DNA can be beneficial in not only prosecution but also in defending innocent suspects as well. Frequently convictions prior to the use of DNA were based on faulty eyewitness or shaky evidence and when reexamined using modern techniques it is discovered that they could not possibly have donated the DNA material to the crime scene. DNA analysis itself is not infallible, however, it can be a useful tool for BOTH sides and the statistical analysis of the results is vital to making a proper interpretation of such evidence. When done correctly it is a benefit to justice on both sides.
DNA is the genetic code for your body. DNA tells what color your hair is going to be or what skin pigment you will have-- how much melanin your skin will produce. It even tells what kind of nose you will have and what your lips will be like. It makes you who you are. Chromosomes, strands of DNA packed together, also tell if you will be Autistic or have some genetic disease. Some diseases are caused by the mutation of DNA, but not all, such as AIDs.
DNA has a number of uses in science and technology. It is most commonly applied in genetic engineering, forensics, bioinformatics, history, and anthropology.
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It's safe to assume that DNA is used in DNA replication. One double stranded Dna 'fiber' is replicated into two IDENTICAL double stranded Dna 'fibers'.
DNA endonucleases are used to cut the DNA. They are specific enzyme that recognize the particular site of the DNA and digest them. DNA polymerase and DNA ligase are also involved in repairing DNA damage.
No, it is not found in DNA, thought it is found in RNA.
restriction enzymes are used to cut DNA.
DNA microarray analysis is a technique used to match up two strands of DNA. It is used in paternity tests and in criminal investigations in which a perpetrator's DNA was found at the crime scene.
A single strand of DNA used for DNA testing is called PCR
DNA and ATP is used by the Golgi Complex
It's safe to assume that DNA is used in DNA replication. One double stranded Dna 'fiber' is replicated into two IDENTICAL double stranded Dna 'fibers'.
DNA endonucleases are used to cut the DNA. They are specific enzyme that recognize the particular site of the DNA and digest them. DNA polymerase and DNA ligase are also involved in repairing DNA damage.
DNA & RNA are used in making proteins during transcription and translation reactions .
No, it is not found in DNA, thought it is found in RNA.
When was the first DNA
Recombinant DNA technology
DNA ligase is a very specific enzyme used in microbiology. The enzyme is used to help join DNA strands together and is used for DNA replication and repair.
restriction enzymes are used to cut DNA.
They do not sequence DNA by themselves but gels can separate DNA pieces to then be used for sequencing. Basically no
Chemical mutagens are used to change DNA sequences, (bacterial) enzymes are used to cut and copy DNA, and repressors are used to prevent the expression of genes.