genetic science

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Related to genetic science: genetic engineering
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Noun1.genetic science - the branch of biology that studies heredity and variation in organismsgenetic science - the branch of biology that studies heredity and variation in organisms
transformation - (genetics) modification of a cell or bacterium by the uptake and incorporation of exogenous DNA
hybridisation, hybridization, hybridizing, interbreeding, crossbreeding, crossing, cross - (genetics) the act of mixing different species or varieties of animals or plants and thus to produce hybrids
chromosome mapping, mapping - (genetics) the process of locating genes on a chromosome
carrier - (genetics) an organism that possesses a recessive gene whose effect is masked by a dominant allele; the associated trait is not apparent but can be passed on to offspring
amphidiploid - (genetics) an organism or cell having a diploid set of chromosomes from each parent
diploid - (genetics) an organism or cell having the normal amount of DNA per cell; i.e., two sets of chromosomes or twice the haploid number
haploid - (genetics) an organism or cell having only one complete set of chromosomes
heteroploid - (genetics) an organism or cell having a chromosome number that is not an even multiple of the haploid chromosome number for that species
polyploid - (genetics) an organism or cell having more than twice the haploid number of chromosomes
crossbreed, hybrid, cross - (genetics) an organism that is the offspring of genetically dissimilar parents or stock; especially offspring produced by breeding plants or animals of different varieties or breeds or species; "a mule is a cross between a horse and a donkey"
vector - (genetics) a virus or other agent that is used to deliver DNA to a cell
cosmid - (genetics) a large vector that is made from a bacteriophage and used to clone genes or gene fragments
character - (genetics) an attribute (structural or functional) that is determined by a gene or group of genes
unit character - (genetics) a character inherited on an all-or-none basis and dependent on the presence of a single gene
hereditary pattern, inheritance - (genetics) attributes acquired via biological heredity from the parents
heterosis, hybrid vigor - (genetics) the tendency of a crossbred organism to have qualities superior to those of either parent
gene linkage, linkage - (genetics) traits that tend to be inherited together as a consequence of an association between their genes; all of the genes of a given chromosome are linked (where one goes they all go)
fertilized ovum, zygote - (genetics) the diploid cell resulting from the union of a haploid spermatozoon and ovum (including the organism that develops from that cell)
heterozygote - (genetics) an organism having two different alleles of a particular gene and so giving rise to varying offspring
homozygote - (genetics) an organism having two identical alleles of a particular gene and so breeding true for the particular characteristic
cistron, gene, factor - (genetics) a segment of DNA that is involved in producing a polypeptide chain; it can include regions preceding and following the coding DNA as well as introns between the exons; it is considered a unit of heredity; "genes were formerly called factors"
allele, allelomorph - (genetics) either of a pair (or series) of alternative forms of a gene that can occupy the same locus on a particular chromosome and that control the same character; "some alleles are dominant over others"
haplotype - (genetics) a combination of alleles (for different genes) that are located closely together on the same chromosome and that tend to be inherited together
XX - (genetics) normal complement of sex chromosomes in a female
XXX - (genetics) abnormal complement of three X chromosomes in a female
XXY - (genetics) abnormal complement of sex hormones in a male resulting in Klinefelter's syndrome
XY - (genetics) normal complement of sex hormones in a male
XYY - (genetics) abnormal complement of sex hormones in a male who has two Y chromosomes
sex chromosome - (genetics) a chromosome that determines the sex of an individual; "mammals normally have two sex chromosomes"
Mendel's law - (genetics) one of two principles of heredity formulated by Gregor Mendel on the basis of his experiments with plants; the principles were limited and modified by subsequent genetic research
biological science, biology - the science that studies living organisms
cytogenetics - the branch of biology that studies the cellular aspects of heredity (especially the chromosomes)
genomics - the branch of genetics that studies organisms in terms of their genomes (their full DNA sequences)
proteomics - the branch of genetics that studies the full set of proteins encoded by a genome
molecular genetics - the branch of genetics concerned with the structure and activity of genetic material at the molecular level
pharmacogenetics - the branch of genetics that studies the genetically determined variations in responses to drugs in humans or laboratory organisms
recombination - (genetics) a combining of genes or characters different from what they were in the parents
chromosomal mutation, genetic mutation, mutation - (genetics) any event that changes genetic structure; any alteration in the inherited nucleic acid sequence of the genotype of an organism
References in periodicals archive ?
BIOTECHNOLOGY AND THE HUMAN GOOD charts the latest arguments over recent developments in reproductive and genetic science, building a case for stewardship routed in Judeo-Christian theism.
But as genetic science has waxed and racism has waned, the usefulness of investigating the genetic source of many diseases that ail us has become increasingly apparent.
The society points out that advances in genetic science promises of improved treatments for genetic conditions.
The early history of genetic science is explained and then a straightforward progression through the study of genetics is explored including the history of DNA discovery, the mechanism of DNA replication (including transcription and translation), techniques of genetic study at the microbiological level, mutations and transposons, methods of genetic manipulation to study a desired effect, and genetic applications to real-world scenarios.
You can explore this subject further with a visit to the Centre for Life's latest exhibition, Inside DNA: A Genomic Revolution, which looks at the latest advances in the field of genetic science and the important role played by scientists based at the Centre for Life and elsewhere in the North East.
Genetic science has great potential for either serving or degrading humanity.
This collection provides materials from the pure sciences, biotechnology, and other areas of genetic science as they relate to drug development, including health and social implications and the ethics of this new field.
The University of Utah, Genetic Science Learning Center http://learn.
The fourth updated edition of Genetic Disorders Sourcebook provides a winning survey offering details on how genes work and the latest research and applications of genetic science.
The questioning of the kinds of desires encouraged by advances in genetic science, is itself thought-provoking, even if the wider story is fantastic.
Breeders are now facing the challenges of how they use that increasing scientific knowledge, if at all, in their breeding, but we're still at the early stages of whether genetic science will help breeding.