shining a light on how hormones are metabolized
Main points video
How are hormones metabolized?
Based on information taught in Karen Hurd's e-course on hormonal overproduction
- a first thing to consider: once a hormone is created by the endocrine system — and once it has done its job — we have to metabolize it in order to get rid it
Role of the liver in metabolization of hormones
- the liver is responsible for clearing hormones out of the bloodstream
- the only exit the liver has to excrete these hormones, is through the gastro-intestinal (GI) tract
- hormonal waste will enter the GI tract to eventually be pooped out
- are you pooping on a daily basis?
- two main female sex hormones are estrogen & progesterone, and they are fat-soluble>> these hormones then turn into fat-soluble waste products
- the liver is responsible for clearing out all fat-soluble waste products
Recap: liver pulls fat-soluble hormones out of the bloodstream>> sends them down the GI tract to be eliminated via stool
However… for these hormones to be able travel down the GI tract, they need to be put into a carrier: the digestive fluid bile
- bile is responsible for getting rid of fat-soluble metabolic waste
- the bile carrying the metabolic waste will first land into the small intestine
- right before the small intestine turns into the large intestine, we have the ileum
- part of the ileum is the ileocecal valve >> here, there is an absorption fatty substances
Recap: the bile is carrying the hormonal waste, which is made out of fat… and at the end of the ileum, we have an absorption of fat
- it is possible for us to reabsorb our own hormonal waste!
- up to 95% of our bile is recycled
- this mechanism (for energy preservation) is called the enterohepatic recirculation
If our hormones have the opportunity to re-enter our bloodstream...
- they are able to cause chemical reactions to happen again
- and... our body doesn’t stop producing new hormones in the meantime
- and... it is possible for the body to recycle hormones we’ve produced over time
… this explains how we can eventually end up with an over-expression of hormones