Adjectives For Enzyme
Discover the most popular adjectives for describing enzyme, complete with example sentences to guide your usage.
Updated on March 16, 2024
Enzymes, the catalytic powerhouses of biology, can be dramatically altered by the adjectives that describe them. A proteolytic enzyme, for instance, highlights its role in protein breakdown, whereas a specific enzyme underscores its selectivity towards substrates. The adjective active emphasizes the enzyme's functional capacity, while same might hint at a commonality shared among enzymes. Purified suggests an enzyme isolated for exact study or application, and key signals an enzyme's critical role in a biochemical pathway. Each adjective not only describes but also deepens our understanding of an enzyme's nature and function. Explore the full spectrum of adjectives linked to enzymes, and grasp the subtleties they convey.
| proteolytic | The proteolytic enzyme broke down the proteins into smaller peptides. |
| specific | To understand each specific enzyme individual characterization studies are necessary. |
| active | The active enzyme catalyzed the reaction rapidly. |
| same | The same enzyme can catalyze multiple reactions. |
| purified | The purified enzyme was used to catalyze the reaction. |
| key | Beta-amylase is a key enzyme in starch degradation. |
| single | The scientists discovered a single enzyme that catalyzes the reaction. |
| particular | Low amounts of a particular enzyme significantly reduce brain growth. |
| native | It is found that the native enzyme is a homodimer. |
| free | The free enzyme was isolated from the cell lysate. |
| dependent | The dependent enzyme is produced only when a specific repressor is not present. |
| second | The second enzyme in the pathway is responsible for the conversion of glucose-6-phosphate to fructose-6-phosphate. |
| soluble | The soluble enzyme reacted with the substrate to produce the product. |
| bound | The bound enzyme interacts with bigger protein complexes on the cell's membrane. |
| important |
| bacterial | The bacterial enzyme catalyzes the hydrolysis of the glycosidic bond. |
| digestive | The digestive enzyme is secreted by the pancreas and helps break down food. |
| latter | The latter enzyme catalyses the formation of the peptide bond between dipeptides and the terminal amino acids. |
| like | |
| appropriate | The conversion of the substrate into product is catalyzed by an appropriate enzyme |
| yellow | The yellow enzyme was responsible for the production of the blue pigment. |
| splitting | The splitting enzyme cuts the DNA molecule at specific points. |
| containing | |
| normal | The effect of the mutation was to decrease the activity of the normal enzyme |
| type | The type enzyme used in the production of cheese is rennet. |
| pure | The pure enzyme showed no signs of impurities. |
| mammalian | The mammalian enzyme arginase has three splicing variants. |
| inactive | The inactive enzyme was unable to catalyze the reaction. |
| intracellular | The intracellular enzyme catalyses the reaction. |
| regulatory | The regulatory enzyme is an important component of the metabolic pathway. |
| inducible | The inducible enzyme was produced in response to the presence of the inducer. |
| allosteric | Allosteric enzymes are regulated by molecules that bind to sites other than the active site. |
| activated | The activated enzyme was added to the reaction mixture. |
| degrading | The degrading enzyme is responsible for breaking down complex molecules into simpler ones. |
| extracellular | Bacteria often produce extracellular enzymes to break down complex molecules outside the cell. |
| defective | The defective enzyme caused a buildup of toxins in the body. |
| pancreatic | A blood test can detect pancreatic enzyme levels, which indicate the health of the pancreas. |
| malic | Malic enzyme catalyzes the decarboxylation of L-malate to pyruvate. |
| essential | The essential enzyme for protein synthesis is ribosome. |
| corresponding | "Lactase is the corresponding enzyme for digesting the milk sugar lactose." |
| hydrolytic | The bacteria secrete hydrolytic enzymes that break down the bonds of various carbohydrates. |
| hepatic | His liver is failing, as evidenced by the elevated hepatic enzyme levels. |
| deficient | The treatment involves replacing the deficient enzyme |
| cytoplasmic | The cytoplasmic enzyme is responsible for the breakdown of glucose. |
| crystalline | The crystalline enzyme that was used for the study was collected from the liver of a mouse. |
| bifunctional | The enzyme can catalyze two distinct reactions, making it a bifunctional enzyme |
| functional | The functional enzyme was purified from the crude extract by a series of chromatographic procedures. |
| activating | The enzyme activator binds to the proper enzyme form and results in the formation of activating enzyme |
| sensitive | The researcher got the sensitive enzyme degraded by protease and lost activity. |
| digesting | Digesting enzymes are proteins that catalyze the breakdown of food into smaller molecules that can be absorbed by the body. |
| isolated | The isolated enzyme was found to be very stable. |
| phosphorylated | The phosphorylated enzyme is activated by the addition of a phosphate group. |
| forming | The cytokine interleukin-1 beta inhibits the expression of the forming enzyme in chick cartilage. |
| crude | The crude enzyme was purified by ion-exchange chromatography. |
| lytic | The lytic enzyme degraded the cell wall, causing the cell to burst. |
| inhibited | The inhibited enzyme was unable to catalyze the reaction. |
| reverse | The reverse enzyme was used to create a new DNA sequence. |
| modified | The modified enzyme was found to be more stable than the wild-type enzyme. |
| hydroxylase | The hydroxylase enzyme is responsible for the hydroxylation of various substrates. |
| oxidizing |
| stable | The stable enzyme remained active even after prolonged exposure to harsh conditions. |
| fibrinolytic | Streptokinase is a fibrinolytic enzyme that is used to treat blood clots. |
| novel | The novel enzyme exhibits high activity and stability under extreme conditions. |
| glycolytic | The enzyme is a glycolytic enzyme that catalyzes the conversion of glucose to glucose-6-phosphate. |
| induced | The induced enzyme is produced in response to a specific inducer. |
| cellular | The cellular enzyme was responsible for the breakdown of glucose. |
| intestinal | The intestinal enzyme lactase breaks down lactose into glucose and galactose. |
| synthetic | The synthetic enzyme was able to catalyze the reaction with high efficiency. |
| constitutive | This constitutive enzyme is necessary for cell survival. |
| dimeric | The dimeric enzyme catalyzes the reaction by bringing two active sites together. |
| multifunctional | This multifunctional enzyme catalyzes multiple chemical reactions within a single protein structure. |
| adaptive | The adaptive enzyme enabled the bacteria to thrive in the harsh conditions. |
| linked | The linked enzyme is essential for the metabolic pathway. |
| unique | The unique enzyme is responsible for the catalysis of a specific biochemical reaction. |
| terminal | The terminal enzyme in the pathway is a kinase. |
| ubiquitous | Ubiquitous enzymes, present in all living systems, catalyze a wide array of essential biological processes. |
| mitochondrial | The mitochondrial enzyme cytochrome c oxidase is involved in the electron transport chain. |
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