The phrase "a set of genetic" is not complete and requires additional context to be fully correct and usable in written English.
You can use it when referring to a collection or group of genetic elements, traits, or information, but it should be followed by a noun to clarify what is being described.
Example: "The researchers analyzed a set of genetic markers to determine the ancestry of the population."
Alternatives: "a collection of genetic" or "a group of genetic".
A major challenge of medical genetics is to determine a set of genetic markers, which when combined together with conventional risk factors could be used in predicting an individual's susceptibility to developing various complex disorders.
Cloning and perhaps stem cell research itself offers us the chance to reduce human life to a set of genetic products -- to monetize and productize human life -- a frightening prospect.
In close and hectic surroundings, they were examined by a succession of experts -- the pathologist, the forensic dentist, the fingerprint analyst, the DNA specialist -- all in search of something distinguishable, from an inscribed wedding ring to a set of genetic markers.
She was especially upset that Bob had not been moved to contact them in the wake of the deaths of his children — both had suffered from sudden arrhythmic death syndromes, a set of genetic conditions with which Francis could have unknowingly been afflicted.
After applying a set of genetic operations, the GA generates a new generation based on the previous generation.
In order to improve the performance of the algorithm, a set of genetic operators and differential evolution operators are combined.
The network information clearly shows the relative importance of a set of genetic loci on a clinical phenotype.
Although a set of genetic and social preconditions influences that decision, it is equally the product of an individual decision in that specific situation.
If, for example, a set of genetic sequences is essential to reproducing the work, you can make it available through a freely accessible database like Genbank, Barbour says.
A complex disease signature can be computationally built from predictive measurements of clinical outcomes, such as disease state, survival time, response to therapy, including a set of genetic and biomolecular features identifying clinical phenotypes.
