Adjectives For Genetics
Discover the most popular adjectives for describing genetics, complete with example sentences to guide your usage.
Updated on March 16, 2024
Exploring the realm of genetics through the lens of adjectives opens up a world of nuanced understanding. From the microscopic precision of molecular genetics, which unravels the very fabric of life at its core, to the broad implications of human genetics in understanding ourselves and our history. The application of medical genetics paves the way for groundbreaking treatments and preventative medicine, while quantitative genetics offers a mathematical glimpse into genetic variation. The evolution from mendelian principles to modern genetic technologies captures the dynamic and ever-expanding field of genetics. Each adjective not only describes but enriches our comprehension of genetics. Discover the full spectrum of adjectives used with 'genetics' below, unveiling the multifaceted nature of this essential science.
| molecular | Her research focuses on molecular genetics particularly the genetic basis of human diseases. |
| human | Human genetics is the study of genetic variation in human beings. |
| medical | Medical genetics is a branch of medicine that deals with the diagnosis and treatment of genetic disorders. |
| quantitative | Quantitative genetics is a field of biology that studies the genetic basis of phenotypic variation. |
| modern | Modern genetics has advanced our understanding of inherited traits and diseases. |
| mendelian | Mendel established the fundamental rules of genetics, which were later known as Mendelian genetics |
| biochemical | Biochemical genetics is the study of the biochemical basis of genetic diseases. |
| behavioral | Behavioral genetics explores the role of genes in shaping human behaviors and traits. |
| clinical | Recent advances in clinical genetics have led to a better understanding of the genetic basis of many diseases. |
| classical | Classical genetics is the study of inheritance, variation, and the genetic basis of traits. |
| developmental | Developmental genetics is the study of the genetic control of developmental processes. |
| bacterial | Bacterial genetics has advanced rapidly in recent years. |
| evolutionary | Evolutionary genetics is the study of how genes change over time through natural selection. |
| somatic | The field of somatic genetics focuses on genetic variation within the body of an individual |
| microbial | Microbial genetics is the study of the genes and genomes of microorganisms. |
| ecological | Ecological genetics is the study of the genetic variation within populations and species in relation to their environment. |
| psychiatric | Psychiatric genetics is the study of the genetic basis of psychiatric disorders. |
| experimental | Experimental genetics is the study of how genes affect the development and function of organisms. |
| theoretical | Theoretical genetics is the branch of biology that studies the application of theoretical methods to the analysis of genetic data. |
| reverse | The technique of reverse genetics involves determining the genetic sequence responsible for a particular phenotype by starting with the phenotype and working backward. |
| physiological | Physiological genetics is the study of the relationship between genes and physiological traits. |
| formal | Formal genetics is the study of the transmission of genetic material from parents to offspring. |
| basic | These findings provide insights into the basic genetics underlying maxillofacial growth and development. |
| comparative | Comparative genetics is the study of the genetic similarities and differences between different organisms. |
| mammalian | Mammalian genetics is the study of the genome, genes, and genetic variation of mammals. |
| current | Current genetics research is focused on understanding the genetic basis of disease. |
| biometrical | Biometrical genetics is a branch of genetics that deals with the inheritance of physical and behavioral traits. |
| mitochondrial | Mitochondrial genetics is the study of genes located in the mitochondria. |
| complex | The research team discovered that complex genetics play a role in the development of the disease. |
| behavioural | Behavioural genetics seeks to understand the relationship between genes and behaviour. |
| soviet | Soviet genetics was a leading scientific field in the Soviet Union. |
| reproductive | The field of reproductive genetics studies the genetic bases of reproduction and infertility. |
| contemporary | Contemporary genetics has enabled us to understand the genetic basis of many diseases. |
| statistical | Statistical genetics uses statistical methods to analyze genetic data. |
| mathematical | Mathematical genetics is a discipline combining mathematical and statistical methods with genetics. |
| forward | The traditional method of identifying the function of a gene is called forward genetics |
| anthropological | The field of anthropological genetics studies the genetic diversity of human populations. |
| fungal | Fungal genetics is the study of the genes and genomes of fungi. |
| classic | In classic genetics one gene affects more than one characteristic |
| forensic | Forensic genetics can be used to identify victims of a crime or to link a suspect to a crime scene. |
| animal | Animal genetics has helped us understand the evolution of species. |
| yeast | Yeast genetics is a branch of genetics that deals with the study of the genetic material of yeast. |
| elementary | Elementary genetics is the study of the inheritance of traits from parents to offspring. |
| cellular | Cellular genetics is the study of the structure and function of the genes that make up the chromosomes of cells. |
| viral | Viral genetics is the study of the genetic material of viruses. |
| applied | Applied genetics has led to advancements in fields such as medicine and agriculture. |
| eukaryotic | Eukaryotic genetics is the study of genes and genetic inheritance in eukaryotes. |
| modem | Researchers are harnessing advances in modem genetics to understand the complex relationship between language and genes. |
| plant | Plant genetics is the study of the genes, genomes, and heredity of plants. |
| dental | Dental genetics focuses on the genetic basis of dental development and disease. |
| cytoplasmic | The cytoplasmic genetics of the species has not been studied. |
| mycobacterial | Mycobacterium tuberculosis is a type of bacteria that can cause tuberculosis and mycobacterial genetics are critical for its pathogenesis and drug resistance. |
| breast | The researchers analyzed breast genetics from 100 women. |
| demographic | Demographic genetics provides a framework for understanding how populations change over time, including the impact of genetic drift, gene flow, and natural selection. |
| chloroplast | Chloroplast genetics is the field of biology that studies the inheritance of genes located in the chloroplasts of plants |
| neurobehavioral | Neurobehavioral genetics explores the genetic and environmental factors that influence neurobehavioral traits and disorders. |
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