Braxton Hicks contractions.
Braxton Hicks contractions are a tightening in your abdomen that comes and goes. They are contractions of your uterus in preparation for giving birth. They tone the muscles in your uterus and may also help prepare the cervix for birth.
Braxton Hicks contractions feel like muscles tightening across your belly, and if you put your hands on your belly when the contractions happen, you can probably feel your uterus becoming hard.
The contractions come irregularly and usually last for about 30 seconds. While they can be uncomfortable, they usually aren’t painful.
If the pain or discomfort of your contractions eases off, they’re probably Braxton Hicks contractions.
To know more about Braxton hicks :
brainly.com/question/29050753.
#SPJ4
The explanation the nurse should give as the function of the gallbladder is that it:
Stores and concentrates bile.
The correct answer choice is option a.
<h3>How the gallbladder stores bile</h3>
The gallbladder helps in the store the bile during the digestion of food substances by receiving the information or instructions to contract and then bile is concentrated and formed.
So therefore, we can now confirm from above that the storage of bile is done by the gall bladder.
Complete question:
A client is scheduled for a cholecystectomy and asks the primary nurse about the function of the gallbladder. Which explanation would the nurse give?
a) Stores and concentrates bile
b) Releases bile into the pancreatic duct
c) Connects the common bile duct and the pancreas
d) Controls the flow of fat through the sphincter of Oddi
Read more about gall bladder:
brainly.com/question/4280987
#SPJ1
Answer:
speak in complete sentences
Answer: HDLs are antiatherogenic lipoproteins....
Explanation:
The anti-atherogenic effect of HDL occurs, above all, because of its properties to carry lipids, mainly cholesterol esters from peripheral tissues to the liver, which is known as reverse cholesterol transport(RCT). However, other protective actions of HDL, in addition to RCT, have been described in several experimental models and epidemiological studies. These actions include antioxidant protection, mediation of cholesterol efflux, inhibition of the expression of cell adhesion, leukocyte activation, regulation of blood coagulation and platelet activity.
