Understanding DNA Technology - sandra7river's Blog

This is a preview of your post, if you're happy with it go ahead and Publish It!

Understanding DNA Technology


Undeniably, bio information revolutionized the concept of science. Scientific fields of biochemistry, genetics, biology and also forensics have been changed via this powerful technology. Deoxyribonucleic acid, referred to as DNA, is really an organism's genetic material. This technology has solved many mysteries behind evolution, diseases and also human behavior.
DNA technology is also being traditionally used to verify biological relationships and the identity of an individual living or deceased. Major advances in DNA profiling have enabled DNA tests being finished in only a limited time.

There are plenty of technologies found in DNA testing. The most usual this are Electrophoresis, Short Tandem Repeats (STRs), Polymerase Incidents (PCR), Mitochondrial DNA Sequencing (mtDNA Sequencing) and Restrictive Fragment Length Polymorphism or RFLP. A brief description of every technology is provided below.
Electrophoresis is actually a technique in separating DNA fragments reported by size by introducing an electric field in to the DNA molecule. The DNA molecule is placed using a viscous medium, referred to as the gel. Longer and smaller molecules are separated for their different abilities to move the gel.
Short Tandem Repeats (STRs) is a kind of DNA analysis performed to examine specific areas inside of a DNA. Each individual has differences in certain DNA regions. These differences are widely-used to ascertain the identity associated with an individual.
Polymerase Squence of events (PCR) is usually a technique utilized to create precise DNA replications. Millions of replications are made thereby allowing DNA analysis being performed on samples that are extremely tiny like a handful of skin cells. The sample though should not be contaminated by DNA of some other source.
Mitochondrial DNA Sequencing (mtDNA Sequencing). There are a couple of varieties of cells in a DNA - nuclear DNA and mitochondrial DNA. There are cases wherein a sample is simply too old without any longer has nuclear DNA. mtDNA Sequencing is often a technique employed to recover mitochondrial DNA. Forensics uses this particular technology on cases that were unsolved even though lots of years.
Restrictive Fragment Length Polymorphism (RFLP) wave genetics one of the primary technologies utilised in DNA analysis and is also no more widespread. RFLP analyzes different lengths of DNA fragments from the digestion of a sample that has a restriction endonuclease enzyme.

Related posts:
Understanding DNA Technology
Understanding DNA Technology