Respiration example sentences

"Respiration" Example Sentences

1. Respiration is the process of taking in oxygen and releasing carbon dioxide.
2. During respiration, oxygen is used to produce energy for cellular functions.
3. Aerobic respiration requires oxygen to break down nutrients to produce energy.
4. Anaerobic respiration occurs in the absence of oxygen.
5. Cellular respiration occurs in the mitochondria of cells.
6. External respiration is the process of gaseous exchange between lungs and air.
7. Internal respiration is the exchange of gases within body tissues.
8. External and internal respiration work together in a complete respiratory cycle.
9. The lungs enable respiration by absorbing oxygen and releasing carbon dioxide.
10. During respiration, carbon dioxide is exhaled as a waste product.
11. The rate of respiration increases with physical activity.
12. Respiration slows during sleep and rest.
13. Difficulty breathing can be a sign of problems with respiration.
14. Respiration is controlled by the respiratory center in the brainstem.
15. Plants undergo a type of respiration known as cellular respiration.
16. Aerobic respiration requires the presence of oxygen as an electron acceptor.
17. Cellular respiration breaks down glucose to release energy in cells.
18. Glycolysis is the first stage of cellular respiration.
19. The citric acid cycle is the second stage of cellular respiration.
20. The electron transport chain is the third stage of cellular respiration.
21. Aerobic respiration releases more energy than anaerobic respiration.
22. Lactate builds up during anaerobic respiration.
23. Metabolic rate determines the rate of respiration.
24. The respiratory membrane must be moist for effective gas exchange.
25. Alveoli in the lungs maximize surface area for gas exchange.
26. Proper lung function is essential for adequate respiration.
27. Lung disease can impair respiration by reducing gas exchange.
28. Proper blood flow and pH are needed for cellular respiration.
29. Cellular respiration stops when oxygen supply is inadequate.
30. Organisms respire to meet their energy demands.
31. Respiration produces adenosine triphosphate (ATP) as energy currency.
32. Aerobic respiration yields more ATP per glucose molecule broken down.
33. Muscle contractions create demand for ATP produced during respiration.
34. The immune system relies on ATP from respiration to function properly.
35. Nearly all chemical reactions in living organisms require ATP from respiration.
36. Respiration is essential for survival of living cells and organisms.
37. Without respiration, cells quickly cease all metabolic functions.
38. Fast metabolic rate requires a fast respiration rate to provide ATP energy.
39. Mammalian respiration is more complex than respiration in lower organisms.
40. Respiration allows organisms to utilize food sources as energy.
41. Optimal temperature and pH support efficient respiration.
42. Mitochondrial diseases can disrupt cellular respiration.
43. Measuring respiration rate can provide insight into health and activity level.
44. Controlled respiration can help relieve stress and anxiety.
45. Respiration can be altered to extend survival during hazards or emergencies.
46. Animal tests assess effects of medicines or toxins on respiration rate.
47. Controlling respiration is a key technique in meditation and yoga.
48. Mouth-to-mouth resuscitation attempts to restore a victim's respiration.
49. Exercise training can improve respiratory function and efficiency.
50. Inspired air undergoes conditioning processes before participating in respiration.
51. Respiration requires complex coordination of multiple organ systems.
52. Bacterial respiration influences nutrient availability and energy flow in ecosystems.
53. Photosynthesis and respiration shape global patterns of oxygen and carbon dioxide.
54. Environmental factors influence ecosystem respiration rates on a global scale.
55. Plants undergo both photosynthesis and respiration to produce and utilize energy.
56. As organisms age, respiration rate and metabolic rate typically decline.
57. Asthma and COPD impact respiration by triggering inflammation in airways.
58. Water quality affects respiration rates of aquatic organisms.
59. Humans evolved complex respiratory systems to support increasing metabolic demands.
60. Respiration has allowed organisms to adapt and diversify over evolutionary timescales.

Common Phases

1. Respiration is essential for life.
2. The process of respiration involves the intake of oxygen and release of carbon dioxide.
3. Cellular respiration provides energy for cells.
4. The lungs are the primary organs of respiration in humans and other air-breathing vertebrates.
5. The rate of respiration increases with exercise and physical activity.
6. External respiration refers to the exchange of gases between the lungs and the blood.
7. Internal respiration involves the exchange of gases between the blood and body tissues.
8. Plants use cellular respiration to break down sugars to obtain energy.
9. Anaerobic respiration takes place in the absence of oxygen.
10. Rapid and deep respiration indicates stress or anxiety.
11. The medical staff was monitoring the patient's respiration closely.
12. Abnormal respiration such as wheezing or gasping needs immediate medical care.
13. Athletes are advised to control their respiration during exercise.
14. Plants regulate their respiration depending on availability of light, water, and nutrients.
15. Yawning indicates deeper and relaxed respiration.
16. Shallow and irregular respiration often occurs at the end stages of terminal illnesses.
17. Crop respiration involves loss of carbohydrates and reduces agricultural yields.
18. Faster respiration is needed at higher altitudes due to lower oxygen content in the air.
19. CO2 production is directly proportional to rate of respiration.
20. The blood supplies oxygen to cells for aerobic respiration.
21. Asthma affects normal respiration by narrowing the airways.
22. Changes in temperature and humidity alter respiration rates.
23. Hyperventilation leads to excess loss of CO2 through rapid respiration.
24. Anesthesia depresses the respiration center in the brain.
25. Abdominal respiration primarily uses the diaphragm and abdominal muscles.
26. Chest respiration favors the use of intercostal muscles between the ribs.
27. Increased CO2 levels stimulate the respiration center and increase respiration rate.
28. Alcohol consumption can slow down respiration.
29. Gasping and irregular respiration characterize respiratory failure.
30. Vital capacity is maximum volume of air exhaled after maximum inspiration.
31. Cyanosis is a bluish discoloration of skin due to inadequate respiration.
32. Respiration rate is one indicator of a person's medical condition.
33. Tobacco smoking negatively impacts respiration and lung function.
34. Respiration uses up a significant amount of body's available energy.
35. Proper posture facilitates efficient respiration.
36. Dyspnea refers to difficult or labored respiration.
37. Bacterial and fungal infections can affect respiration and lung functions.
38. Mechanical ventilation supplies oxygen when natural respiration is inadequate.
39. Respiratory alkalosis results from abnormally rapid and deep breathing.
40. Respiratory acidosis occurs due to slow and shallow respiration.
41. Plant respiration increases with rising temperatures up to an optimum level.
42. The diaphragm contracts during inspiration and relaxes during expiration.
43. Mechanical ventilation assists or replaces patient's natural respiration.
44. Artificial respiration involves pressing on patient's chest to simulate breathing.
45. Gas exchange between the lung alveoli and capillaries occurs by diffusion.
46. Singing and reciting require controlled and regulated respiration.
47. Respiration involves the coordinated action of several organ systems.
48. Respiratory patterns differ between awake and sleeping states.
49. Oxygen masks assist patients with inadequate respiration.
50. Noise, anxiety, and stress impact normal patterns of respiration.
51. Respiratory disorders require treatment to optimize respiration and nutrition.
52. Automatic respiration controlled by the brainstem continues during sleep.
53. Lungs actively facilitate gas exchange through respiration and blood flow.
54. Natural ventilation utilizes incoming air to assist patient respiration.
55. Gasping is an involuntary attempt to breathe that occurs in respiratory failure.
56. Cellular respiration integrates several metabolic pathways to generate energy.
57. Mouth-to-mouth resuscitation provides oxygen when a person's respiration has stopped.
58. Chest expansion during respiration helps in maintaining good posture.
59. Conscious control of respiration can relieve stress and calm the mind.
60. Exercise training positively impacts many aspects of respiration and lung function.