Adjectives For Mrna
Discover the most popular adjectives for describing mrna, complete with example sentences to guide your usage.
Updated on March 16, 2024
The use of adjectives with the noun 'mrna' unveils a complex world of genetic information, highlighting its diversity and specificity. From 'pre-mrna', indicating an immature stage, to 'specific mrna', pinpointing a unique message; each adjective adds a layer of meaning. 'Viral' and 'human' contrast the origins, whether from a virus or human cells, while 'eukaryotic' alludes to a sophisticated cellular mechanism. 'Globin mrna', on the other hand, speaks to specific proteins in blood. Each adjective intricately affects the perception and understanding of mRNA's role in biology, illustrating its versatile function in gene expression. Discover the full spectrum of adjectives paired with 'mrna' below to explore the nuances they bring.
| pre | |
| specific | This specific mrna is responsible for the production of a particular protein. |
| viral | The researchers developed a new method for delivering viral mrna to immune cells. |
| human | Scientists have discovered a way to use human mrna to treat diseases. |
| eukaryotic | Eukaryotic mrna undergoes extensive processing before it is translated into protein. |
| globin | The globin mrna is a type of messenger RNA that carries the genetic information for the production of globin proteins. |
| total | Cells contain a total mrna population of approximately 10 to 100 million molecules distributed over about 10,000 to 100,000 genes. |
| myc | The increased levels of c-myc mRNA were found in tumor cells. |
| single | The ribosome reads the sequence of codons on a single mrna and translates them into a chain of amino acids. |
| maternal | Researchers have identified maternal mRNAs in the early embryo that regulate development. |
| cellular | Cellular mrna is the messenger RNA that is transcribed from DNA in the nucleus and translated in the cytoplasm to produce proteins. |
| polycistronic | Polycistronic mrna contains multiple open reading frames, allowing for the production of several proteins from a single transcript. |
| corresponding | The corresponding mrna is translated into a protein. |
| late | The late mrna was found to be stable in the cell. |
| fos | Fos mrna is a type of messenger RNA that encodes the protein Fos. |
| mature | Mature mrna is fully spliced and capped. |
| functional | The functional mrna was then cloned into a plasmid vector for further analysis. |
| endogenous | This gene family contains predominantly endogenous mRNAs. |
| cytoplasmic | The research team has identified that cytoplasmic mrna is present in mammalian cells. |
| early | Early mrna is a precursor to mature mRNA. |
| particular | The particular mrna is expressed in the brain. |
| cytokine | |
| translatable | The scientists have isolated the translatable mrna |
| normal | |
| actin | Actin mrna is a type of messenger RNA that codes for the protein actin. |
| stable | Stable mrna is a type of RNA molecule that is not easily degraded. |
| bacterial | The bacterial mrna was extracted from the cells for further analysis. |
| subgenomic | Scientists can also study the subgenomic mRNAs, which are shorter versions of the original viral RNA. |
| chain | Chain mrna is a type of RNA that is translated into protein. |
| rat | Rat mrna is a type of RNA molecule found in rats. |
| spliced | Scientists have recently discovered a new type of spliced mrna that plays a role in regulating gene expression. |
| length | |
| synthetic | |
| hepatic | The hepatic mrna levels of the gene were significantly increased. |
| hypothalamic | This hypothalamic mrna encodes for the preprohormone that, after post-translational processing, results in the production of corticotropin-releasing hormone (CRH) and vasopressin. |
| detectable | The study revealed detectable mrna in the patient's blood sample. |
| abundant | The researchers discovered abundant mrna in the cells. |
| lac | lac mrna codes for the production of the lac repressor protein. |
| nuclear | The researchers isolated nuclear mrna from a variety of tissues. |
| exogenous | The transient expression of exogenous mrna was initiated by the injection of modified mRNA. |
| complementary | Complementary mrna is a molecule that has a sequence that is complementary to the coding sequence of a gene. |
| nascent | The nascent mrna is then spliced to remove introns and add exons. |
| subunit | The subunit mrna is the transcript from which the small ribosomal subunit will be formed. |
| unspliced | Some unspliced mrna contain introns that need to be removed before translation. |
| derived | The protein is encoded by a gene whose sequence is derived mrna |
| like | The mRNA was reverse transcribed like mrna |
| ribosome | |
| prokaryotic | Prokaryotic mrna is a single-stranded RNA molecule that contains the genetic code for protein synthesis. |
| mutant | The mutant mrna was found to have a deletion of several nucleotides. |
| chimeric | Chimeric mrna consisting of a combination of different mRNA molecules, can be used for therapeutic applications. |
| heavy | The heavy mrna was transported to the cytoplasm. |
| containing | |
| endothelial | Endothelial mrna plays a crucial role in regulating vascular function and homeostasis. |
| mammalian | The mammalian mrna is capped at the 5' end and polyadenylated at the 3' end. |
| inducible | The inducible mrna was expressed in response to the inducer. |
| releasing | |
| unstable | The exonuclease Xrn1 can degrade unstable mrna |
| isolated | Isolated mrna can be used for various molecular biology applications. |
| type | The type mrna is a single-stranded RNA molecule that carries the genetic information from DNA to the ribosome, where it is translated into protein. |
| tubulin | Tubulin mrna encodes a protein that is involved in the formation of microtubules, which are essential for cell division and other cellular processes. |
| intact | The scientists studied the intact mrna sequence. |
| tnf | Tnf mrna is a type of messenger RNA that codes for the protein tumor necrosis factor-alpha (TNF-alpha). |
| induced | The induced mrna was rapidly degraded in the cell. |
| bound | The bound mrna was then subjected to RT-qPCR analysis. |
| neurotrophic | Research investigating the role of neurotrophic mrna in neuronal development is expanding rapidly, with studies demonstrating its effects on cell cycle progression, apoptosis, and regeneration. |
| lived | The lived mrna is a type of mRNA that is translated into protein. |
| abnormal | The abnormal mrna transcript caused the protein to misfold. |
| beta | Beta mrna is a type of messenger RNA that is found in eukaryotic cells. |
| renal | Renal mrna is a type of messenger RNA that is found in the kidneys. |
| polyadenylated | The polyadenylated mrna is a type of messenger RNA that has a poly(A) tail added to its 3' end. |
| vascular | The researchers used a radioactive probe to track the fate of the vascular mrna |
| truncated | The truncated mrna was analyzed for the presence of mutations. |
| monocistronic | The transcription unit in prokaryotes results in the synthesis of monocistronic mrna |
| abl | The abl mrna was found to be overexpressed in the tumor cells. |
| hydroxylase | The hydroxylase mrna was upregulated in the treated cells. |
| bicistronic | A bicistronic mrna is a single mRNA molecule that encodes two separate proteins. |
| related | The related mrna was synthesized by in vitro transcription. |
| state | The research team studied the role of state mrna in regulating gene expression. |
| intestinal | The intestinal mrna levels were significantly higher in the experimental group compared to the control group. |
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