure of radioactive decline of an atom, either an alpha atom or a beta element is emitted. No any two particles produced concurrently. At one time only one particle is produced.


There are two types of non-radioactive labelling procedures:


Direct Non-Radioactive Labelling: In direct non-radioactive labeling, a labeled group is attached to a nucleotide and then this labelled nucleotide is incorporated in the reaction mixture. Labelling group in this method can be a fluorophore (chemical group which fluoresce when exposed to light of certain wavelength). Examples of fluorophores are fluorescein (green), rhodamine (red), texas red (red), AMCA (blue), CY3 (red), etc.


Indirect Non-Radioactive Labelling: In indirect non-radioactive labeling, a reporter molecule (R) is coupled (chemically) to the nucleotide. This reporter labeled nucleotide then gets incorporated into DNA. An affinity molecule (A) which has very high specificity for the reporter molecule is initially conjugated to a marker molecule (M, detected with the help of an assay) which can be detected and then added to the reaction mixture.


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By jamestunker
Added Oct 14

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