Serum example sentences

"Serum" Example Sentences

1. The doctors administered a new drug serum to treat the illness.
2. The blood serum contained high levels of antibodies against the virus.
3. Vitamin serum is applied with injection in tiny amounts under the skin.
4. The patient received infusions of immunoglobulin serum.
5. Researchers developed a serum that neutralizes many types of toxins.
6. The patient's blood serum was tested for antibodies.
7. The burn was treated with antibiotic serum and covered with sterile gauze.
8. Vitamin serum administered by a medical professional can boost energy and metabolism.
9. The serum helped boost the patient's immunity.
10. The researchers tested the new serum on animal models before human clinical trials.
11. The horse serum contains antibodies that may help to fight infection.
12. The serum appeared to be effective in reducing inflammation.
13. Researchers hope the serum will pave the way for new treatments.
14. The physician recommended a course of vitamins and iron serum.
15. The blood samples were tested to measure hormone levels and other chemicals in the serum.
16. Vitamin serum is injected into muscle or fatty tissue under the skin.
17. The prescription called for infusions of high-dose vitamin C serum every few days.
18. Herbs and vitamins in the serum promote youthful skin and hair.
19. The serum quickly spread through the patient's bloodstream.
20. The doctor prescribed iron serum to treat iron deficiency anemia.
21. Her nails looked shiny and healthier after a few treatments with vitamin and mineral serum.
22. The serum has shown to be effective in early-stage clinical trials.
23. The patient received pain medication and tetanus serum after stepping on a rusty nail.
24. The researchers developed an antibody-rich serum to attack cancer cells.
25. The wound was cleaned and treated with antibiotic serum to prevent infection.
26. The immune serum contained antibodies that could potentially fight the virus.
27. Hyaluronic acid serum is known to help plump and moisturize skin.
28. There are risks associated with any injection of substances into the blood serum.
29. Researchers tested new treatment serums on mice before moving to human clinical trials.
30. The serum works to boost collagen production and improve skin elasticity.
31. The healers drew out the poison with leeches and treated the wound with herb serums.
32. The serum promised to reverse the aging effects of sun damage.
33. The ancient physicians relied upon herbal serums and poultices for healing.
34. The doctor drew blood to test hormone levels in the patient's serum.
35. Vitamin C serum helps promote collagen production for youthful-looking skin.
36. High-dose vitamin and mineral serum injections helped improve her energy and mood.
37. Her hair began to look shinier and grow faster after weekly serum treatments.
38. The blood serum contained clues that helped identify the rare disease.
39. The new serum showed promising results during preliminary testing.
40. The aging woman's skin began to look plumper and more radiant after two months of hyaluronic acid serum treatments.
41. The patient's blood serum was drawn and tested for signs of hepatitis.
42. The cloth was soaked in herbal serums to relieve inflammation and pain.
43. The poison was drawn out with a substance and the wound treated with a medicinal serum.
44. The physicians administered serum derived from horse blood to attack the bacteria.
45. The serum had been diluted to safe levels before injection.
46. The physician drew blood to check liver enzyme levels in the patient's serum.
47. The herbalist prepared healing serums and poultices from medicinal plants.
48. The injection of vitamin serum left a temporary soreness in her muscles.
49. Peptide serum helps stimulate collagen production and improve elasticity.
50. The serum helped boost certain hormone levels in his bloodstream.
51. The healing serum was derived from plants native to the ancient land.
52. The serum showed promising results in early-stage human clinical trials.
53. The serum successfully relieved many of the symptoms of her rheumatoid arthritis.
54. The physician prescribed vitamin and mineral serums to boost the patient's immune system.
55. Niacinamide serum helps improve skin clarity and complexion.
56. The serum was derived from the blood of ancient healers who possessed rare antibodies.
57. The serum helped improve skin hydration and reduce fine lines and wrinkles.
58. Petri dishes containing the serum were set aside to allow for microbial growth.
59. The animal serum contained rare antibodies that could potentially fight the virus in humans.
60. Monthly serum treatments began to reduce the inflammation associated with her arthritis.

Common Phases

1. The serum provided essential antibodies that helped boost his immunity.
2. The serum brought his fever down and alleviated some of the symptoms.
3. They administered the serum to combat the effects of the snake venom.
4. They applied the antiserum topically to the bite wound.
5. She tested the blood serum to check for the presence of antibodies.
6. I drew blood to analyze the white blood cell count and electrolyte levels in the serum.
7. The serum bilirubin level was elevated, indicating potential liver damage.
8. They used electrocardiograms to monitor the effects of the medication on the serum potassium.
9. The key enzymes present in the serum can act as biomarkers for various diseases.
10. Rabies antiserum saved his life after the dog bite.
11. The blood serum was collected for analysis and diagnostic testing.
12. The findings from the serum test confirmed her suspicions.
13. Vitamin D levels in the patient's serum were found to be critically low.
14. The patient's cholesterol levels in the blood serum revealed possible risks for heart disease.
15. Doctors administered the tetanus antitoxin serum after his cut became infected.
16. Alpha fetoprotein levels in the serum can indicate fetal abnormalities.
17. They applied horse serum to the wounds to prevent infection.
18. Antibiotics were ineffective until the antitoxin serum counteracted the bacterial toxins.
19. Patients with low blood serum potassium levels often experience fatigue and weakness.
20. The blood serum revealed antibodies against the pathogen found in his sample.
21. Various hormones present in the serum provide insights into endocrine function.
22. The patient required large doses of antivenom serum to neutralize the venom's effects.
23. Researchers examined protein biomarkers in the blood serum as potential disease indicators.
24. The IV drip provided fluids and electrolytes to correct imbalances found in the blood serum analysis.
25. Autoimmune diseases can generate autoantibodies detectable in the blood serum.
26. Estrogen and progesterone levels in the serum change throughout the menstrual cycle.
27. The blood serum contains electrolytes, glucose, lipids, proteins and hormones in solution.
28. They measured protein levels in the blood serum to determine nutritional status.
29. Calcium levels in the serum can provide clues of potential bone disorders.
30. Various infections alter white blood cell differentials and protein levels in the serum.
31. The antitoxin serum successfully countered the effects of the bacterial infection.
32. His doctors tracked PSA levels in the blood serum as an indicator of prostate health.
33. The punctured wound required treatment with tetanus antitoxin serum.
34. Doctors provided IV fluids to replace electrolytes lost through vomiting and diarrhea based on blood serum testing.
35. The immunoassay measured levels of a specific target protein present in the blood serum.
36. Serum cortisol levels rise during times of stress.
37. The level of ferritin in the serum indicates the body's iron stores.
38. Immunoglobulin levels in the serum reflect the current state of the immune system.
39. Pharmacokinetic analysis studies how drugs are absorbed, distributed and eliminated from the blood serum.
40. The team isolated DNA from samples of a patient's blood serum.
41. They screened the serum for exposure to the virus.
42. Thyroid hormone levels in the blood serum point to potential thyroid conditions.
43. The researcher studied protein adsorption and absorption properties using human blood serum.
44. The research identified key metabolites present at differing concentrations in the serum of healthy and diseased subjects.
45. Sedimentation rate analysis of the serum provides clues of potential inflammatory conditions.
46. Tetanus toxoid vaccinations stimulate antibody production detectable in the blood serum.
47. Analysis of blood serum is an important diagnostic tool for medical professionals.
48. The patient showed elevated triglyceride and cholesterol levels in the blood serum, indicative of cardiovascular risk.
49. The serum contains blood plasma with clotting factors removed.
50. They analyzed the blood serum to rule out potential autoimmune disorders.
51. Results from the serum assay revealed abnormal values for key biomarkers.
52. Blood serum plays an important role in maintaining blood volume and pressure.
53. Lipids in the blood serum serve as important carriers and signaling molecules.
54. The chemist coated the plastic surface with proteins extracted from human blood serum.
55. Blood serum contains proteins that indicate infection or disease.
56. Researchers test new vaccines by measuring antibody responses in blood serum.
57. They preserved the blood serum specimens for future use in diagnostic testing.
58. The blood serum transfer provided passive immunity to the recipient.
59. Doctors monitored blood serum sodium and potassium levels to assess nutrition.
60. Researchers analyzed proteins found in blood serum as potential biomarkers for disease detection.