Crossword clues for genome
genome
- Set of chromosomes
- Mapping subject
- Chromosome blueprint
- Sequence in heredity
- Full set of chromosomes
- Target of modern mapping
- Organism's set of inherited material
- It wasn't mapped until 2003
- It may be sequenced
- Hereditary sequence
- Full DNA sequence
- DNA map
- Chromosome map
- Chromosomal blueprint
- Biological sequence
- Biological mapping subject
- Biological map subject
- 'Code of life' holder
- Modern map subject
- Human ___ Project (scientific project for mapping DNA)
- Subject of some modern maps
- Full chromosome set
- Subject of scientific mapping
- High-tech map subject
- Content of a 2003 decryption
- Something locked in a cell?
- Subject of a modern map
- One haploid set of chromosomes with the genes they contain
- The full DNA sequence of an organism
- Zurich banker invests European cell contents
- Swiss banker invests energy in complete set of personal make-up
- Set of chromosomes, each initially possessed by dwarf
- Inherited material evident at first in Swiss banker
- Ugly little creature welcomes electronic information about make-up
- DNA carrier
- Chromosome set
Longman Dictionary of Contemporary English
Douglas Harper's Etymology Dictionary
"sum total of genes in a set," 1930, modeled on German genom, coined 1920 by German botanist Hans Winkler, from gen "gene" + (chromos)om "chromosome."
Wiktionary
n. (context genetics English) The complete genetic information (either DNA or, in some viruses, RNA) of an organism.
WordNet
n. the ordering of genes in a haploid set of chromosomes of a particular organism; the full DNA sequence of an organism; "the human genome contains approximately three billion chemical base pairs"
Wikipedia
In modern molecular biology and genetics, a genome is the genetic material of an organism. It consists of DNA (or RNA in RNA viruses). The genome includes both the genes, (the coding regions), the noncoding DNA and the genomes of the mitochondria and chloroplasts.
Genome: The Autobiography of a Species in 23 Chapters is a 1999 popular science book by Matt Ridley, published by Fourth Estate.
Genome is the totality of genetic material carried by an organism.
Genome may also refer to:
- Human genome
- Bovine genome
- Mitochondrial genome
- Genome (book), 1999 nonfiction book by Matt Ridley
- Genome (novel), science fiction novel by Sergey Lukyanenko
- Genome (journal), a scientific journal
- G-Nome, a PC game developed by 7th Level
- Genome, a superior humanoid race in Square's console role-playing game Final Fantasy IX
- Chromosome (genetic algorithm), the parameter set of a proposed solution to a problem posed to a genetic algorithm
- Lord Genome, a character from the anime series Tengen Toppa Gurren Lagann
Genome (, Genom) is a science fiction/ detective novel by the popular Russian sci-fi writer Sergei Lukyanenko. The novel began a series also called Genome, consisting of Dances on the Snow (a prequel, although written later) and Cripples (a sequel). The novel explores the problems of the widespread use of human genetic engineering, which alters not only human physiology but also psychology.
Genome, formerly known as the Canadian Journal of Genetics and Cytology (1959–1986), is a monthly peer-reviewed scientific journal that published since 1959 by NRC Research Press. Genome prints articles in the fields of genetics and genomics, including cytogenetics, molecular and evolutionary genetics, population genetics, and developmental genetics. Genome is affiliated with the Canadian Society for Molecular Biosciences, and is co-edited by Graham Scoles of the University of Saskatchewan and Melania E. Cristescu of McGill University.
Usage examples of "genome".
In a gratifyingly short time she demonstrated how allomorphism might be banished from the Haluk genome.
Here in the low-gravity environment of Triton, and with antiaging mechanisms wired centuries earlier into the human genome, life expectancy was around two centuries.
Tony May is analyzing the genomes of archaebacterial species that inhabit the hot, anaerobic waters of hydrothermal vents and deep rocks, looking for highly conserved genes that may have belonged to the universal ancestor of all life on Earth.
The commercial biotech firms had been springing up ever since the Human Genome Project started mapping the broad outline of human genes.
After all, we share much of our genome with eubacteria, even though the evolutionary divergence between the eubacteria and archaebacteria occurred very soon after the origin of life on Earth.
There are three different sets of self-duplicating nuclei, with the DNA in each set serving different purposes: a large macronucleus, governing the events in regeneration after injury, a set of eight or more micronuclei containing the parts of the genome needed for reproduction, and great numbers of tiny nuclei from which the cilia arise.
Wizards have actually had the human genome mostly mapped for some time now, while Muggles are only just now catching up.
Most contained incomplete or noncomplementary copies of the genomes and were unable to function, or contained so many copies than transcription was halting and imperfect.
Human Genome Sciences to help them analyze some genetic material they had isolated from the osteoclast cells of people with bone tumors.
After isolating the immortalizing traits from teratoma sources, I proposed that viral, retroviral, and even prion vectors might be engineered to transfer the selected traits into the human genome.
The centrioles and basal bodies are believed in some quarters to be semiautonomous organisms with their own separate genomes.
People had tried interpreting the data beyond the pixel array as a Swiftian genome, but Yatima doubted that even the quirkiest old SETI software would have attempted anything as absurd as a reading based on the DNA code.
He had posed a challenging problem, in the central area where my own ego lies: How does one make an efficient device for telomere inspection, without genome scanners or anything else involving microchip technology?
Through advances in technology, the cost and speed of reading our genomes has dropped one thousand-fold in 15 years and will likely keep going, so this is a hurdle we can overcome.
Engineering of adult cell genomes may one day become as routine as ways that we currently alter our bodies with cosmetics, drugs, vehicles, and education.