Catabolite in a sentence
Synonym: metabolite.
Meaning: A product of catabolism, the breakdown of complex molecules in living organisms.
(1) Catabolite the organic matter.
(2) Catabolite is simply astounding!
(3) Catabolite is simply incredible!
(4) Convert the catabolite into ATP.
(5) Catabolite is truly mind-blowing!
(6) Catabolite is truly awe-inspiring!
(7) Catabolite is simply awe-inspiring!
(8) Wow, catabolite is truly remarkable!
(9) Store the catabolite for future use.
(10) Catabolite is absolutely fascinating!
Catabolite sentence
(11) Catabolite is absolutely astonishing!
(12) Wow, catabolite is simply astounding!
(13) Catabolite is absolutely mind-blowing!
(14) Metabolize the catabolite efficiently.
(15) Catabolite is absolutely mind-boggling!
(16) What a remarkable concept catabolite is!
(17) Enhance the catabolite degradation rate.
(18) I can't believe how amazing catabolite is!
(19) What a remarkable discovery catabolite is!
(20) Wow, catabolite is absolutely fascinating!
Catabolite make sentence
(21) Enhance the catabolite uptake by the cell.
(22) Regulate the catabolite utilization genes.
(23) I'm in awe of the complexity of catabolite!
(24) What an amazing breakthrough catabolite is!
(25) How incredible is the impact of catabolite!
(26) Control the catabolite degradation process.
(27) Wow, catabolite is such an interesting term!
(28) How incredible is the concept of catabolite!
(29) How astonishing is the impact of catabolite!
(30) Optimize the catabolite utilization pathway.
Sentence of catabolite
(31) How incredible is the research on catabolite!
(32) I can't believe the complexity of catabolite!
(33) I'm in awe of the significance of catabolite!
(34) Utilize the catabolite for energy production.
(35) Maintain a balanced catabolite concentration.
(36) Fine-tune the catabolite breakdown mechanism.
(37) I can't believe the significance of catabolite!
(38) Release the byproducts of catabolite breakdown.
(39) Ensure the proper disposal of catabolite waste.
(40) How incredible is the science behind catabolite!
Catabolite meaningful sentence
(41) How mind-boggling is the research on catabolite!
(42) How astonishing is the science behind catabolite!
(43) Break down the catabolite into simpler compounds.
(44) Monitor the catabolite levels in the environment.
(45) Transport the catabolite across the cell membrane.
(46) Regulate the catabolite concentration in the cell.
(47) Absorb the catabolite from the surrounding medium.
(48) Maximize the efficiency of catabolite utilization.
(49) Minimize the loss of catabolite during metabolism.
(50) Catabolite is a term commonly used in biochemistry.
Catabolite sentence examples
(51) I'm in awe of the discoveries related to catabolite!
(52) The catabolite is a byproduct of cellular metabolism.
(53) Catabolite synthesis is a complex biochemical process.
(54) Activate the enzymes involved in catabolite breakdown.
(55) Catabolite formation is influenced by hormonal signals.
(56) Catabolite accumulation can lead to metabolic disorders.
(57) Catabolite utilization is regulated by specific enzymes.
(58) Prevent the accumulation of toxic catabolite byproducts.
(59) Adjust the catabolite breakdown based on cellular needs.
(60) Eliminate any obstacles hindering catabolite metabolism.
Sentence with catabolite
(61) The catabolite pathway is an important metabolic process.
(62) The catabolite reaction is catalyzed by specific enzymes.
(63) If a catabolite is present, the enzyme will be activated.
(64) The catabolite pathway is essential for energy production.
(65) Promote the conversion of catabolite into useful products.
(66) Catabolite repression occurs when a catabolite is present.
(67) Catabolite utilization is essential for muscle contraction.
(68) Catabolite synthesis requires specific precursor molecules.
(69) The catabolite pathway is regulated by feedback mechanisms.
(70) The catabolite repression system is regulated by cyclic AMP.
Use catabolite in a sentence
(71) If a catabolite is absent, the enzyme will not be activated.
(72) Catabolite excretion occurs through various bodily processes.
(73) The catabolite breakdown releases nitrogenous waste products.
(74) The catabolite reaction is an integral part of the Krebs cycle.
(75) The catabolite repression system helps bacteria conserve energy.
(76) The catabolite breakdown releases carbon dioxide as a byproduct.
(77) Catabolite metabolism is crucial for maintaining overall health.
(78) Adapt the catabolite degradation process to changing conditions.
(79) Improve the efficiency of catabolite transport across membranes.
(80) If a catabolite is not present, the enzyme will remain inactive.
Sentence using catabolite
(81) The catabolite breakdown releases energy for cellular activities.
(82) Catabolite excretion helps maintain the body's acid-base balance.
(83) Catabolite repression is a common phenomenon observed in bacteria.
(84) Continuously monitor and adjust the catabolite metabolism process.
(85) The catabolite molecule is composed of specific chemical components.
(86) The catabolite concentration can be affected by certain medications.
(87) The word catabolite refers to a substance produced during catabolism.
(88) Catabolite control protein A regulates carbon metabolism in bacteria.
(89) Catabolite formation is a natural part of the body's metabolic cycle.
(90) Catabolite repression is an important aspect of microbial physiology.
Catabolite example sentence
(91) If a catabolite is detected, the metabolic pathway will be activated.
(92) The presence of catabolite activator protein enhances gene expression.
(93) Catabolite repression is a common phenomenon in microbial communities.
(94) The catabolite concentration can be affected by fasting or starvation.
(95) If a catabolite is absent, the metabolic pathway will remain inactive.
(96) Catabolite repression is often observed in bacteria growing on glucose.
(97) Catabolite repression is an important factor in bacterial pathogenesis.
(98) Catabolite repression is an adaptive response to nutrient availability.
(99) The catabolite pathway is interconnected with other metabolic pathways.
(100) Catabolite metabolism plays a role in maintaining blood glucose levels.
Sentence with word catabolite
(101) Catabolite levels can be measured using advanced analytical techniques.
(102) If a catabolite is absent, the metabolic pathway will not be activated.
(103) Catabolite degradation occurs during the breakdown of organic compounds.
(104) The activity of the enzyme is dependent on the presence of a catabolite.
(105) The activity of the enzyme is modulated by the presence of a catabolite.
(106) Catabolite repression is an energy-saving strategy employed by organisms.
(107) The presence of a catabolite can inhibit the expression of certain genes.
(108) Researchers are studying the effects of catabolite repression in bacteria.
(109) The catabolite repression system helps bacteria prioritize energy sources.
(110) Catabolite repression can be overcome by the addition of certain inducers.
Sentence of catabolite
(111) Catabolite repression is a conserved mechanism found in various organisms.
(112) Optimize the catabolite degradation pathway for maximum energy production.
(113) Catabolite repression can be modulated by the activity of specific enzymes.
(114) Catabolite repression can be studied using genetic and molecular techniques.
(115) The catabolite activator protein binds to DNA to initiate gene transcription.
(116) Catabolite repression can be overcome by the addition of an inducer molecule.
(117) The presence of a catabolite can result in the upregulation of specific genes.
(118) The presence of a catabolite can result in the inhibition of specific enzymes.
(119) Catabolite repression can lead to the inhibition of certain metabolic pathways.
(120) Catabolite repression can be modulated by the presence of specific metabolites.
Catabolite used in a sentence
(121) Catabolite repression can be overcome by mutations in certain regulatory genes.
(122) The catabolite concentration in the blood can be measured using specific tests.
(123) If a catabolite is detected, the expression of certain genes will be repressed.
(124) The catabolite repression system is conserved across various bacterial species.
(125) The catabolite repression mechanism helps bacteria maintain energy homeostasis.
(126) The catabolite breakdown provides the necessary energy for cellular respiration.
(127) Catabolite repression can prevent the utilization of alternative carbon sources.
(128) The catabolite repression system is conserved across different bacterial species.
(129) Catabolite repression can influence the virulence of certain bacterial pathogens.
(130) Catabolite levels can be elevated in individuals with certain medical conditions.
Catabolite sentence in English
(131) Catabolite production is influenced by various factors, such as diet and exercise.
(132) Catabolite repression can be influenced by the availability of specific nutrients.
(133) The catabolite activator protein plays a role in the regulation of virulence genes.
(134) Catabolite repression can be observed in both prokaryotic and eukaryotic organisms.
(135) If a catabolite is present, the enzyme will catalyze the conversion of a substrate.
(136) The activity of the enzyme is regulated by the presence or absence of a catabolite.
(137) The catabolite activator protein is essential for the utilization of certain sugars.
(138) Catabolite repression can be studied using genetic and molecular biology techniques.
(139) The catabolite level in the body can indicate the efficiency of metabolic processes.
(140) If a catabolite is not present, the enzyme will not be able to perform its function.
(141) Catabolite repression is an important aspect of bacterial physiology and metabolism.
(142) The catabolite repression response is an important aspect of bacterial pathogenesis.
(143) Catabolite repression is an important mechanism for maintaining cellular homeostasis.
(144) Catabolite repression can impact the production of biofuels from renewable feedstocks.
(145) Catabolite utilization is an important process in the metabolism of various organisms.
(146) The lac operon in E. coli is subject to catabolite repression when glucose is present.
(147) The activity of the enzyme is directly influenced by the concentration of a catabolite.
(148) The presence of a catabolite can lead to the activation of specific signaling pathways.
(149) The catabolite repression phenomenon was first discovered in studies on the lac operon.
(150) Catabolite repression can be influenced by the availability of different carbon sources.
(151) Catabolite is a term used to describe a substance that is broken down during catabolism.
(152) Catabolite repression plays a crucial role in the regulation of carbohydrate metabolism.
(153) The catabolite activator protein interacts with RNA polymerase to initiate transcription.
(154) Catabolite repression can occur in response to the presence of a preferred carbon source.
(155) Catabolite repression is a complex phenomenon that involves multiple regulatory proteins.
(156) Catabolite repression can be influenced by the presence of other metabolic intermediates.
(157) Catabolite repression is a key factor in the regulation of carbon metabolism in bacteria.
(158) Catabolite repression is a topic of ongoing research in the field of microbial physiology.
(159) Catabolite control protein A plays a crucial role in regulating catabolic gene expression.
(160) Catabolite repression is an important factor to consider in biotechnological applications.
(161) The presence of a catabolite can lead to the activation of specific transcription factors.
(162) The catabolite repression response is triggered by the presence of certain carbon sources.
(163) The catabolite repression response is finely tuned to ensure efficient carbon utilization.
(164) The presence of a catabolite can lead to the downregulation of specific metabolic pathways.
(165) Catabolite repression is a mechanism that allows bacteria to adapt to changing environments.
(166) The catabolite activator protein is involved in the regulation of central carbon metabolism.
(167) Catabolite repression can be influenced by environmental factors such as pH and temperature.
(168) Catabolite repression can be relieved by the removal of the catabolite from the environment.
(169) The catabolite repression pathway is tightly regulated to ensure optimal energy utilization.
(170) The catabolite activator protein is involved in the regulation of several metabolic pathways.
(171) The catabolite repression system is tightly regulated to ensure efficient energy utilization.
(172) Catabolite repression is a complex regulatory network that ensures optimal energy utilization.
(173) Catabolite repression is an essential process for the efficient utilization of carbon sources.
(174) Catabolite repression is a regulatory mechanism that responds to the presence of a catabolite.
(175) Glucose is a common catabolite that can repress the utilization of alternative carbon sources.
(176) Catabolite repression can be mediated by the binding of specific transcription factors to DNA.
(177) The catabolite pathway is responsible for the breakdown of complex molecules into simpler ones.
(178) Catabolite repression is a tightly regulated process that ensures efficient energy utilization.
(179) Catabolite repression is a dynamic process that can be regulated by various signaling pathways.
(180) Catabolite repression is an example of how organisms adapt to changing environmental conditions.
(181) The catabolite repression system is influenced by the concentration of intracellular metabolites.
(182) Catabolite repression can affect the expression of multiple genes involved in catabolic pathways.
(183) Understanding catabolite repression is important for optimizing industrial fermentation processes.
(184) Catabolite repression is mediated by the binding of specific proteins to DNA regulatory sequences.
(185) Catabolite repression allows bacteria to adapt their metabolism to changing nutrient availability.
(186) The catabolite repression mechanism is an important target for studying bacterial gene regulation.
(187) Catabolite repression is an important factor to consider when designing biotechnological processes.
(188) The understanding of catabolite repression can aid in the optimization of bioremediation processes.
(189) Catabolite repression allows organisms to prioritize the use of certain carbon sources over others.
(190) The catabolite repression control system helps bacteria adapt to changing environmental conditions.
(191) Catabolite repression can influence the expression of multiple genes involved in carbon metabolism.
(192) The discovery of catabolite repression has revolutionized our understanding of bacterial metabolism.
(193) The catabolite repression mechanism allows bacteria to efficiently utilize available carbon sources.
(194) The presence of catabolite activator protein enhances the expression of genes involved in catabolism.
(195) Catabolite repression allows bacteria to adapt their metabolism to changing environmental conditions.
(196) The study of catabolite repression has implications for the development of microbial-based biosensors.
(197) Catabolite repression can be overcome through genetic mutations or alterations in regulatory pathways.
(198) Catabolite repression can affect the production of secondary metabolites with pharmaceutical potential.
(199) The regulation of catabolite repression is influenced by the availability of carbon and energy sources.
(200) The catabolite repression system is an example of how bacteria adapt to their environment for survival.
(201) The lac operon in E. coli is subject to catabolite repression when glucose is present in the environment.
(202) Catabolite repression can be modulated by the activity of specific enzymes involved in carbon metabolism.
(203) Catabolite repression ensures that cells prioritize the utilization of the most favorable carbon sources.
(204) Catabolite repression is a complex process involving multiple regulatory proteins and signaling pathways.
(205) Catabolite repression ensures that bacteria utilize the most energetically favorable carbon sources first.
(206) Catabolite repression can be overcome by the addition of non-preferred carbon sources to the growth medium.
(207) Catabolite repression is a dynamic process that allows bacteria to respond to changing nutrient conditions.
(208) Catabolite repression can be overcome by the addition of a non-preferred carbon source to the growth medium.
(209) Catabolite repression is a mechanism that allows bacteria to prioritize the use of preferred carbon sources.
(210) Catabolite repression can be overcome by mutations in regulatory genes or by genetic engineering techniques.
(211) Catabolite repression can have a significant impact on the efficiency of metabolic pathways in microorganisms.
(212) If a catabolite is present, the metabolic flux will be directed towards the utilization of that carbon source.
(213) Catabolite repression is an adaptive response that allows organisms to efficiently utilize available resources.
(214) Catabolite repression can have significant implications for industrial bioprocesses and microbial fermentation.
(215) Catabolite repression is a complex phenomenon that involves multiple regulatory proteins and signaling pathways.
(216) Catabolite repression is a regulatory mechanism that inhibits the expression of certain genes during catabolism.
(217) The presence of catabolite repression can affect the production of certain metabolites in microbial fermentation.
(218) Catabolite repression is an adaptive response that allows bacteria to efficiently utilize available carbon sources.
(219) The study of catabolite repression can provide insights into the evolution of metabolic pathways in microorganisms.
(220) Catabolite repression can impact the efficiency of microbial fermentation for the production of food and beverages.
(221) Catabolite repression is an important consideration in the production of recombinant proteins using microbial hosts.
(222) The catabolite repression system helps bacteria conserve energy by prioritizing the use of preferred carbon sources.
(223) The study of catabolite repression has provided valuable insights into the regulation of gene expression in bacteria.
(224) The regulation of catabolite repression is tightly controlled to ensure optimal growth and survival of microorganisms.
(225) The elucidation of catabolite repression mechanisms has broad implications for our understanding of microbial ecology.
(226) Catabolite repression allows bacteria to prioritize the utilization of preferred carbon sources over less favorable ones.
(227) Catabolite repression is a mechanism that helps bacteria conserve energy by avoiding the use of unnecessary metabolic pathways.
(228) The elucidation of catabolite repression mechanisms has potential applications in the development of novel antimicrobial strategies.
(229) Catabolite repression is a regulatory mechanism that inhibits the expression of certain genes in the presence of a preferred carbon source.
(230) Catabolite repression is an example of how microorganisms have evolved sophisticated mechanisms to adapt to changing environmental conditions.
(231) Catabolite repression ensures that bacteria do not waste energy on the synthesis of enzymes for the utilization of non-preferred carbon sources.
(232) Catabolite repression is a regulatory mechanism that controls the expression of certain genes in response to the presence of a preferred carbon source.
Catabolite meaning
Catabolite is a term used in biochemistry to describe a substance that is broken down during metabolism. It is a crucial concept in understanding how the body processes energy and nutrients, and is often used in scientific research and medical practice. If you are looking to use the word catabolite 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 catabolite in a sentence, it is important to have a clear understanding of what it means. As mentioned above, catabolite refers to a substance that is broken down during metabolism. This could include things like glucose, amino acids, and fatty acids. By understanding the meaning of the word, you will be better equipped to use it correctly in a sentence.
2. Use it in a scientific context: Catabolite is a term that is primarily used in scientific contexts, such as biochemistry, physiology, and nutrition. If you are writing a scientific paper or discussing a scientific topic, using the word catabolite can help to convey your understanding of the subject matter.
For example, you might write: "The catabolite glucose is broken down into pyruvate during glycolysis."
3. Provide context: When using the word catabolite in a sentence, it is important to provide context so that your reader understands what you are referring to. This might involve explaining the process of metabolism, or providing additional information about the specific catabolite you are discussing.
For example, you might write: "During exercise, the body breaks down catabolites like glucose and fatty acids to provide energy for the muscles."
4. Use it sparingly: While the word catabolite is a useful term in scientific contexts, it is not a word that is commonly used in everyday language. If you are writing for a general audience, it may be more appropriate to use simpler terms to convey your meaning. However, if you are writing for a scientific audience, using the word catabolite can help to demonstrate your knowledge and expertise.
In conclusion, catabolite is a term that is commonly used in scientific contexts to describe substances that are broken down during metabolism. If you are looking to use the word in a sentence, it is important to understand its meaning, provide context, and use it sparingly depending on your audience. By following these tips, you can effectively incorporate the word catabolite into your writing and communication.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Catabolite. They do not represent the opinions of TranslateEN.com.