Insulin example sentences

"Insulin" Example Sentences

1. The diabetic patient required insulin injections.
2. Her doctor prescribed insulin to manage her high blood sugar levels.
3. Insulin resistance can make it difficult for the body to use insulin properly.
4. Type 1 diabetics depend on exogenous insulin to control their blood glucose levels.
5. The pancreas produces the hormone insulin which helps regulate blood sugar.
6. After meals, the pancreas releases insulin to help move glucose into cells.
7. Insufficient insulin production results in elevated blood glucose levels.
8. Without insulin injections, a type 1 diabetic can develop life-threatening complications.
9. The patient started on a regimen of long-acting and rapid-acting insulin.
10. The new insulin pump provided tighter control of her blood glucose levels.
11. Insulin therapies have greatly improved the lives of diabetics.
12. Researchers are working to develop new forms of insulin delivery.
13. Insulin works by enabling cells to absorb glucose from the bloodstream.
14. She had to carefully monitor her insulin intake and diet.
15. Gestational diabetes sometimes requires treatment with insulin during pregnancy.
16. After bariatric surgery, some patients find their insulin needs are reduced.
17. Scientists are working to develop an artificial pancreas that monitors and delivers insulin.
18. New insulin formulations can provide coverage for up to 24 hours.
19. Insulin pens make insulin injections more convenient for many patients.
20. The body's need for insulin tends to increase after puberty.
21. Inadequate insulin can lead to nerve damage, kidney disease, and vision problems over time.
22. High insulin levels in the blood can indicate insulin resistance.
23. Biologic insulin comes from recombinant DNA technology and is very similar to human insulin.
24. Regular monitoring of blood glucose and adjustments in insulin amounts is critical.
25. At the first sign of diabetes symptoms she began taking supplemental insulin.
26. Diabetic ketoacidosis can result from a severe lack of insulin.
27. Synthesized insulin is chemically identical to naturally produced insulin.
28. Common side effects of insulin therapy include minor skin reactions, hypoglycemia, and weight gain.
29. Insulin acts as a "key" that allows glucose to enter cells and be used for energy.
30. Studies suggest cinnamon supplements may improve insulin sensitivity.
31. Before each meal she would check her blood sugar and inject the appropriate amount of insulin.
32. After her insulin pump malfunctioned, her blood glucose levels became dangerously high.
33. Type 2 diabetics may eventually require insulin in addition to oral medication.
34. Some animal insulins are still used but less commonly due to potential allergic reactions.
35. Insulin resistance develops when cells do not respond properly to insulin.
36. An insulin overdose can cause hypoglycemia and even loss of consciousness.
37. The discovery of insulin revolutionized the treatment of diabetes.
38. Her insulin pump gave her more freedom and flexibility with her diabetes management.
39. Higher levels of physical activity and weight loss can improve insulin sensitivity.
40. Rapid-acting insulin works within minutes to rapidly lower blood glucose levels after meals.
41. The doctor frequently adjusted the dosage and timing of her insulin injections.
42. Chemically synthesized human insulin is FDA-approved and clinically equivalent to biosynthetic insulin.
43. Insulin allows glucose to move from the blood into fat, muscle, and liver cells where it can be used or stored.
44. Constant monitoring of blood sugar and insulin intake is required for optimal diabetes management.
45. The insulin pump delivered a steady basal level of insulin along with bolus doses for meals and corrections.
46. Regular exercise and a healthy diet can help maintain normal insulin and blood glucose levels.
47. Fasting blood glucose and HbA1c tests provide information about insulin resistance and production.
48. Researchers are working to develop insulin formulations that last for several days or weeks.
49. Long-acting insulin provides a steady background level to manage blood glucose between meals.
50. Patients who have taken insulin for many years may experience "insulin resistance" over time.
51. Insulin was first isolated from the pancreas and used as a diabetes treatment in the 1920s.
52. Failure to adequately control blood sugar levels can lead to long-term complications from uncontrolled insulin.
53. Newer insulin analogs are designed to more closely mimic the body's natural insulin secretion.
54. Insulin sensitivity tends to decrease with aging, thereby requiring more insulin.
55. Some diabetics require insulin immediately after being diagnosed to manage dangerously high blood sugar.
56. Researchers are working to engineer insulin-producing cells that could eliminate the need for exogenous insulin.
57. Incretin mimetics work by enhancing the body's natural insulin secretion in response to food.
58. Beta cells in the pancreas produce insulin in response to elevated blood glucose levels.
59. Diabetes educators teach patients how to recognize and adjust insulin needs based on glucose levels.
60. Type 1 diabetics require lifetime insulin therapy to maintain healthy glucose metabolism.

Common Phases

1. The doctor prescribed insulin injections to help control my diabetes.
2. My grandfather requires daily insulin shots for his type 2 diabetes.
3. Without insulin, high blood sugar levels can damage vital organs in your body.
4. Patients with type 1 diabetes require daily insulin to regulate their blood sugar.
5. My endocrinologist adjusted my insulin dosage to help manage my blood glucose levels.
6. Many diabetics monitor their blood sugar levels and administer their own insulin shots.
7. A proper diet combined with the right amount of insulin therapy is crucial for diabetics.
8. Insulin resistance occurs when the body does not respond properly to insulin.
9. Drinking alcohol can impact your insulin levels and blood sugar control.
10. The pancreas produces the hormone insulin which allows glucose to enter body cells.
11. The patient underwent an insulin pump implant to help control her diabetes more easily.
12. A diabetic coma results from a severe lack of insulin and very high blood sugar.
13. People with type 2 diabetes may require oral medication or insulin to control blood sugar.
14. Low blood sugar levels, or hypoglycemia, can result from too much insulin in the body.
15. New insulin patches and inhalers are being tested as alternatives to daily insulin shots.
16. Diabetics should monitor their insulin, diet, and exercise routine regularly.
17. Insulin use should be carefully documented and stored at the appropriate temperature.
18. An insulin pump can provide a more consistent level of insulin than daily injections.
19. Alternative insulin formulations that last longer are being developed for diabetics.
20. The insulin produced by the pancreas breaks down the glucose in foods we eat.
21. Rapid-acting insulin works more quickly to lower blood sugar after a meal.
22. During pregnancy, the body requires extra insulin due to hormonal changes.
23. People with gestational diabetes may need dietary changes or insulin during pregnancy.
24. The doctor emphasized the importance of monitoring blood sugar levels closely after starting insulin.
25. Symptoms of high blood sugar include increased thirst, frequent urination and blurred vision.
26. Synthetic insulin created through biotechnology helps manage diabetes for millions.
27. Regular exercise and weight loss can help you become more sensitive to your own insulin.
28. Insulin is absorbed more slowly through the skin than when injected into muscle tissues.
29. The patient's blood sugar levels remained stable after starting the insulin pump treatment.
30. The cloned insulin gene has saved the lives of diabetics for decades.
31. Severe diabetes complications can develop if high blood sugar is not treated with insulin.
32. Researchers are working on improving the delivery and efficacy of synthetic insulin.
33. Patients may require both long-acting and short-acting insulin to control blood sugar levels.
34. Excessive insulin in the body drives too much glucose into cells, causing low blood sugar.
35. Evening meals should often have more complex carbohydrates to balance long-acting insulin.
36. Nocturnal hypoglycemia is low blood sugar that occurs during sleep due to excess insulin.
37. The dosage of insulin for children with diabetes needs to be carefully monitored and adjusted.
38. The healthy pancreas releases just the right amount of insulin for the foods consumed.
39. It is crucial for diabetics to closely monitor their insulin needs throughout the day.
40. Fructose does not stimulate insulin release the way that glucose does in the body.
41. The body requires precise amounts of insulin to properly metabolize carbohydrates in the diet.
42. High blood sugar damages tissues by impairing their ability to respond to insulin.
43. Artificial pancreases that regulate both insulin and glucagon are being developed.
44. It can take hours for injected insulin to reach its peak level in the bloodstream.
45. Some diabetics may require short-acting insulin before meals and long-acting insulin at bedtime.
46. The brain uses primarily glucose for energy and relies on insulin to obtain that glucose.
47. Some people develop type 2 diabetes because their bodies become resistant to their own insulin.
48. Fructose is sweeter than glucose but has less impact on insulin secretion and blood sugar levels.
49. Health care providers must ensure prescriptions for insulin are clear and dosages are calibrated.
50. Scientists are conducting research to create implantable cells that produce insulin in diabetics.
51. Too little insulin leads to hyperglycemia, or high blood sugar, causing serious health problems.
52. Most diabetics need to test their blood sugar several times per day to properly manage their insulin.
53. Reducing carbohydrate intake can help lower insulin levels and improve insulin sensitivity.
54. The amount of insulin needed by a diabetic often changes with age, weight changes and other factors.
55. Researchers are working to develop an implantable artificial pancreas that produces insulin on demand.
56. Without proper insulin levels, fatty acids cannot be released from fat cells for energy use.
57. Synthetic insulin originally came from modified pig and cow insulin but now is human-based.
58. Rapid-acting insulin is usually taken with or after meals to offset the rise in blood sugar after eating.
59. High insulin levels after eating prevent fat cells from releasing fat to be burned for energy.
60. Diabetics who rely on insulin must take precautions to avoid serious complications like coma.