Isoenzyme in a sentence
(1) Isoenzyme is a fascinating topic!
(2) Isoenzyme research is groundbreaking!
(3) Isoenzyme is truly a remarkable phenomenon!
(4) I'm amazed by the diversity of isoenzyme types!
(5) Wow, isoenzyme diversity is truly mind-boggling!
(6) Isoenzyme is a key player in disease progression!
(7) I can't get enough of studying isoenzyme kinetics!
(8) Isoenzyme is a topic that never ceases to amaze me!
(9) I can't believe how complex isoenzyme regulation is!
(10) Isoenzyme is a critical component of enzyme function!
Isoenzyme sentence
(11) Isoenzyme is a hot topic in the scientific community!
(12) What an incredible discovery about isoenzyme function!
(13) I'm blown away by the complexity of isoenzyme structure!
(14) How incredible that isoenzyme activity can be modulated!
(15) If the isoenzyme is absent, the reaction cannot proceed.
(16) Isoenzyme is a game-changer in the field of biochemistry!
(17) Isoenzyme analysis is a valuable tool in genetic research.
(18) Isoenzyme is absolutely essential for cellular metabolism!
(19) Isoenzyme is a field of study that never fails to impress!
(20) Isoenzyme is a topic that sparks curiosity and excitement!
Isoenzyme make sentence
(21) Isoenzyme is a subject that keeps scientists on their toes!
(22) What an exciting time to be researching isoenzyme activity!
(23) Isoenzyme patterns can be used to diagnose certain diseases.
(24) Wow, isoenzyme plays a crucial role in biological processes!
(25) What a fascinating area of research isoenzyme regulation is!
(26) Isoenzyme analysis is commonly used in biochemistry research.
(27) Isoenzyme studies have helped in the development of new drugs.
(28) Isoenzyme testing can help diagnose certain genetic disorders.
(29) If the isoenzyme is inhibited, the reaction rate will decrease.
(30) The activity of an isoenzyme can be influenced by changes in pH.
Sentence of isoenzyme
(31) If the isoenzyme is activated, it can enhance the reaction rate.
(32) If the isoenzyme is mutated, it may lose its catalytic activity.
(33) The presence of an isoenzyme variant can affect drug metabolism.
(34) Isoenzyme analysis can be used to assess the health of ecosystems.
(35) Isoenzyme research is pushing the boundaries of our understanding!
(36) Isoenzyme studies have helped in the identification of new species.
(37) Isoenzyme analysis is an important tool in studying plant genetics.
(38) I'm in awe of the intricate mechanisms behind isoenzyme regulation!
(39) Different tissues in the body may have different isoenzyme profiles.
(40) The activity of an isoenzyme can be influenced by genetic variations.
Isoenzyme meaningful sentence
(41) The study aimed to determine the kinetic properties of the isoenzyme.
(42) The isoenzyme activity was measured using a spectrophotometric assay.
(43) Isoenzyme studies have contributed to advancements in cancer research.
(44) Isoenzyme is a subject that truly captivates the scientific community!
(45) The study aimed to characterize the isoenzyme's substrate specificity.
(46) Isoenzyme analysis can be used to detect adulteration in food products.
(47) The isoenzyme is sensitive to inhibitors, which can block its activity.
(48) The presence of an isoenzyme can indicate a specific metabolic pathway.
(49) Isoenzyme analysis can be used to determine the origin of food products.
(50) Isoenzyme patterns can be used to distinguish between different species.
Isoenzyme sentence examples
(51) The activity of an isoenzyme can be influenced by environmental factors.
(52) The isoenzyme is often measured in blood tests to assess liver function.
(53) The isoenzyme profile differed between healthy and diseased individuals.
(54) The isoenzyme activity was found to be influenced by temperature and pH.
(55) I can't believe how much we still have to learn about isoenzyme function!
(56) The study aimed to elucidate the role of the isoenzyme in cellular aging.
(57) If the isoenzyme is sensitive to pH changes, its activity may be affected.
(58) The isoenzyme analysis provided valuable insights into cellular processes.
(59) The study investigated the genetic regulation of the isoenzyme expression.
(60) The isoenzyme assay confirmed the presence of a specific genetic mutation.
Sentence with isoenzyme
(61) Isoenzyme analysis can help determine the quality of agricultural products.
(62) Isoenzyme analysis can be used to study the effects of environmental toxins.
(63) Isoenzyme patterns can be used to monitor the progress of disease treatment.
(64) How fascinating that isoenzyme expression can vary across different tissues!
(65) The isoenzyme analysis revealed distinct patterns in different tissue types.
(66) Isoenzyme analysis can help determine the effectiveness of certain treatments.
(67) Isoenzyme studies have contributed to advancements in the field of enzymology.
(68) If the isoenzyme is found in the liver, it can be involved in drug metabolism.
(69) The isoenzyme assay showed a significant increase in activity after treatment.
(70) The researchers discovered a novel isoenzyme with unique catalytic properties.
Use isoenzyme in a sentence
(71) The isoenzyme levels were found to be elevated in patients with liver disease.
(72) The isoenzyme activity was found to be essential for proper cellular function.
(73) The isoenzyme is essential for cellular respiration, and it helps generate ATP.
(74) Isoenzyme analysis is commonly used in forensic science to identify individuals.
(75) The regulation of isoenzyme expression is tightly controlled by various factors.
(76) Researchers are studying the role of a specific isoenzyme in cancer development.
(77) Isoenzyme patterns can be used to identify the source of environmental pollution.
(78) Isoenzyme analysis can be used to determine the quality of agricultural products.
(79) Isoenzyme studies have contributed to advancements in the field of biotechnology.
(80) Isoenzyme patterns can be used to determine the authenticity of herbal medicines.
Sentence using isoenzyme
(81) If the isoenzyme is present in different tissues, its expression levels may vary.
(82) Isoenzyme is a type of enzyme that has the same function but differs in structure.
(83) Isoenzyme analysis can help identify the source of contamination in food products.
(84) If the isoenzyme is present in the nucleus, it may have a role in gene regulation.
(85) The study investigated the tissue distribution of the isoenzyme in various organs.
(86) Isoenzyme analysis is a valuable tool in forensic science for identifying suspects.
(87) If the isoenzyme is overexpressed, it can lead to an increase in product formation.
(88) If the isoenzyme is activated by a coenzyme, it can enhance its catalytic activity.
(89) The expression of the isoenzyme was found to be regulated by environmental factors.
(90) The isoenzyme assay detected a significant increase in activity following exercise.
Isoenzyme example sentence
(91) Isoenzyme patterns can be used to determine the origin of a particular food product.
(92) If the isoenzyme is present, it can catalyze the conversion of substrate to product.
(93) If the isoenzyme is regulated by a specific molecule, its activity can be modulated.
(94) The identification of an isoenzyme can help in diagnosing certain genetic disorders.
(95) If the isoenzyme is not functioning properly, the metabolic pathway may be disrupted.
(96) If the isoenzyme is underexpressed, it can result in a decrease in product formation.
(97) The researchers discovered a novel isoenzyme with potential therapeutic applications.
(98) Isoenzyme patterns can be used to differentiate between different strains of bacteria.
(99) Isoenzyme studies have revealed important information about evolutionary relationships.
(100) Understanding the function of each isoenzyme is crucial in studying metabolic pathways.
Sentence with word isoenzyme
(101) The presence of a specific isoenzyme can indicate the presence of a particular disease.
(102) When the isoenzyme is deficient, it can lead to a condition called lactose intolerance.
(103) If the isoenzyme is exposed to high temperatures, it may denature and lose its function.
(104) If the isoenzyme is present in the cytoplasm, it may be involved in cellular metabolism.
(105) The researchers identified a genetic variant associated with altered isoenzyme function.
(106) The isoenzyme analysis revealed a correlation between its activity and disease severity.
(107) The isoenzyme is regulated by feedback mechanisms, ensuring its activity is finely tuned.
(108) I can't wait to see what new discoveries will be made in the field of isoenzyme research!
(109) The isoenzyme levels were significantly reduced in response to a specific drug treatment.
(110) The isoenzyme is present in different isoforms, each with unique properties and functions.
Sentence of isoenzyme
(111) The isoenzyme assay provided a reliable method for diagnosing certain metabolic disorders.
(112) If the isoenzyme is localized in the mitochondria, it may be involved in energy production.
(113) The activity of the isoenzyme was found to be significantly higher in diseased individuals.
(114) The researchers hypothesized that the isoenzyme plays a crucial role in cellular signaling.
(115) Isoenzyme analysis can help identify the presence of specific pathogens in clinical samples.
(116) The isoenzyme is commonly used as a biomarker for certain diseases, including heart attacks.
(117) The study investigated the genetic polymorphisms associated with altered isoenzyme activity.
(118) The isoenzyme is highly specific to its substrate, so it can only catalyze certain reactions.
(119) The isoenzyme is involved in the breakdown of fatty acids, contributing to energy production.
(120) The isoenzyme is present in both humans and animals, indicating its evolutionary conservation.
Isoenzyme used in a sentence
(121) The isoenzyme is involved in the breakdown of amino acids, contributing to protein metabolism.
(122) The researchers conducted a comparative analysis of isoenzyme expression in different species.
(123) If the isoenzyme is subject to post-translational modifications, its activity can be regulated.
(124) The isoenzyme is influenced by hormonal signals, which can modulate its expression and activity.
(125) The isoenzyme is encoded by different genes, and each gene produces a slightly different variant.
(126) If the isoenzyme is present in low levels, it may require amplification techniques for detection.
(127) Isoenzyme electrophoresis is a technique used to separate and identify different forms of enzymes.
(128) If the isoenzyme is present in excess, it can lead to an accumulation of intermediate metabolites.
(129) The isoenzyme is necessary for the synthesis of heme, a component of hemoglobin and other proteins.
(130) When the isoenzyme is inhibited, it can result in the accumulation of toxic substances in the body.
Isoenzyme sentence in English
(131) If the isoenzyme is present in different isoforms, they may have different substrate specificities.
(132) The isoenzyme is found in high concentrations in the liver, but it is also present in other tissues.
(133) When the isoenzyme is not functioning properly, it can lead to metabolic disorders, such as diabetes.
(134) When the isoenzyme is impaired, it can result in adverse drug reactions and altered pharmacokinetics.
(135) The isoenzyme is necessary for the synthesis of nucleotides, which are building blocks of DNA and RNA.
(136) The isoenzyme is affected by mutations, which can lead to enzyme deficiencies and metabolic disorders.
(137) If the isoenzyme is involved in a signaling pathway, its activity can be regulated by phosphorylation.
(138) The isoenzyme is responsible for the breakdown of glycogen, and it also participates in gluconeogenesis.
(139) The isoenzyme is sensitive to changes in oxygen levels, playing a role in oxygen sensing and adaptation.
(140) If the isoenzyme is involved in a disease pathway, its inhibition can be a potential therapeutic target.
(141) The isoenzyme is regulated by various factors, such as pH and temperature, which can affect its activity.
(142) The isoenzyme is involved in the detoxification of drugs and toxins, as well as the metabolism of alcohol.
(143) When the isoenzyme is overexpressed, it can result in drug resistance and reduced efficacy of medications.
(144) The isoenzyme is responsible for breaking down carbohydrates, and it also plays a role in lipid metabolism.
(145) The isoenzyme involved in DNA repair is crucial for maintaining genomic stability and preventing mutations.
(146) When the isoenzyme is dysregulated, it can lead to hormonal imbalances and disrupt normal bodily processes.
(147) The isoenzyme is affected by genetic variations, leading to different enzyme activity levels in individuals.
(148) The isoenzyme is inhibited by certain drugs, which can have implications for drug interactions and efficacy.
(149) The isoenzyme is influenced by nutritional status, with certain nutrients acting as cofactors or regulators.
(150) If the isoenzyme is involved in a detoxification pathway, its activity can help eliminate harmful substances.
(151) The isoenzyme is responsible for the conversion of glucose to fructose, a key step in carbohydrate metabolism.
(152) If the isoenzyme is allosterically regulated, its activity can be modulated by binding of a specific molecule.
(153) The isoenzyme is essential for the production of neurotransmitters, which are crucial for proper brain function.
(154) The isoenzyme is responsible for the conversion of pyruvate to lactate, a process known as anaerobic glycolysis.
(155) If the isoenzyme is involved in a metabolic disorder, its deficiency can lead to abnormal biochemical processes.
(156) If the isoenzyme is involved in a disease pathway, its overexpression can contribute to pathological conditions.
(157) The isoenzyme is affected by environmental factors, such as pollutants and toxins, which can impair its function.
(158) If the isoenzyme is involved in a feedback loop, its activity can be regulated by the end product of the pathway.
(159) The isoenzyme that breaks down proteins is found in the stomach, and it aids in the digestion of dietary proteins.
(160) The isoenzyme is present in different subcellular compartments, allowing for compartmentalized metabolic reactions.
(161) The isoenzyme that metabolizes alcohol is primarily found in the liver, but it can also be present in other tissues.
(162) The isoenzyme that breaks down fats is found in the small intestine, and it aids in the absorption of dietary lipids.
(163) If the isoenzyme is involved in a biosynthetic pathway, its activity can lead to the production of essential molecules.
(164) The isoenzyme is crucial for the production of energy in the form of ATP, and it is involved in various metabolic pathways.
(165) The isoenzyme involved in neurotransmitter synthesis is crucial for proper brain function and communication between neurons.
(166) The isoenzyme responsible for breaking down carbohydrates is found in the pancreas, and it plays a crucial role in digestion.
(167) When the isoenzyme is inhibited, it can lead to the accumulation of undigested proteins, causing gastrointestinal discomfort.
(168) The isoenzyme responsible for metabolizing toxins is highly inducible, allowing the body to adapt to environmental challenges.
(169) The isoenzyme responsible for metabolizing drugs is subject to genetic variations, which can affect individual drug responses.
(170) When the isoenzyme is activated, it can initiate a cascade of biochemical reactions that ultimately lead to cellular responses.
(171) The isoenzyme responsible for metabolizing caffeine is found in the liver, and it helps to eliminate the stimulant from the body.
(172) The isoenzyme that converts glucose into glycogen is primarily found in the muscles and liver, ensuring energy storage for future use.
(173) The isoenzyme involved in cholesterol synthesis is predominantly expressed in the liver, contributing to the regulation of lipid levels.
(174) The isoenzyme responsible for detoxifying drugs is highly expressed in the liver, allowing for efficient elimination of foreign compounds.
(175) The isoenzyme involved in hormone synthesis is predominantly expressed in the endocrine glands, regulating various physiological functions.
(176) The isoenzyme that converts pyruvate into lactate is primarily found in muscle cells, allowing for energy production during intense exercise.
(177) The isoenzyme responsible for metabolizing bilirubin is primarily found in the liver, ensuring the elimination of waste products from the body.
Isoenzyme meaning
Isoenzyme is a term used in biochemistry to describe a type of enzyme that has the same function as another enzyme but differs in its chemical structure. Isoenzymes are also known as isozymes or isoenzymes, and they play a crucial role in many biological processes. If you are looking to use the word isoenzyme 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 isoenzyme in a sentence, it is important to understand what it means. Isoenzymes are enzymes that have the same function but differ in their chemical structure. This means that they can be used interchangeably in many biological processes, but they may also have different properties that make them useful in specific situations.
2. Use the word in context: When using the word isoenzyme in a sentence, it is important to provide context so that the reader understands what you are referring to.
For example, you might say "The isoenzyme responsible for breaking down glucose is called hexokinase." This sentence provides context by specifying which isoenzyme is being referred to and what its function is.
3. Be precise: When using technical terms like isoenzyme, it is important to be precise in your language. Avoid using vague or general terms that could be interpreted in different ways.
For example, instead of saying "The enzyme that breaks down glucose," you might say "The isoenzyme that catalyzes the phosphorylation of glucose to glucose-6-phosphate."
4. Use examples: To help illustrate your point, you might use examples of isoenzymes in action.
For example, you might say "Isoenzymes are important in medical diagnosis because they can indicate tissue damage.
For example, elevated levels of the isoenzyme creatine kinase in the blood can indicate muscle damage."
5. Use the word correctly:
Finally, it is important to use the word isoenzyme correctly in your sentence. Make sure that you are using it in the right context and that you are using it in a grammatically correct way. If you are unsure about how to use the word, consult a dictionary or a trusted source of information.
In conclusion, using the word isoenzyme in a sentence requires a good understanding of its meaning and context. By following these tips, you can use the word effectively and accurately in your writing. Whether you are a student, a scientist, or a writer, mastering technical terms like isoenzyme can help you to communicate your ideas more clearly and effectively.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Isoenzyme. They do not represent the opinions of TranslateEN.com.