mphatic vessels enter and leave the liver. The hepatic ducts are what transport bile out of the liver; the right and left hepatic ducts join to form a common hepatic duct. This unites with the cystic duct from the gallbladder to form the common bile duct. It is through this duct that bile enters the small intestine. Walls of connective tissue divide the liver into hexagon-shaped lobules with a portal triad at each comer. They are called triads becClearer skin, Less frequent and severe headaches, Less indigestion, Improved bowel habits - less constipation or irritable, bowel syndrome, Have a sharper mind and better memory, Improved liver function, Improved immune system, Better moods - less anxiety and depression, Better sleep, Reduce the effects of aging, Balanced hormones - less PMS, menstrual cramps and an easier menopause, Less fluid retention and bloating, A healthy libido, A healthier pregnancy and baby. Because our body is continually exposed to toxins, in one form or another, our body is constantly trying to remove toxins.

The liver is the chief detoxification organ in your body. Every toxin you are exposed to, whether it is something you ate, inhaled, or rubbed onto your skin; all these chemicals will arrive at your liver. However, the liver has a lot of help from other organs and body systems, and the liver only really converts the toxins into a form that is more easily excreted by other organs. None of the detoxification systems below work in isolation; they are all intimately linked and depend on each other. So you can't just do a liver detox for instance, and not affect other parts of your body. If one detox system is overworked or overburdened, this will place additional stress on another system. Let's now look at them one by one.

The liver is the largest internal organ in our body, and weighs approximately 1.36kg (3 pounds). It is located in the upper right quadrant of the abdomen. It is divided into two major lobes; right and left, and two minor lobes; caudate and quadrate. The right and left lobes are separated by fibrous tissue called the falciform ligament. The inferior surface or underside of the liver contains a kind of gate called a porta. This is where veins, arteries, nerves and lymphatic vessels enter and leave the liver. The hepatic ducts are what transport bile out of the liver; the right and left hepatic ducts join to form a common hepatic duct. This unites with the cystic duct from the gallbladder to form the common bile duct. It is through this duct that bile enters the small intestine. Walls of connective tissue divide the liver into hexagon-shaped lobules with a portal triad at each comer. They are called triads bec

pregnancy and baby. Because our body is continually exposed to toxins, in one form or another, our body is constantly trying to remove toxins.

The liver is the chief detoxification organ in your body. Every toxin you are exposed to, whether it is something you ate, inhaled, or rubbed onto your skin; all these chemicals will arrive at your liver. However, the liver has a lot of help from other organs and body systems, and the liver only really converts the toxins into a form that is more easily excreted by other organs. None of the detoxification systems below work in isolation; they are all intimately linked and depend on each other. So you can't just do a liver detox for instance, and not affect other parts of your body. If one detox system is overworked or overburdened, this will place additional stress on another system. Let's now look at them one by one.

The liver is the largest internal organ in our body, and weighs approximately 1.36kg (3 pounds). It is located in the upper right quadrant of the abdomen. It is divided into two major lobes; right and left, and two minor lobes; caudate and quadrate. The right and left lobes are separated by fibrous tissue called the falciform ligament. The inferior surface or underside of the liver contains a kind of gate called a porta. This is where veins, arteries, nerves and lymphatic vessels enter and leave the liver. The hepatic ducts are what transport bile out of the liver; the right and left hepatic ducts join to form a common hepatic duct. This unites with the cystic duct from the gallbladder to form the common bile duct. It is through this duct that bile enters the small intestine. Walls of connective tissue divide the liver into hexagon-shaped lobules with a portal triad at each comer. They are called triads bec

ly converts the toxins into a form that is more easily excreted by other organs. None of the detoxification systems below work in isolation; they are all intimately linked and depend on each other. So you can't just do a liver detox for instance, and not affect other parts of your body. If one detox system is overworked or overburdened, this will place additional stress on another system. Let's now look at them one by one.

The liver is the largest internal organ in our body, and weighs approximately 1.36kg (3 pounds). It is located in the upper right quadrant of the abdomen. It is divided into two major lobes; right and left, and two minor lobes; caudate and quadrate. The right and left lobes are separated by fibrous tissue called the falciform ligament. The inferior surface or underside of the liver contains a kind of gate called a porta. This is where veins, arteries, nerves and lymphatic vessels enter and leave the liver. The hepatic ducts are what transport bile out of the liver; the right and left hepatic ducts join to form a common hepatic duct. This unites with the cystic duct from the gallbladder to form the common bile duct. It is through this duct that bile enters the small intestine. Walls of connective tissue divide the liver into hexagon-shaped lobules with a portal triad at each comer. They are called triads bec

argest internal organ in our body, and weighs approximately 1.36kg (3 pounds). It is located in the upper right quadrant of the abdomen. It is divided into two major lobes; right and left, and two minor lobes; caudate and quadrate. The right and left lobes are separated by fibrous tissue called the falciform ligament. The inferior surface or underside of the liver contains a kind of gate called a porta. This is where veins, arteries, nerves and lymphatic vessels enter and leave the liver. The hepatic ducts are what transport bile out of the liver; the right and left hepatic ducts join to form a common hepatic duct. This unites with the cystic duct from the gallbladder to form the common bile duct. It is through this duct that bile enters the small intestine. Walls of connective tissue divide the liver into hexagon-shaped lobules with a portal triad at each comer. They are called triads becmphatic vessels enter and leave the liver. The hepatic ducts are what transport bile out of the liver; the right and left hepatic ducts join to form a common hepatic duct. This unites with the cystic duct from the gallbladder to form the common bile duct. It is through this duct that bile enters the small intestine. Walls of connective tissue divide the liver into hexagon-shaped lobules with a portal triad at each comer. They are called triads because three vessels are located in them. Hepatic cords radiate out from the central vein of each lobule like spokes of a wheel. Hepatic cords are made of hepatocytes (liver cells). Between these The Body's detox systems and how they work rows of liver cells there are spaces called sinusoids. The sinusoids are lined with special cells such as fat storing cells, endothelial cells, pit cells, and Kupffer cells other parts of your body. If one detox system is overworked or overburdened, this will place additional stress on another system. Let's now look at them one by one.