« previous next »

Author Question: For a nondiabetic person, the glucose concentration in this part of the vasculat (Read 730 times)

mydiamond

  • Hero Member
  • *****
  • Posts: 804
on: Sep 3, 2013
For a nondiabetic person, the glucose concentration in this part of the vasculature varies more than in any other part.
A) abdominal artery
B) coronary arteries
C) pulmonary veins
D) hepatic portal vessel
E) jugular vein


Hawke

  • Hero Member
  • *****
  • Posts: 679
Reply #1 on: Sep 4, 2013
I remember it being D

GL


Related Topics

Need homework help now?

Ask unlimited questions for free

Ask a Question

mydiamond

  • Hero Member
  • *****
  • Posts: 804
Reply #2 on: Sep 26, 2014
Thanks :D


« previous next »
 

Did you know?

Illicit drug use costs the United States approximately $181 billion every year.

Did you know?

In 1864, the first barbiturate (barbituric acid) was synthesized.

Did you know?

When blood is deoxygenated and flowing back to the heart through the veins, it is dark reddish-blue in color. Blood in the arteries that is oxygenated and flowing out to the body is bright red. Whereas arterial blood comes out in spurts, venous blood flows.

Did you know?

Lower drug doses for elderly patients should be used first, with titrations of the dose as tolerated to prevent unwanted drug-related pharmacodynamic effects.

Did you know?

Your chance of developing a kidney stone is 1 in 10. In recent years, approximately 3.7 million people in the United States were diagnosed with a kidney disease.

Types of paralysis: (A) Quadriplegia is complete or partial paralysis of the upper extremities and c Types of paralysis: (A) Quadriplegia is complete or partial paralysis of the upper extremities and c
How to perform the substitution rule with integrals (Part 1) How to perform the substitution rule with integrals (Part 1)
How to detemine the PH of a solution when given the hydrogen concentration How to detemine the PH of a solution when given the hydrogen concentration
How to integrate trigonometric functions containing sine and cosine with odd powers (Part 2) How to integrate trigonometric functions containing sine and cosine with odd powers (Part 2)
How to find the unknown angle of a triangle using the sine law (Part 2) How to find the unknown angle of a triangle using the sine law (Part 2)
Question 37 Part 2 Question 37 Part 2
Video: Dendrite Animation

For a complete list of videos, visit our video library