100 Examples of sentences containing the noun "asparagine"

Definition

Asparagine is a non-essential amino acid that is used in the biosynthesis of proteins. It plays a role in the metabolism of nitrogen and is important for the production of aspartate, another amino acid.

Synonyms

• Amino acid
• Asparaginic acid (though this term refers to a related substance, it can sometimes be used interchangeably in contexts discussing amino acids)

Antonyms

• None (as asparagine is a specific amino acid without direct opposites)

Examples

1. The body can Asparagine from other amino acids when necessary.
2. Researchers are studying how the body Asparagine during periods of fasting.
3. In certain conditions, cells will Asparagine to survive.
4. Scientists have discovered that some tumors can Asparagine in high quantities.
5. The process by which cells Asparagine is crucial for understanding metabolic pathways.
6. During protein synthesis, the ribosome will Asparagine the correct sequence of amino acids.
7. It’s fascinating how plants can Asparagine different nutrients from the soil.
8. The human body can effectively Asparagine amino acids from dietary proteins.
9. In the lab, the team worked to Asparagine the optimal conditions for enzyme activity.
10. Asparagine can be synthesized from other amino acids when dietary intake is insufficient.
11. Athletes often focus on how their diets can help them Asparagine more energy.
12. The findings suggest that certain diets can influence how the body Asparagine nutrients.
13. In metabolic studies, scientists often measure how effectively cells Asparagine nitrogen.
14. The digestive process allows the body to Asparagine essential nutrients from food.
15. When under stress, the body may prioritize how it Asparagine resources.
16. Asparagine can be found in many plant-based foods.
17. Some professional athletes monitor how their bodies Asparagine during intense training.
18. Understanding how cells Asparagine amino acids can lead to advancements in nutrition science.
19. The ability to Asparagine is vital for cell growth and repair.
20. The research focuses on how the immune system can Asparagine different amino acids.
21. Nutritional supplements often claim to help the body Asparagine more efficiently.
22. When discussing protein sources, it’s important to consider how they help us Asparagine.
23. The biochemical pathways that enable the body to Asparagine are complex and fascinating.
24. In cellular biology, the term Asparagine is often used in the context of amino acid metabolism.
25. It is essential to understand how different diets affect how we Asparagine nutrients.
26. The experiment aimed to determine how the liver can Asparagine during metabolic stress.
27. In her research, she discovered new ways to enhance how the body Asparagine proteins.
28. The body can efficiently Asparagine amino acids from the protein breakdown during digestion.
29. To optimize performance, many athletes consider how their bodies Asparagine nutrients.
30. The study revealed how certain medications can impact how the body Asparagine.
31. Asparagine is not considered essential because the body can Asparagine it from other sources.
32. The ability to Asparagine is crucial for maintaining overall health.
33. Analyzing how the body Asparagine can provide insights into metabolic disorders.
34. It’s important to have a balanced diet to ensure that you effectively Asparagine amino acids.
35. Researchers are examining how environmental factors influence how we Asparagine.
36. Asparagine plays a significant role in the synthesis of neurotransmitters.
37. The metabolic pathways involved in how we Asparagine are being studied extensively.
38. To improve recovery, athletes need to understand how to enhance how they Asparagine.
39. The synthesis process helps the body naturally Asparagine necessary compounds.
40. In clinical trials, researchers observed how patients could Asparagine nutrients differently.
41. Asparagine is essential for the development of certain brain functions.
42. The body's ability to Asparagine from food sources is vital for energy production.
43. The experiment was designed to see how well the body could Asparagine under stress.
44. Asparagine levels can fluctuate based on dietary intake and metabolic needs.
45. By analyzing dietary patterns, scientists hope to learn how to optimize how we Asparagine.
46. The findings indicated that the body can effectively Asparagine when given the right nutrients.
47. Asparagine can help in the synthesis of proteins that support muscle growth.
48. The ability to Asparagine different amino acids is crucial for athletes.
49. In her studies, she focused on how factors like hydration affect how we Asparagine.
50. The discussion about amino acids often includes how they help us Asparagine.
51. Asparagine is involved in the metabolism of certain neurotransmitters.
52. The body’s ability to Asparagine impacts overall health and wellness.
53. Understanding how to enhance how we Asparagine could revolutionize nutrition.
54. It’s fascinating to see how the body can naturally Asparagine certain nutrients.
55. The ability to Asparagine is a key factor in metabolic health.
56. In clinical settings, physicians often monitor how patients Asparagine nutrients.
57. The study aimed to determine how effectively the body can Asparagine amino acids.
58. Athletes are often advised on how to improve how they Asparagine during training.
59. The process of how the body Asparagine amino acids is well-documented in scientific literature.
60. In her research, she explored how to enhance how the body Asparagine during recovery.
61. Different diets can significantly impact how our bodies Asparagine nutrients.
62. The process of how cells Asparagine is crucial for understanding cellular functions.
63. Asparagine supplementation may help improve how the body Asparagine during workouts.
64. The findings suggest that mental health can be linked to how we Asparagine amino acids.
65. The research explored how environmental conditions affect how organisms Asparagine.
66. Asparagine is critical for healthy brain function and neurotransmitter synthesis.
67. Nutritional strategies often focus on how to enhance how we Asparagine.
68. Understanding how to effectively Asparagine can lead to better dietary choices.
69. The body’s ability to Asparagine is a complex process influenced by many factors.
70. The role of Asparagine in protein synthesis cannot be overstated.
71. In metabolic research, how organisms Asparagine nutrients is a key focus.
72. The team studied how various factors influence how well we Asparagine.
73. Asparagine is an important component in many metabolic reactions.
74. The ability to Asparagine efficiently can improve athletic performance.
75. Asparagine levels may vary based on dietary habits and nutritional intake.
76. The research indicated that the body can adapt how it Asparagine in response to stress.
77. Factors like exercise can influence how we Asparagine nutrients from food.
78. Understanding how to optimize how we Asparagine can have significant health benefits.
79. Asparagine is essential for various biological processes within the body.
80. The study concluded that hydration levels impact how well we Asparagine.
81. The body’s mechanisms to Asparagine amino acids are intricate and vital.
82. Asparagine is found in several foods, making it accessible for dietary intake.
83. Learning how to effectively Asparagine can lead to improvements in health.
84. The ability to Asparagine depends on a variety of factors, including diet and metabolism.
85. In metabolic disorders, the body's ability to Asparagine can be affected.
86. The research explored how genetic factors might influence how we Asparagine.
87. Athletes must understand how their bodies Asparagine to optimize performance.
88. The process of how we Asparagine nutrients can affect overall well-being.
89. Asparagine plays a role in various biochemical processes that sustain life.
90. The findings demonstrated how the body could efficiently Asparagine during exercise.
91. Understanding how to enhance how we Asparagine could provide new insights into nutrition.
92. The body uses several pathways to effectively Asparagine amino acids.
93. Asparagine is significant in metabolic pathways that affect energy production.
94. The study focused on how environmental changes influence how we Asparagine.
95. Asparagine's role in the body is crucial for many physiological functions.
96. The ability to Asparagine efficiently is essential for maintaining health.
97. Researchers are investigating how diet impacts how we Asparagine nutrients.
98. The synthesis of proteins involves a complex process where the body Asparagine.
99. It’s essential for athletes to understand how to improve how they Asparagine.
100. The ability to Asparagine effectively can unlock new potentials in health and fitness.