Question

Found in the filtrate. RBC, Albumin, Glucose, Urea Found in the urine. RBC, Albumin, Glucose, Urea....

Found in the filtrate. RBC, Albumin, Glucose, Urea Found in the urine. RBC, Albumin, Glucose, Urea. What is found in the blood? RBC, Albumin, Glucose, Urea

Homework Answers

Answer #1

Answer

1) Found in filtrate : Glucose, Urea

  • Glucose and urea are small solutes and can easily cross the filtration membrane to become a component of filtrate.
  • RBC and albumin (proteins) are too large and cannot cross the filtration membrane.


2) Found in urine : Urea

  • All the glucose that is filtered, is reabsorbed at proximal convoluted tubule.
  • Hence, glucose is not a component of urine.
  • Urea can be normally present in the urine.


3) Found in blood : RBC, Albumin, Glucose, Urea

  • Blood contains formed elements (RBC, WBC, Platelets) and blood plasma.
  • Blood plasma has nutrients like glucose, amino acids and also contains nitrogenous waste such as urea.
Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
We also observe that urea is in the filtrate of the renal tubule. What is urea,...
We also observe that urea is in the filtrate of the renal tubule. What is urea, and where is it produced? Name three types of ions that are secreted into the renal tubule. How does the filtrate in the renal tubule differ from the urine that will eventually leave the collecting duct and drain into the renal pelvis?
3) Identify each substance below that enters the filtrate but should not be found in urine...
3) Identify each substance below that enters the filtrate but should not be found in urine A) Hydrogen ions B) Glucose C) Albumin D) Erythrocytes E) Creatinine 7) The DCT secretes hydrogen ions in exchange for sodium ions by the process of (1 point) A) Antiport. B) Facilitated diffusion. C) Active transport. D) Cotransport. E) Diffusion. 8) In response to increased levels of aldosterone, the kidneys produce (select all that apply) A) A larger volume of urine. B) Blood with...
After filtrate has been formed, it is further processed to create urine. Follow some filtrate through...
After filtrate has been formed, it is further processed to create urine. Follow some filtrate through the renal tubule (up to and including the collecting duct), explaining what processes take place in each region of the renal tubule. What are the normal constituents of urine at the end of this process?
Compare and contrast blood, filtrate, and urine. Which components do they share? Which components are unique...
Compare and contrast blood, filtrate, and urine. Which components do they share? Which components are unique to each?e? Which components are unique to each?
When red blood cell (RBC) hemoglobin is exposed to high blood glucose levels, it becomes glycated....
When red blood cell (RBC) hemoglobin is exposed to high blood glucose levels, it becomes glycated. The hemoglobin A1c test measures the percentage of glycated red blood cells in whole blood as an indicator of blood glucose levels over the 90-day lifespan of an RBC. Hemoglobin A1c levels between 4% and 5.9% are considered normal. A1c levels are well correlated with average blood glucose levels. An A1c level of 6% (minimal for a diagnosis of diabetes) is equivalent to an...
1) Assume that normal blood glucose is about 140 mg/dL following a meal. What would you...
1) Assume that normal blood glucose is about 140 mg/dL following a meal. What would you expect the glucose concentration to be in the glomerular filtrate? What would you expect the glucose concentration to be in the urine?
Mary has diabetes. This has been determined by a urine test with indicates too much glucose...
Mary has diabetes. This has been determined by a urine test with indicates too much glucose in the urine. As of yet, she has no excessive glucose in the blood. Which part of the nephron has failed? What might explain the reason why she does not have excessive glucose in the blood?
Explain the mechanisms by which the liver and kidney retains glucose but eliminate urea. Your explanation...
Explain the mechanisms by which the liver and kidney retains glucose but eliminate urea. Your explanation should outline the structure of these organs and explain how they achieve this function. Secondly, explain the regulation of blood glucose through negative feedback mechanisms
Trace the path of filtrate (i.e. the fluid which eventually becomes urine) through the tubule of...
Trace the path of filtrate (i.e. the fluid which eventually becomes urine) through the tubule of a nephron, through the rest of the kidney, and into the bladder.
3. Identify the structures where: a. plasma is extracted from the blood supply b. blood filtrate...
3. Identify the structures where: a. plasma is extracted from the blood supply b. blood filtrate is condensed c. urine is stored d. urine is eliminated from the body 4. Where are the kidneys relative to the peritoneum? How is this different from the Liver?
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT