Allosteric in a sentence
Synonym: regulatory, modulatory.
Meaning: Referring to a change in the shape or activity of a protein due to the binding of a molecule at a site other than the active site.
(1) Allosteric regulation can affect enzyme kinetics.
(2) Allosteric enzymes can exhibit sigmoidal kinetics.
(3) Allosteries can be allosteric activators or inhibitors.
(4) The allosteric site is a specific region on the enzyme.
(5) Allosteric regulation can be reversible or irreversible.
(6) The holoenzyme is often regulated by allosteric effectors.
(7) The cofactor can be a part of the enzyme's allosteric site.
(8) Allosteries can be allosteric sites or allosteric effectors.
(9) Allosteries can be allosteric modulators of enzyme activity.
(10) Allosteries can be allosteric regulators of gene expression.
Allosteric sentence
(11) Allosteries can be allosteric regulators of protein folding.
(12) Allosteries can be allosteric regulators of protein function.
(13) Allosteries can be allosteric regulators of protein assembly.
(14) The carboxylase enzyme is regulated by allosteric mechanisms.
(15) Allosteric enzymes can be regulated by allosteric activators.
(16) Allosteric regulation plays a crucial role in enzyme activity.
(17) Allosteric enzymes can be regulated by endogenous metabolites.
(18) Allosteric regulation can be modulated by feedback inhibition.
(19) The holoenzyme can be regulated through allosteric mechanisms.
(20) Allosteries can be allosteric regulators of protein stability.
Allosteric make sentence
(21) Allosteries can be allosteric regulators of cellular processes.
(22) Allosteries can be allosteric regulators of metabolic pathways.
(23) The enzyme's activity can be affected by allosteric regulation.
(24) Allosteric sites are distinct from the active site of an enzyme.
(25) The inducer molecule binds to the allosteric site of the enzyme.
(26) Allosteries can be allosteric regulators of signal transduction.
(27) Allosteries can be allosteric regulators of protein degradation.
(28) Allostery can be allosteric activation or allosteric inhibition.
(29) Allosteric modulators can bind to regulatory subunits of enzymes.
(30) The activity of amidase can be modulated by allosteric effectors.
Sentence of allosteric
(31) Allosteries can be allosteric regulators of protein conformation.
(32) Allosteric enzymes can exhibit positive or negative cooperativity.
(33) Allosteric enzymes can have multiple binding sites for modulators.
(34) The activity of apyrases can be enhanced by allosteric modulators.
(35) The activity of reductase can be enhanced by allosteric activators.
(36) Allosteric regulation allows for fine-tuning of metabolic pathways.
(37) The activity of phosphorylase is regulated by allosteric effectors.
(38) The activity of aldolases can be regulated by allosteric effectors.
(39) The activity of permease can be regulated by allosteric modulators.
(40) The activity of isozymes can be modulated by allosteric regulators.
Allosteric meaningful sentence
(41) The activity of aldolases can be modulated by allosteric regulators.
(42) The binding of an allosteric inhibitor can decrease enzyme activity.
(43) The activity of synthetase can be modulated by allosteric regulators.
(44) The activity of apoenzymes can be regulated by allosteric mechanisms.
(45) The activity of saccharase can be modulated by allosteric regulators.
(46) Allosteric regulation can be essential for maintaining metabolic flux.
(47) Urease is an example of an enzyme that exhibits allosteric regulation.
(48) Allosteric enzymes can be engineered to have new or improved functions.
(49) Allosteries can be allosteric regulators of protein-ligand interactions.
(50) The activity of galactosidase can be modulated by allosteric regulators.
Allosteric sentence examples
(51) Allosteric enzymes can be regulated by post-translational modifications.
(52) Allosteric regulation is important for maintaining homeostasis in cells.
(53) Allosteric activation can increase the catalytic efficiency of an enzyme.
(54) Fumarase is an example of an enzyme that undergoes allosteric regulation.
(55) Allosteries can be allosteric regulators of protein-protein interactions.
(56) Allostery can be mediated by small molecules called allosteric effectors.
(57) Allosteric modulators can alter the shape of the active site of an enzyme.
(58) The endoenzyme activity was found to be regulated by allosteric effectors.
(59) The enzymes involved in glycolysis are regulated by allosteric mechanisms.
(60) Allosteries can be allosteric regulators of enzyme-substrate interactions.
Sentence with allosteric
(61) The tetramerization of the enzyme is regulated by allosteric interactions.
(62) Allosteric regulation can be used to control protein-protein interactions.
(63) Allosteric regulation can be used to control signal transduction pathways.
(64) Allosteric regulation can be influenced by the presence of other molecules.
(65) Allosteric modulators can bind to allosteric sites with varying affinities.
(66) Allosteric regulation can be influenced by the concentration of substrates.
(67) The tetramerization of the protein is regulated by allosteric interactions.
(68) The activity of amidases can be modulated by specific allosteric effectors.
(69) Allosteric enzymes can have multiple binding sites for different molecules.
(70) Allosteric modulators can alter the affinity of an enzyme for its substrate.
Use allosteric in a sentence
(71) Allosteric modulators can induce conformational changes in enzyme structure.
(72) Allosteric regulation can be allosteric activation or allosteric inhibition.
(73) Allosteric enzymes can be regulated by phosphorylation or dephosphorylation.
(74) The enzymic activity of the protein was enhanced by an allosteric activator.
(75) Allosteric enzymes have multiple binding sites for substrates and regulators.
(76) Allosteric regulation can affect the affinity of an enzyme for its substrate.
(77) The binding of an allosteric modulator can enhance or inhibit enzyme function.
(78) Allosteric regulation can be influenced by factors such as pH and temperature.
(79) The Kd of a ligand can be influenced by the presence of allosteric modulators.
(80) Adenylate is an allosteric regulator of enzymes involved in metabolic pathways.
Sentence using allosteric
(81) The activity of acetylcholinesterase can be regulated by allosteric modulators.
(82) Allosteric enzymes can have different affinities for substrates and regulators.
(83) Allosteric regulation allows for rapid response to changing cellular conditions.
(84) The activity of the synthetase enzyme can be modulated by allosteric regulators.
(85) Allosteric modulation can change the shape of an enzyme and affect its activity.
(86) Allosteric regulation can be used to control enzyme activity in drug development.
(87) Allosteric enzymes can undergo conformational changes upon binding of a modulator.
(88) The activity of the multienzyme complex can be modulated by allosteric regulators.
(89) Allosteric regulation can be studied using biochemical and biophysical techniques.
(90) Allosteric regulation is essential for maintaining homeostasis in living organisms.
Allosteric example sentence
(91) Allosteric inhibitors can be used as therapeutic agents to target specific enzymes.
(92) Phosphorylase is an allosteric enzyme that can be regulated by various metabolites.
(93) Glycogenolytic enzymes are subject to allosteric regulation by various metabolites.
(94) The conformational changes in the protein were triggered by allosteric interactions.
(95) Allosteric feedback inhibition is a common regulatory mechanism in metabolic pathways.
(96) The inducer molecule binds to the allosteric site of the enzyme, altering its activity.
(97) The binding of an allosteric modulator can enhance or inhibit the activity of a protein.
(98) Allosterically controlled proteins can undergo allosteric transitions upon ligand binding.
(99) Allosterically regulated enzymes can be regulated by the binding of allosteric modulators.
(100) Allosteric regulation can be disrupted by mutations in the enzyme or its binding partners.
Sentence with word allosteric
(101) The repressor molecule binds to the allosteric site of the enzyme, inhibiting its activity.
(102) Allosterically controlled proteins can have multiple allosteric sites for different ligands.
(103) Allosteric enzymes can have different conformations depending on the presence of regulators.
(104) Allosteric inhibition occurs when a molecule binds to the enzyme and decreases its activity.
(105) Allosteric activation occurs when a molecule binds to the enzyme and increases its activity.
(106) Allosteric regulation can be influenced by pH, temperature, and other environmental factors.
(107) Allosteric enzymes can be activated or inhibited by different molecules in different tissues.
(108) The activity of phosphatase with specific substrates can be modulated by allosteric regulators.
(109) Allosteric modulators can induce changes in enzyme conformation through allosteric interactions.
(110) Hexokinase is an allosteric enzyme that undergoes conformational changes upon binding to glucose.
Sentence of allosteric
(111) Allosteric enzymes can have different kinetic properties depending on the presence of regulators.
(112) Allosteric enzymes can have different kinetic properties depending on their regulatory mechanisms.
(113) Allosteric enzymes can exhibit different kinetic properties depending on the presence of modulators.
(114) Allosteric enzymes can have different conformations depending on the presence of specific molecules.
(115) Allosteric regulation can be crucial for controlling enzyme activity in response to cellular signals.
(116) The sulfhydryl group is important in the regulation of certain enzymes through allosteric mechanisms.
(117) Some inhibitors work by binding to the active site of enzymes, while others bind to allosteric sites.
(118) Allosterically modulated proteins can have allosteric sites that are distinct from their active sites.
(119) Allosterically controlled proteins can have allosteric sites that are distant from their active sites.
(120) Glucose-6-phosphate is an allosteric inhibitor of hexokinase, the enzyme responsible for its phosphorylation.
Allosteric used in a sentence
(121) The regulation of aldolase activity is complex and involves various factors, such as pH, temperature, and allosteric effectors.
(122) The addition of a phosphate group allows the enzyme to phosphorylate into a state that can interact with its allosteric modulators.
(123) Allosteric enzyme inhibition occurs when a molecule binds to a site other than the active site, altering the enzyme's conformation.
(124) Allosteric enzyme inhibition occurs when a molecule binds to a site other than the active site, causing a conformational change in the enzyme.
(125) The binding of an allosteric effector to a transcription factor can cause a change in the protein's DNA-binding activity, and this can affect gene expression.
(126) The binding of an allosteric modulator to a channel protein can alter the protein's gating behavior, and this can affect the flow of ions across the membrane.
(127) The binding of an allosteric ligand to a G protein-coupled receptor can cause a conformational change in the receptor, which can activate downstream signaling pathways.
(128) The binding of an allosteric modulator to a receptor can alter the receptor's affinity for its ligand, and this can have downstream effects on cellular signaling pathways.
(129) The binding of an allosteric inhibitor to an enzyme can cause a decrease in the enzyme's activity, while the binding of an allosteric activator can increase the enzyme's activity.
Allosteric meaning
Allosteric is a term that is commonly used in the field of biochemistry and refers to the regulation of enzyme activity by molecules that bind to a site on the enzyme that is distinct from the active site. This binding can either enhance or inhibit the enzyme's activity, depending on the nature of the molecule and the specific enzyme in question. If you are looking to use the word allosteric in a sentence, there are a few tips that can help you to do so effectively. Here are some suggestions:
1. Understand the meaning of the word: Before you attempt to use the word allosteric in a sentence, it is important to have a clear understanding of what it means. This will help you to use it correctly and in a way that makes sense in the context of your sentence.
2. Use it in a scientific context: Allosteric is a term that is primarily used in the field of biochemistry, so it is best to use it in a scientific context.
For example, you might use it to describe the way in which a particular enzyme is regulated by allosteric molecules.
3. Provide context: When using the word allosteric in a sentence, it is important to provide context so that your reader understands what you are talking about.
For example, you might say "The allosteric regulation of enzymes is a key mechanism for controlling metabolic pathways in cells."
4. Use it in a clear and concise way: When using the word allosteric in a sentence, it is important to use it in a clear and concise way. Avoid using overly complex language or convoluted sentence structures that might confuse your reader.
5. Check for accuracy:
Finally, when using the word allosteric in a sentence, it is important to check for accuracy. Make sure that you are using the word correctly and that it makes sense in the context of your sentence.
Overall, using the word allosteric in a sentence requires a clear understanding of its meaning and context, as well as the ability to use it in a clear and concise way. By following these tips, you can effectively incorporate this term into your writing and communication in the field of biochemistry.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Allosteric. They do not represent the opinions of TranslateEN.com.