Adjectives For Dna
Discover the most popular adjectives for describing dna, complete with example sentences to guide your usage.
Updated on March 16, 2024
Exploring the intricate world of DNA through the lens of adjectives reveals the depth of our understanding and connection to this fundamental aspect of life. Whether discussing the 'stranded' nature of its structure, the 'human' specificity in studies, the 'genomic' breadth of its influence, the 'nuclear' location of its activity, or the 'foreign' and 'anti' aspects in medical and biological contexts, each adjective uncovers a unique facet of DNA's importance. The way we describe DNA - with terms ranging from its physical properties to its impact on our existence - highlights the nuance and complexity inherent in the study of genetics. Dive into the full list below to discover the myriad of adjectives that paint a more complete picture of DNA's role in life.
| stranded | The stranded dna was carefully extracted from the cells. |
| human | Human dna is a complex molecule that contains the instructions for making proteins. |
| genomic | Genomic dna is the DNA of an organism that is found in the nucleus of its cells. |
| nuclear | The nuclear dna of a cell is organized into structures called chromosomes. |
| foreign | Scientists discovered foreign dna in the patient's blood. |
| anti | |
| cellular | Our cellular dna contains the genetic material that makes us who we are. |
| bacterial | The bacterial dna was sequenced to determine its genetic makeup. |
| total | The results showed a total dna mass of 12.58 ng. |
| circular | The molecule of circular dna is a closed loop, where the two ends of DNA are connected together. |
| complementary | The PCR product will then be cloned into a plasmid to obtain a recombinant plasmid with complementary dna |
| mitochondrial | Mitochondrial dna is found in the mitochondria of cells. |
| repetitive | Research on repetitive dna has shown that it is not junk DNA, but rather it has many important functions. |
| native | The DNA of an individual is known as native dna |
| naked |
| recombinant | Genetic engineering involves the use of recombinant dna to create organisms with new traits. |
| specific | The scientists analyzed the specific dna sequence of the gene. |
| linear | The linear dna of eukaryotes is organized into chromosomes located within the nucleus. |
| free | The study was conducted with free dna isolated from the blood of patients. |
| supercoiled | The supercoiled dna was relaxed by topoisomerase I. |
| cloned | The cloned dna was successfully inserted into the host cell. |
| normal | |
| exogenous | Exposure to exogenous dna such as that from viruses or bacteria, can trigger immune responses. |
| eukaryotic | Eukaryotic dna is more complex than prokaryotic DNA. |
| viral | Viral dna is the genetic material of viruses. |
| molecular | The molecular dna of a cell contains the instructions for the development and characteristics of that cell. |
| mammalian | Mammalian dna contains several unique features that distinguish it from other types of DNA. |
| integrated | |
| denatured | Denatured dna was used in the experiment. |
| polymorphic | The polymorphic dna regions in the genome are responsible for genetic variation and diversity among individuals. |
| strand | |
| parental | Scientists used parental dna to identify the remains of the unknown child. |
| ribosomal | Ribosomal dna is a highly conserved region of DNA that is essential for the synthesis of ribosomes, the cellular structures responsible for protein synthesis. |
| ancient | Scientists can extract ancient dna from fossils and archaeological remains. |
| isolated | The isolated dna was amplified using polymerase chain reaction. |
| doublestranded | |
| helical | The structure of helical dna was discovered by James Watson and Francis Crick in 1953. |
| purified | The purified dna was used for PCR analysis. |
| digested | The digested dna was then analyzed for genetic variants. |
| closed | The closed dna molecules were double-stranded. |
| pure | The scientists extracted pure dna from the ancient fossil. |
| intact | The researchers sequenced the intact dna of the virus. |
| fetal | Liquid biopsies are a minimally invasive way to detect fetal dna in the bloodstream of pregnant individuals |
| singlestranded | |
| homologous | Homologous dna sequences share a common evolutionary ancestor. |
| rna | |
| satellite | Satellite dna is a type of repetitive DNA that is found in the centromeres and telomeres of chromosomes. |
| type | |
| extrachromosomal | The extrachromosomal dna was inherited by the daughter cells after cell division. |
| bound | The bound dna was carefully extracted from the cells. |
| synthetic | The scientists used synthetic dna to create a new organism. |
| hybrid | The scientist created a hybrid dna molecule by combining genetic material from two different organisms. |
| fragmented | The scientists used advanced techniques to analyze the fragmented dna |
| irradiated | The irradiated dna was analyzed for mutations. |
| unique | Everyone has unique dna making them special and irreplaceable. |
| enough | This recipe calls for enough dna to feed a small army. |
| nucleosomal | Histones are proteins that together with nucleosomal dna form chromatin. |
| protein | |
| double | The researchers discovered double dna in the cell. |
| chloroplast | Chloroplast dna plants have smaller chloroplasts and lower protein content. |
| infectious | The infectious dna spread rapidly throughout the population. |
| linearized | The linearized dna was then ligated into the vector. |
| hbv | High levels of hbv dna were observed by PCR amplification. |
| modified | Scientists have modified dna to create new organisms with desired traits. |
| selfish | Selfish dna relentlessly promotes its own reproduction. |
| containing | The nucleus of a cell is containing dna |
| chromosomal | The chromosomal dna was replicated and transcribed. |
| amplified | Scientists used the amplified dna to determine the identity of the suspect. |
| cytoplasmic | The cytoplasmic dna was mutated and unable to replicate. |
| labelled | The researchers labelled dna by attaching fluorescent tags to specific sequences. |
| unintegrated | The unintegrated dna was then subjected to a series of enzymatic reactions. |
| damaged | The damaged dna was repaired by the cell's repair mechanisms. |
| genetic | Scientists used genetic dna to study the evolutionary history of the species. |
| extra | The scientist discovered extra dna in the cell during the experiment. |
| unlabeled | The unlabeled dna was analyzed using a variety of techniques. |
| heterologous | The heterologous dna was successfully integrated into the genome. |
| nascent | The nascent dna was replicated from the template DNA strand, providing the necessary instructions for protein synthesis. |
| excess | The patient's bloodwork showed excess dna indicating a possible chromosomal disorder. |
| cell |
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