Pituitary tumors (adenomas) are abnormal growths that develop within tissues of the pituitary gland, a hormone-regulating gland at the base of your brain. While most of these tumors are ...

The pituitary gland (including the anterior pituitary) plays a significant role in making sure your hormones function as they should. The anterior pituitary is part of the pituitary gland.

The pituitary gland is a small gland that sits behind the ... This nerve starts behind the ear and fans out across the face. One branch goes to the eyes, another to the nose, and another to ...

It’s only about the size of a pea, but your pituitary gland controls a lot of important stuff, like your growth, heart rate, and ability to have kids. It’s sometimes called the master gland ...

The anterior lobe of the pituitary gland contains several types of cells that produce different hormones responsible for regulating other glands throughout the body. The posterior lobe of the ...

Your pituitary is a small gland at the base of your brain. Pituitary disorders develop because of problems with your pituitary gland. A growth (tumor) in or near the pituitary often causes these ...

The pituitary gland has an anterior lobe, called the adenohypophysis, and a posterior lobe known as the neurohypophysis. They each have specific functions. Research suggests that certain nutrients ...

Most pituitary tumors are adenomas that develop in the adenohypophysis (the anterior lobe of the pituitary gland), which is composed of six epithelial cell types that secrete peptide hormones.

This approach has been used to generate mouse and human cortical tissue, neural retina, liver buds, spermatozoa, intestinal epithelium, anterior pituitary gland tissue and inner ear sensory ...

A pituitary tumor is an irregular mass on your pituitary gland (the small gland inside your skull that regulates hormones). A tumor that grows can press on your pituitary gland and change your hormone ...

TRH signals the anterior pituitary gland to release thyroid-stimulating hormone (TSH), which prompts the thyroid to secrete mostly T4 and some T3. T4 is converted to T3 which is the active hormone ...