100 Examples of sentences containing the common noun "zymography"

Definition

Zymography refers to a laboratory technique used to detect enzyme activity, particularly in the context of studying proteases and other enzymes in biological samples. It typically involves the use of a gel matrix where the enzyme can be separated and visualized, allowing researchers to analyze enzyme activity in various contexts.

Synonyms

  • Enzyme assay
  • Enzyme analysis
  • Protease activity test
  • Gel electrophoresis (specific to enzyme detection)

Antonyms

  • Enzyme inhibition
  • Enzyme deactivation
  • Enzyme suppression

Examples

  1. The researchers decided to zymography the protein samples to identify enzyme activity.
  2. After conducting the experiment, they were able to zymography the results effectively.
  3. The lab technician will zymography the samples to visualize the enzyme activities.
  4. To understand the disease mechanism, scientists zymography the tissue extracts.
  5. During the seminar, the speaker explained how to zymography different biological samples.
  6. The team used zymography to zymography the protease levels in the patients' samples.
  7. For accurate results, it is crucial to zymography the samples under controlled conditions.
  8. In order to validate the findings, they had to zymography the enzyme's performance in different pH levels.
  9. The study aimed to zymography the role of specific enzymes in cancer progression.
  10. Researchers often zymography various substrates to determine enzyme specificity.
  11. The laboratory is equipped to zymography both extracellular and intracellular enzymes.
  12. They will zymography the gel to observe the bands corresponding to enzymatic activity.
  13. Before publishing their findings, they had to zymography the results multiple times.
  14. The student's thesis focused on how to effectively zymography novel enzyme inhibitors.
  15. To confirm the presence of proteases, scientists will zymography the samples post-treatment.
  16. The procedure requires precise conditions to zymography the enzyme correctly.
  17. Researchers routinely use zymography to zymography the effectiveness of drug treatments.
  18. The results of the zymography will help to zymography the next phase of the study.
  19. They decided to zymography the tissue extracts using a different gel concentration.
  20. By using zymography, the team was able to zymography the changes in enzyme activity over time.
  21. The scientist will zymography the reaction products to analyze the kinetics of the enzyme.
  22. To enhance the accuracy, they used advanced techniques to zymography the samples.
  23. The findings from the zymography indicated that the enzyme was inhibited by the compound.
  24. They needed to zymography the control samples alongside the experimental ones for comparison.
  25. The research paper detailed the methods used to zymography the enzyme activity in vivo.
  26. To support their hypothesis, they aimed to zymography enzyme levels in different tissues.
  27. The zymography results were crucial to zymography the overall findings of the research.
  28. They will zymography the samples in replicate to ensure reliability of the data.
  29. The objective of the study was to zymography the interactions between enzymes and substrates.
  30. The lab focused on how to zymography complex mixtures for better enzyme detection.
  31. The next step in the experiment is to zymography the isolated proteins to assess their activity.
  32. The researchers developed new methods to zymography less abundant enzymes in the sample.
  33. Understanding how to zymography different enzymes can lead to breakthroughs in drug development.
  34. They will zymography the samples under varying temperature conditions to study stability.
  35. The results obtained from the zymography suggested a novel mechanism of action for the enzyme.
  36. To effectively zymography the enzymes, it is essential to optimize the gel composition.
  37. The findings from the zymography will help to zymography future experiments.
  38. The team was eager to zymography the newly discovered enzyme for its potential applications.
  39. In their analysis, they needed to zymography both the active and inactive forms of the enzyme.
  40. The researchers were excited to zymography their hypothesis with the new experimental results.
  41. To confirm the enzyme's activity, they had to zymography several control samples.
  42. They were able to zymography the effects of temperature on enzyme functionality.
  43. The goal was to zymography how different inhibitors affect enzyme activity.
  44. The laboratory protocol outlined the steps to zymography the samples accurately.
  45. To establish a baseline, they needed to zymography untreated samples first.
  46. The outcome of the zymography was pivotal to zymography the research conclusions.
  47. They were able to zymography the enzyme activities in real-time during the experiment.
  48. The students learned how to zymography enzymes as part of their advanced biochemistry course.
  49. The zymography technique enabled them to zymography enzyme function in a cellular context.
  50. To identify the specific enzyme, they needed to zymography the extracts carefully.
  51. The research group decided to zymography the enzyme levels at different growth stages.
  52. It was important to zymography the samples as soon as possible for accurate results.
  53. The protocol required them to zymography the enzymes under anaerobic conditions.
  54. They were eager to zymography the effects of treatment on enzyme expression.
  55. The project aimed to zymography new biomarkers for disease diagnosis.
  56. The results of zymography can help to zymography the underlying mechanisms of enzyme action.
  57. The students practiced how to zymography effectively in the lab.
  58. By utilizing multiple substrates, they aimed to zymography the enzyme's versatility.
  59. The researchers had to zymography the samples at different times to track enzyme activity changes.
  60. The computational analysis helped them to predict how to zymography specific enzymes.
  61. The conference featured a session dedicated to how to zymography novel enzyme inhibitors.
  62. They needed to zymography the enzyme activity in order to publish their findings.
  63. The results indicated a significant increase in enzyme levels, prompting them to zymography further.
  64. The method they used to zymography the enzyme was refined over several iterations.
  65. The scientists were keen to zymography the enzyme's role in metabolic pathways.
  66. To ensure accuracy, they decided to zymography the samples in duplicate.
  67. The findings from the zymography were crucial to zymography new therapeutic strategies.
  68. They had to zymography the enzyme activity under various environmental conditions.
  69. The lab technician carefully prepared the samples to zymography the enzymes successfully.
  70. During the analysis, they aimed to zymography the effect of pH on enzyme stability.
  71. The ability to zymography different enzymes is fundamental to understanding biological processes.
  72. They will zymography the enzyme kinetics using various substrate concentrations.
  73. The researchers aimed to zymography the metabolic changes in response to treatment.
  74. The results of the zymography will be presented at the upcoming conference to zymography their findings.
  75. In order to validate their results, they needed to zymography the experiments multiple times.
  76. The technique allows them to zymography the enzymatic activity effectively.
  77. They used advanced imaging techniques to zymography the results in real-time.
  78. The goal of the experiment was to zymography the enzyme's activity across different conditions.
  79. The findings from the zymography were used to zymography the mechanisms of action in the study.
  80. They needed to zymography the enzyme after each treatment to assess the outcome.
  81. The ability to zymography enzymes in complex mixtures is a significant advancement in biochemistry.
  82. The students learned how to zymography enzymes as part of their lab training.
  83. The researchers were excited to zymography potential enzyme inhibitors in their samples.
  84. They decided to zymography enzyme samples from various organisms for comparison.
  85. The results clearly indicated that they needed to zymography further samples for confirmation.
  86. The team focused on how to zymography the enzymes efficiently to save time.
  87. They were able to zymography the activity using a novel substrate that showed promising results.
  88. The lab's new equipment allowed them to zymography with increased sensitivity.
  89. To ensure robust results, they had to zymography the enzyme activity at multiple points.
  90. The researchers aimed to zymography the changes in enzyme levels in response to stress.
  91. They needed to zymography the enzyme extracts to understand their potential therapeutic applications.
  92. The protocol specified how to zymography the enzymes with minimal degradation.
  93. They planned to zymography the samples after the enzymatic reaction had stabilized.
  94. The analysis aimed to zymography the interaction between the enzyme and its substrate.
  95. The research team's ability to zymography accurately was vital for their success.
  96. The seminar provided insights on how to zymography novel enzyme assays.
  97. They were excited to zymography the results from their new experimental setup.
  98. The results prompted them to zymography the enzyme using a different methodology.
  99. They had to zymography the samples quickly to prevent degradation of the enzymes.
  100. The laboratory's goal was to zymography the activity of enzymes associated with disease.