[Answered] Where do most intracranial aneurysms occur? a. arterial bifurcations b. tunica media c. venous ...

This topic contains a solution. Click here to go to the answer

Author Question: Where do most intracranial aneurysms occur? a. arterial bifurcations b. tunica media c. venous ... (Read 30 times)

jc611

Hero Member
Posts: 552

on: Jul 18, 2018

Where do most intracranial aneurysms occur?
a. arterial bifurcations
b. tunica media
c. venous sinus
d. venous valves

Question 2

Papaverine is used in craniotomy for aneurysm clipping to prevent:
a. clotting
b. hemorrhage
c. infection
d. vasospasm

Need homework help now?

Ask unlimited questions for free

Ask a Question

Marked as best answer by a Subject Expert

Rilsmarie951

Sr. Member
Posts: 316

Reply #1 on: Jul 18, 2018

Answer to Question 1

a

Answer to Question 2

d

jc611

Member
Posts: 552

Reply 2 on: Jul 18, 2018

Excellent

cdmart10

Member
Posts: 332

Reply 3 on: Yesterday

Great answer, keep it coming

« previous next »

Did you know?

As the western states of America were settled, pioneers often had to drink rancid water from ponds and other sources. This often resulted in chronic diarrhea, causing many cases of dehydration and death that could have been avoided if clean water had been available.

Did you know?

Adolescents often feel clumsy during puberty because during this time of development, their hands and feet grow faster than their arms and legs do. The body is therefore out of proportion. One out of five adolescents actually experiences growing pains during this period.

Did you know?

The senior population grows every year. Seniors older than 65 years of age now comprise more than 13% of the total population. However, women outlive men. In the 85-and-over age group, there are only 45 men to every 100 women.

Did you know?

In ancient Rome, many of the richer people in the population had lead-induced gout. The reason for this is unclear. Lead poisoning has also been linked to madness.

Did you know?

For high blood pressure (hypertension), a new class of drug, called a vasopeptidase blocker (inhibitor), has been developed. It decreases blood pressure by simultaneously dilating the peripheral arteries and increasing the body's loss of salt.