DNA microarray analysis allows both high throughput and high density analysis of genetic polymorphisms in humans and other types of organisms. It has significantly reduced the cost of scientific studies linking physical traits to specific genes, thus leading to a better understanding of the human body and what doctors can do to diagnose and treat diseases. Genetic analysis is a cost saving technology, in that it can be involved in preventative medicine as well as prescribing the best possible treatments and dosages for those diseases which have been well characterized. These effects can bring tremendous advantages in reducing the cost of care and thus have a beneficial effect on the economy.
Microarray analysis involves breaking open a cell, isolating its genetic contents, identifying all the genes that are turned on in that particular cell and generating a list of those genes.
Otherwise known as "microarray chips," DNA microarray are used to determined the genetic makeup of a given tissue sample. By shining various bands of light on these chips, the gene(s) in the tissue are expressed in the form of a particular color.
A cDNA microarray is a hybrid of a DNA microarray, which is a collection of a number of minute DNA dots. These are mostly used in the field of genetic testing.
Genetic screening can prevent people from getting insured.
by keeping genetic screening results private
Genomic analysis are the techniques needed to determine and compare the genetic sequence (e.g. DNA in the chromosomes and mitochondria). This includes DNA sequencing, routine use of DNA microarray technology for the analysis of gene expression profiles at the mRNA level and improved informatic tools to organize and analyze such data. At the same time, new developments in chip-based analysis of samples and the emergence of models of gene networks.
The terms could be used interchangably but screening is usually a study of parental ancestry to determine if their are historical markers that would warrant genetic testing, karotyping.
Genetic screening is a through testing process that analyses a person DNA. Genetic screening is usually a medical procedure that tries to establish any disorders in the DNA system.
because u suck give me an answer and stop what you are doing
Aviad E. Raz has written: 'Community genetics and genetic alliances' -- subject(s): Community health services, Eugenics, Genetic counseling, Genetic screening, Prenatal diagnosis, Social aspects, Social aspects of Genetic screening
choose certain things about your child
There are several types of genetic screening, not just 3: Prenatal screening: Where the DNA of the fetus is analyzed. New born Screening: DNA of a child is analyzed after birth. Carrier Screening: Where family members' DNA is analyzed Diagnostic: Analyzing a person's DNA anytime in their life, especially for a genetic disease. Forensic: Analyzing DNA for a legal issue and analyzing the DNA of dead individuals to identify them. I hope this helped, I know there are a couple more but these are the main ones.