Titrate example sentences

"Titrate" Example Sentences

1. The chemist titrated the acid with a base.
2. The pharmacist titrated the liquid medicine to the correct strength.
3. The technician titrated the solution to the endpoint.
4. We will titrate the unknown solution with sodium hydroxide.
5. The compound was titrated using a potassium permanganate solution.
6. The electrolytes were titrated against a standard solution.
7. The nurse titrated the injection to the prescribed dose.
8. The researcher carefully titrated the reagent drop by drop.
9. We must titrate the sample to determine its molarity.
10. The drug was titrated slowly into the patient's IV line.
11. The laboratory technician titrated the sample with a burette.
12. The substance was titrated under acidic conditions.
13. Titrate the sample until you reach the equivalence point.
14. The experiment requires that we titrate the two reactants.
15. The doctor will titrate the morphine to manage the patient's pain.
16. The laboratory assistant helped titrate reagents during the experiment.
17. The physiologist titrated a drug into the animal's bloodstream.
18. We titrated the alkaline solution against the acid.
19. The medicine is titrated to achieve the optimal dosage.
20. The enzyme activity was titrated using a colorimetric assay.
21. The buffer solution was titrated with hydrochloric acid.
22. The chemical was titrated in a solution of alcohol and water.
23. The volume of the titrant was recorded after each titration.
24. The stomach acid was titrated to test for excess production.
25. The sodium ion concentration was titrated using a flurometric probe.
26. We titrated the drug into the tissue culture at increasing concentrations.
27. The lab technician cautiously titrated the nitric acid into the beaker.
28. The medication must be titrated up slowly to minimize side effects.
29. The chemist titrated the base until the indicator signaled the endpoint.
30. The drug must be carefully titrated into the cerebrospinal fluid.
31. The lab technician titrated the hydrochloric acid with sodium carbonate.
32. The substance was titrated under both acidic and basic conditions.
33. A base was titrated into the organic solvent dropwise.
34. The unknown concentration was titrated against a standard solution.
35. Multiple trials were performed to establish reproducibility of the titrations.
36. The dialysate fluid was titrated to adjust its osmolarity.
37. The calcium ion concentration was titrated using a calcium selective electrode.
38. The metal ions were titrated with ethylenediamine tetraacetic acid.
39. The pharmacist carefully titrated the morphine in 5 mL increments.
40. The calcium mineral content was titrated using hardness testing solution.
41. The researcher titrated the drug into cell cultures at different time points.
42. The patient's fluid balance was titrated carefully to avoid overloading.
43. The lab technician titrated the permanganate solution into the flask.
44. The psychologist titrated the stimulus intensity gradually over time.
45. The physiologist titrated increasing doses of the hormone into the system.
46. The patient's electrolytes were carefully titrated to avoid imbalance.
47. The serum chloride levels were titrated using an anion analyzer.
48. The buffer was titrated to achieve the target pH value.
49. The medicine was titrated to reach the minimum effective dose.
50. The acid was titrated incrementally into the base solution.
51. The unknown concentration was titrated against a standard base.
52. Potassium ions were titrated using ion-selective electrodes.
53. The strong base was titrated into the aqueous solution.
54. The pH of the solution was monitored throughout the titration.
55. The drug was titrated into the cell medium at very low concentrations.
56. An indicator was added to visualize the endpoint of the titration.
57. The chemist titrated the strong acid against the weak base.
58. The pharmacist carefully titrated the opioid medication.
59. The researcher titrated a chemical into the tissue sample.
60. The drug was titrated to the precise concentration needed for maximum effect.

Common Phases

1. The chemist titrated the solution to determine the concentration of the acid.
2. The doctor carefully titrated the medication to determine the precise dosage needed for her patient.
3. Physicians titrate medications to achieve the best balance of efficacy and tolerability for patients.
4. By titrating the anesthetic, the surgeon ensured that the patient remained completely unconscious during the operation.
5. Blood thinners must be titrated properly to minimize the risk of complications.
6. Pharmacists ensure that drugs are titrated appropriately based on patients' medical needs.
7. The laboratory technician titrated a base solution into an acid solution until the indicator changed color.
8. Titrate the sodium hydroxide solution into the acid until the pH reaches the desired level of 7.
9. They titrated a milliliter of hydrochloric acid with sodium hydroxide solution.
10. The coroner titrated the amount of poison in the victim's blood.
11. Medication doses are often slowly titrated upward to achieve the desired clinical effect with the fewest side effects.
12. Scientists titrate acids and bases to determine the neutralization point.
13. The nurse practitioner titrated the insulin dose higher over several weeks to control the patient's blood sugar levels.
14. The researchers titrated the anesthetic to ensure the animal did not regain consciousness during the experiment.
15. I titrated the baking soda into the vinegar solution to demonstrate a chemical reaction to the class.
16. The chemical engineer titrated the concentration of reactants in the experiment.
17. Stress hormones are carefully titrated by the body to maintain homeostasis during times of demand.
18. The solution was titrated with periodic acid until the endpoint was reached.
19. Titrate the unknown solution slowly into the standard solution while swirling and monitoring the color change.
20. He titrated the hydrochloric acid into the sodium carbonate solution until the effervescence ceased.
21. The scientific researchers precisely titrated the amount of testing compound administered to the test subjects.
22. They titrated the acid into the base to determine the neutralization point.
23. The lab technician titrated the sodium hydroxide solution into the indicator until the color changed.
24. Psychiatrists carefully titrate antidepressant dosages for optimal results with the fewest side effects.
25. Try to titrate the acid as slowly and precisely as possible near the endpoint of the reaction.
26. The intern carefully titrated the amount of drugs administered to her patients.
27. Depression medications are commonly titrated over weeks to months to determine the right dosage.
28. The liquid was titrated into the beaker drop by drop to determine the endpoint.
29. When titrating an acid and base, watch for the color change in the indicator to signal the endpoint.
30. The volume of the base was titrated into the acid to determine the molarity of the acid solution.
31. The lab technician titrated the dye into the water sample up to the endpoint of the analysis.
32. The nurse closely monitored the patient's blood pressure as the doctor titrated the dose of hypertension medication.
33. The electrolytes in the body must be carefully titrated to maintain normal blood pH levels.
34. He carefully titrated a dye into the water sample until the endpoint was reached.
35. The dosage of immunosuppressant drugs must be carefully titrated for organ transplant patients.
36. The endocrinologist titrated the patient's thyroid hormone dosage to achieve the proper balance.
37. As the amount of base was titrated in, the pH of the solution gradually increased.
38. The chemist titrated the base solution into the acid until the indicator displayed the correct color change.
39. The researcher slowly titrated the bacterial solution into the petri dish to determine its effect.
40. The stylist titrated the amount of hair dye applied to achieve the desired color intensity.
41. The volume of the unknown solution needed to react with the base was titrated to determine the molarity.
42. Vitamin and mineral supplements must often be carefully titrated based on individual needs and bloodwork.
43. The technician titrated the pH up to the required level for the experiment.
44. The amount of acid titrated into the base reached the stoichiometric endpoint.
45. The pharmacist titrated the liquid medicine to the precise volume prescribed by the doctor.
46. Psychotherapeutic drug dosages must be titrated under the guidance of a healthcare professional.
47. Titrate the alkali cautiously into the indicator solution until it just turns pink.
48. Insulin dosages must be precisely and gradually titrated for people with diabetes.
49. The researcher titrated the testing serum into the petri dish in milliliter increments.
50. Hormone replacement therapies require careful titration to optimize benefits and minimize risks.
51. The antacid was titrated into the excess acid until the bubbling stopped.
52. Exercise intensity must often be titrated upward gradually to avoid injury.
53. The substance was titrated into the petri dish until the endpoint reaction occurred.
54. He titrated the base into the acid until the pH meter displayed the desired reading.
55. The chemist titrated the unknown acid solution with a base until the indicator changed color.
56. Radiation doses for cancer patients must be carefully titrated to maximize tumor kill without severe side effects.
57. She titrated the base into the acid until the pH probe showed that the solution was neutral.
58. The compound was titrated into the cell culture solution at precise, incremental volumes.
59. The chemist titrated the alkali solution into the acid until it just reached the endpoint.
60. Medication doses must often be titrated very gradually, especially for vulnerable patient populations.