Filtrate example sentences

"Filtrate" Example Sentences

1. The dialysate removes waste products from the filtrate.
2. Hormones and other small molecules pass freely into the filtrate.
3. Cells and proteins are trapped in the glomerulus, while the filtrate passes through.
4. The glomerular filtrate flows through the renal tubules of the nephron.
5. Filtration occurs when fluids and solutes move from the blood into the glomerular filtrate.
6. Reabsorption removes solutes and water from the tubular filtrate and returns them to the blood.
7. The glomerulus filters blood to produce the ultrafiltrate that becomes renal filtrate.
8. The filtrate collected from the dialysis machine contains waste products from the blood.
9. Water and small ions pass from the blood into the Bowman's capsule and become renal filtrate.
10. The renal filtrate flows from the nephrons into the renal collecting duct system.
11. The Bowman's capsule filters the blood to form the initial glomerular filtrate.
12. Reclaimed water can be filtered and purified to produce high-quality filtrate for irrigation.
13. The semipermeable membrane allows filtrate to pass through but traps larger particles.
14. Active transport mechanisms move solutes from the tubular filtrate back into the blood.
15. The concentration of proteins in the filtrate is used to test kidney function.
16. Solutes in the tubular filtrate are either reabsorbed or secreted into the tubules.
17. When functioning properly, the kidneys produce around 180 liters of filtrate each day.
18. The carnivorous plant traps insects and digests the filtrate obtained from their bodies.
19. At the end of the nephron, the remaining filtrate is excreted as urine.
20. The concentration of certain ions in the filtrate can indicate medical conditions.
21. Filtrate from a hemodialysis machine must be carefully monitored for contaminants.
22. Leakage of protein into the glomerular filtrate can indicate kidney damage.
23. The worm produces copious amounts of filtrate from its digestive system.
24. Secretions add substances to the tubular filtrate before it leaves the nephron.
25. As the filtrate passes through the tubules, its composition changes.
26. Testing the pH and volume of urine filtrate reveals information about health.
27. Filtrate from the dialysis machine is checked for blood cells and microorganisms.
28. Filtrate squeezed from plant roots helps determine mineral deficiencies.
29. The concentration of urea in the filtrate gives an idea of kidney function.
30. The end leaves of these plants collect raindrop filtrate for absorption.
31. Reverse osmosis machines produce high-quality filtrate for industrial uses.
32. Examination of sputum filtrate helps diagnose lung infections.
33. The concentration of glucose in the filtrate indicates diabetes status.
34. The insect traps water and nutrient filtrate from decaying organic matter.
35. Filtrate from crushed cabbage leaves can be examined under a microscope.
36. Blood cells should not be present in the glomerular filtrate.
37. Filtrate is collected from decaying logs and leaves for studies.
38. The rate of filtrate flow through the nephrons affects blood pressure.
39. Vegetable washing machines produce large volumes of nutrient-rich filtrate.
40. Concentration of bicarbonate ions in the filtrate maintains acid-base balance.
41. Clean filtrate from aquarium filtration systems is reused in water changes.
42. Testing the osmolality of filtrate reveals how the kidneys regulate water.
43. Analysis of the filtrate allows determination of the soil's ionic content.
44. Scleral punch biopsies produce aqueous filtrate for diagnostic testing.
45. Drainage filtrate from potted plants often needs to be recycled.
46. Microfiltration membranes produce high-quality water and other filtrates.
47. Filtrate from a hemofilter is monitored closely for any blood cells.
48. The filtrate from decomposing organic matter supports microorganism growth.
49. Testing the filtrate from blood samples determines white blood cell counts.
50. The composition of filtrate can change along the length of the nephron.
51. Excessive protein in the glomerular filtrate indicates nephrotic syndrome.
52. Checking calcium levels in urine filtrate reveals parathyroid function.
53. Adjusting the volume and composition of tubular filtrate maintains homeostasis.
54. Ultrafiltration membranes produce high-purity filtrate for industrial processes.
55. The concentration of urea in the filtrate indicates the rate of kidney clearance.
56. Filtrate from decomposing wood fungus is high in nutrients for new growth.
57. Antibiotics are often detected in hospital drain filtrate and wastewater.
58. Filtrate from decaying organic material feeds soil microorganisms.
59. Spent beer grains produce nutrient-rich filtrate that can be composted.
60. The leaf collects dew and rainfall filtrate that the roots absorb at night.

Common Phases

1. The filtrate is the liquid that passes through the filter.
2. The hemodialysate is the filtrate which leaves the dialyser containing waste products from the blood.
3. The uremic toxins diffuse from the blood into the dialysate filtrate across the dialyzer membrane.
4. Lymph is a filtrate of interstitial fluid that drains through lymph capillaries into lymph nodes and eventually back into the bloodstream.
5. The cell sap or cytosol is a filtrate of the extracellular fluid that passes through the cell's semi permeable plasma membrane.
6. The glomerular filtrate is a liquid filtrate that passes through the glomeruli in the kidneys and forms urine.
7. The laboratory centrifuged the blood sample to collect the serum filtrate for analysis.
8. The technician poured the precious filtrate into sterile sample tubes for testing.
9. The dialyzer removed urea and other waste products from the patient's blood, releasing them into the dialysate filtrate.
10. The researcher collected the plant exudate filtrate to analyze for secondary metabolites.
11. The end result of ultrafiltration is a concentrated retentate and a purified filtrate.
12. The microfiltration process produced a filtrate free of all bacteria and particulates.
13. Hydrologists measured the chemical content of the stream's baseflow filtrate.
14. Reverse osmosis produces a clean water filtrate and a concentrated waste stream.
15. The urinalysis revealed abnormalities in the chemical composition of the urine filtrate.
16. Biologists determined the pH of the xylem sap filtrate exuded from the cut stem.
17. The sap extracted from the maple trees was a sugary filtrate of xylem fluid.
18. The nephron functions to filter the blood and produce the urine filtrate.
19. The filtrate from the dialyzer is saturated with electrolytes and glucose.
20. Cerebrospinal fluid is a filtrate of plasma that bathes the brain and spinal cord.
21. Plants secrete organic compounds into leaf exudate filtrates.
22. The ion exchange column separated positively charged ions from the filtrate.
23. Water from the filter bed becomes the filtrate that enters the clear well.
24. The dissolved oxygen level of the pond's outflow filtrate was too low.
25. Antibodies enter the filtrate after passing through a semi permeable dialysis membrane.
26. During osmosis, water molecules pass through the membrane into the filtrate.
27. Physiologists studied the ion concentrations in the urine filtrate produced by the kidney tubules.
28. The sponge filtered the sediment from the water producing a clear filtrate.
29. Activated charcoal effectively removed contaminants from the wastewater filtrate.
30. Acidosis causes the urine filtrate to become more acidic.
31. Biologists studied the phosphate levels in the stream filtrate below the waste treatment plant.
32. The nitrogen concentration of the soil filtrate increased after fertilizer application.
33. The solute composition of xylem sap filtrate provides clues to plant nutrient status.
34. Nitrates in groundwater filtrate indicate possible contamination from fertilizer runoff.
35. The technician rinsed all glassware with deionized water filtrate before use.
36. The root pressure forced xylem sap filtrate out of the cut stem.
37. The crystal violet stain colored bacteria in the broth filtrate purple.
38. The microbes transformed toxins in the wastewater filtrate.
39. The dissolved solids in the filtrate exceeded accepted levels.
40. Microbes took up amino acids from the medium filtrate.
41. Alkalinity of the pond water filtrate decreased over the summer months.
42. Calculi forms when solutes crystallize from the urine filtrate.
43. Reverse osmosis produced fresh water from brackish filtrate.
44. Filters trap bacteria in contaminated water filtrate.
45. The hemodialysis unit pumps blood and dialysate filtrate countercurrent to each other.
46. The activated sludge converted organic matter in the septic filtrate.
47. Diuresis produces an increased volume of urine filtrate.
48. The ion exchange process removed divalent cations from the waste filtrate.
49. Electroendosmosis caused clay particles to move into the filtrate.
50. The activated charcoal filter adsorbed organic molecules from the groundwater filtrate.
51. The concentration of sucrose in the phloem sap filtrate increased during the night.
52. The microbe population in the river filtrate spiked after the sewage spill.
53. Centrifuging the blood sample produced serum filtrate for analysis.
54. Plants absorb mineral nutrients from the soil filtrate.
55. Activated carbon filtered particulates and color bodies from the wine filtrate.
56. The acidity of precipitation infiltrates soil horizons and enters groundwater filtrate.
57. Bacteria clog filters and contaminate water filtrate.
58. Research demonstrated that allergens pass into nasal filtrate.
59. Algal blooms degrade the quality of lake filtrate.
60. The buffering capacity of the pond water filtrate increased over the summer.