100 Examples of sentences containing the common noun "homeostasis"

Definition

Homeostasis refers to the process by which living organisms maintain a stable internal environment despite changes in external conditions. This includes the regulation of temperature, pH, hydration, and other vital parameters essential for survival.

Synonyms

• Equilibrium
• Balance
• Stability
• Harmony
• Steadiness

Antonyms

• Instability
• Disruption
• Imbalance
• Chaos
• Turbulence

Examples

1. The body maintains homeostasis through various physiological processes.
2. When exposed to extreme temperatures, the human body regulates homeostasis to prevent overheating or hypothermia.
3. The concept of homeostasis is crucial in understanding how organisms adapt to their environments.
4. Feedback mechanisms play a significant role in achieving homeostasis within biological systems.
5. Stress can significantly affect the body's ability to achieve homeostasis.
6. The endocrine system is responsible for many functions that contribute to homeostasis.
7. During exercise, the body works hard to maintain homeostasis despite increased energy expenditure.
8. Homeostasis is vital for the survival of cells and, consequently, the organism as a whole.
9. Any disruption in homeostasis can lead to disease or dysfunction.
10. The kidneys play an essential role in maintaining homeostasis by regulating fluid balance.
11. The process of sweating helps the body maintain homeostasis during hot weather.
12. Homeostasis involves complex interactions between different organ systems.
13. The body's immune response is a critical element of homeostasis.
14. Hormones help regulate homeostasis by signaling various biological responses.
15. The concept of homeostasis can be applied to both biological and ecological systems.
16. Changes in diet can impact the body's ability to achieve homeostasis.
17. Homeostasis is often described as a dynamic equilibrium.
18. The hypothalamus is key in controlling body temperature to ensure homeostasis.
19. Animals have evolved various adaptations to maintain homeostasis in their habitats.
20. The human body strives for homeostasis through various feedback loops.
21. Disruptions in homeostasis can lead to metabolic disorders.
22. The concept of homeostasis can also be applied to psychological well-being.
23. Homeostasis is essential in maintaining the acid-base balance in the body.
24. Animals that hibernate have unique adaptations to maintain homeostasis during extreme conditions.
25. The body responds to dehydration by activating mechanisms that promote homeostasis.
26. Homeostasis can be affected by external factors such as temperature and diet.
27. The nervous system plays a critical role in achieving homeostasis.
28. Homeostasis is vital for the proper functioning of all biological systems.
29. When homeostasis is disrupted, the body attempts to restore balance.
30. The principles of homeostasis apply to both single-celled and multicellular organisms.
31. Homeostasis is a fundamental concept in physiology and biology.
32. The body uses various methods to ensure homeostasis is maintained during sleep.
33. Conditions such as diabetes can interfere with the body's ability to achieve homeostasis.
34. Homeostasis is crucial for maintaining optimal performance in athletes.
35. The concept of homeostasis extends beyond biology to include social systems.
36. The body detects changes in the internal environment to help maintain homeostasis.
37. Certain medications can affect the body's ability to achieve homeostasis.
38. The liver is involved in many processes that support homeostasis.
39. Homeostasis is a key indicator of an organism's overall health.
40. The body modulates its responses to maintain homeostasis under varying conditions.
41. Homeostasis can be disrupted by illness or injury.
42. The role of enzymes in metabolic pathways is essential for achieving homeostasis.
43. Homeostasis is often illustrated using the example of temperature regulation.
44. The concept of homeostasis helps explain how organisms cope with environmental stressors.
45. The body adapts its physiological processes to maintain homeostasis during pregnancy.
46. Homeostasis is influenced by both genetic and environmental factors.
47. The body's natural defenses are crucial for maintaining homeostasis.
48. Homeostasis involves continuous monitoring and adjustment of internal conditions.
49. The concept of homeostasis has implications for understanding climate change and ecosystems.
50. The feedback mechanisms involved in homeostasis are often negative feedback loops.
51. The ability to achieve homeostasis is a hallmark of living organisms.
52. Homeostasis requires coordination between various organ systems.
53. The body's response to illness often involves efforts to restore homeostasis.
54. Homeostasis is a dynamic process that requires constant adjustments.
55. The body can compensate for minor disruptions in homeostasis.
56. Homeostasis is essential for the function of the nervous system.
57. The process of osmoregulation is an example of homeostasis in action.
58. Homeostasis is crucial for maintaining healthy blood pressure levels.
59. The body utilizes feedback signals to maintain homeostasis.
60. Homeostasis is a key concept in the study of ecology.
61. When energy intake exceeds expenditure, the body may struggle to maintain homeostasis.
62. Homeostasis can be affected by lifestyle choices, such as diet and exercise.
63. The circulatory system plays a vital role in achieving homeostasis.
64. Homeostasis is often disrupted during periods of stress.
65. The body works to restore homeostasis after a workout.
66. Homeostasis is a fundamental principle in understanding bodily functions.
67. The kidneys help to regulate homeostasis by filtering blood.
68. Homeostasis is essential for the proper functioning of the immune system.
69. The body monitors temperature as part of its homeostatic processes.
70. Homeostasis is achieved through various physiological mechanisms.
71. The body's natural rhythms help to maintain homeostasis.
72. Homeostasis is a critical aspect of cellular function.
73. The balance of electrolytes is an important aspect of homeostasis.
74. The body can adjust its metabolic rate to maintain homeostasis.
75. Homeostasis is essential for the survival of organisms in fluctuating environments.
76. The relationship between homeostasis and health is complex.
77. The body seeks to restore homeostasis after any disruption.
78. Homeostasis can be influenced by hormonal changes.
79. The concept of homeostasis is important in medical science.
80. Homeostasis involves multiple systems working together seamlessly.
81. The body's ability to maintain homeostasis is critical for long-term health.
82. Homeostasis is affected by both physical and psychological factors.
83. The body reacts to changes in the environment to achieve homeostasis.
84. Maintaining homeostasis is essential for optimal athletic performance.
85. Homeostasis can be challenged by extreme environmental conditions.
86. The body's feedback mechanisms are crucial for maintaining homeostasis.
87. Homeostasis ensures that cellular processes function effectively.
88. The body strives for homeostasis even in times of illness.
89. Homeostasis is a key concept in understanding metabolic processes.
90. The brain coordinates various systems to achieve homeostasis.
91. Homeostasis is pivotal for sustaining life.
92. The body modulates its functions to ensure homeostasis is maintained.
93. Homeostasis can be disrupted by chronic stress.
94. The body's ability to restore homeostasis is vital for recovery.
95. Homeostasis involves a balance between various physiological factors.
96. The concept of homeostasis helps explain the body's response to medication.
97. The body engages in various processes to achieve homeostasis.
98. Homeostasis is integral to the functioning of all living organisms.
99. The body can adapt to new conditions to maintain homeostasis.
100. Homeostasis is a dynamic interplay between various biological systems.