This is the specific type of epithelium in the mucosal layer of the laryngeal folds.

This is the structure which lies deep in an intestinal villus and is responsible for absorbing digested fats.

These are the products of the parietal cells in the gastric mucosa.

This is the cell which secretes digestive enzymes in the pancreas.

This is duct which drains bile from the various lobes of the liver and meets the cystic duct.

This is one of the structures which protects and supports the kidney within the body cavity.

This is the last portion of the nephron which can still modify the filtrate before it finally becomes "urine." 

This is the structure which senses filtrate salt concentration and can release the hormone renin under certain circumstances.

   
This is the other hormone released by the kidney- besides renin; it stimulates red blood cell development in bone marrow.  
 

   
Renin will result in the release of one of these two hormones from other glands in the body.   
 

This is the hormone which lowers plasma glucose levels.  
  
 

This is the hormone which acts on the thyroid, stimulating it to secrete.

This hormone stimulates milk production in mammary tissue. 
  
  
 

This class of hormone is released from the zona fasciculata of the adrenal gland.

The adenohypophysis is connected to the brain via this specific structure.

This is the blood vessel which brings blood low in oxygen to the lung.

This is the epithelial covering over the lung surface that adheres to the lung in the same way that  tightly wrapped plastic wrap might surround an organ.

This is one of the muscle groups which must contract to create a normal inhalation.

This is the secretory product which is found inside alveoli.  It helps to make the lung easier to inflate.

This is an accessory muscle for forceful exhalation. 

This is the widened funnel-like opening of the uterine tubes.

This is the site where the egg is fertilized by a sperm.

This is the hormone produced by the corpus luteum which keeps the uterine lining thick and vascular.

This is the hormone responsible for stimulating the Interstitial cells of Leydig to produce testosterone.

This is the number of viable oocytes that result from a complete meiotic division in the female.