Updated on March 16, 2024
| human | The human genome is a complete set of DNA within an organism that contains all of the information needed to develop and maintain an organism. |
| entire | The Pfizer-BioNTech vaccine's entire genome is encapsulated by lipid nanoparticles. |
| nuclear | Biologists study the nuclear genome to identify the genetic basis of complex traits. |
| whole | The researchers used whole genome sequencing to confirm the diagnosis. |
| haploid | A haploid genome consists of only a single set of chromosomes. |
| bacterial | The bacterial genome is a single, circular DNA molecule. |
| complete | The complete genome of the virus has been sequenced. |
| stranded | The stranded genome of the virus was sequenced and analyzed. |
| mammalian | In the age of genomic research, the mammalian genome has become an area of extensive study. |
| eukaryotic | The eukaryotic genome is organised into linear chromosomes within a membrane-bound nucleus. |
| cellular | The cellular genome contains the genetic material necessary for the development and function of an organism. |
| total | Scientists have sequenced the total genome of the great ape |
| circular | Bacteria have a single, circular genome that is often concentrated in a nucleoid region. |
| diploid | The diploid genome contains two sets of chromosomes, one from each parent. |
| linear | DNA molecules are made of two strands that form a linear genome |
| normal | The dog is a normal genome |
| paternal | |
| mitochondrial | The mitochondrial genome is a small, circular DNA molecule found in the mitochondria of eukaryotic cells. |
| maternal | The researchers studied the maternal genome of the offspring. |
| integrated | The integrated genome is a powerful tool for understanding the human genome. |
| embryonic | The embryonic genome starts off as a single cell and then rapidly divides and differentiates into a multicellular organism. |
| segmented | |
| defective | The defective genome was found in the population of the species. |
| recipient | The recipient genome is edited to repair the genetic defect. |
| nucleic | The influenza virus has a segmented, single-stranded RNA nucleic genome |
| vertebrate | The vertebrate genome contains a large number of genes that are essential for life. |
| type | |
| minimal | The minimal genome of the parasite Mycoplasma genitalium contains only 470 genes. |
| parental | The parental genome is the genetic blueprint that is passed down from parents to their offspring. |
| smallest | This organism has the smallest genome known to science. |
| ancestral | The Neanderthals shared much of their ancestral genome with modern humans. |
| complex | Even more complex genomes may contain several chromosomes, which are visible as discrete thread-like structures during cell division. |
| intact | They used nanopores to sequence DNA and recover intact genomes from a large collection of 14,000-year-old samples |
| latent | The latent genome contains the potential for significant scientific advancements. |
| prokaryotic | The prokaryotic genome is much smaller than the eukaryotic genome. |
| sequenced | |
| length | The length genome of the virus is about 30,000 nucleotides. |
| unique | Each cell in the human body contains a unique genome |
| cell | The scientists sequenced the cell genome |
| zygotic | |
| avian | The avian genome is a valuable resource for studying the evolution of birds. |
| viral | The viral genome is a piece of genetic material that exists as either RNA or DNA. |
| strand | The virus has a single-strand genome. |
| zebrafish | The zebrafish genome possesses a highly conserved structure and organization compared to other vertebrates. |
| borne |
| endogenous | The endogenous genome comprises the host genes utilized by the virus during its replication. |
| cloned | |
| microbial | The microbial genome is a rapidly evolving field of study that has the potential to revolutionize our understanding of the microbial world. |
| compact | The specialized metabolic pathways of the bacteria are linked to their compact genome |
| fungal | Researchers are sequencing the fungal genome to better understand the diversity and evolution of fungi. |
| associated | |
| singlestranded | |
| infectious | The infectious genome spread rapidly through the population. |
| micronuclear | The micronuclear genome of Paramecium tetraurelia consists of 0.58 Mbp distributed among 128 chromosomes. |
| eucaryotic | |
| bipartite | The bipartite genome of begomoviruses consists of two single-stranded DNA components. |
| chloroplast | The chloroplast genome contains genes essential for photosynthesis. |
| somatic | Somatic genome refers to the non-germline genetic alterations present in an organism. |
| doublestranded | |
| simian | The researchers sequenced the simian genome to learn more about human evolution. |
| facultative | Bacteria can transfer their facultative genome to other individuals and environments, creating an environment for horizontal gene transfer. |
| cyanelle | Despite the obvious homology between cyanelles and cyanobacteria, the cyanelle genome is much reduced compared to the cyanobacteria. |
| nonsegmented | The nonsegmented genome of the virus is packaged into a single capsid. |
| tripartite | The tripartite genome of the virus is composed of RNA segments that are packaged separately. |
| fetal | The scientists decided to study the fetal genome to learn of any genetic defects. |
| identical | The two viruses had an identical genome |
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