Molecular Hydrogen In Utero Treatment for Congenital Diaphragmatic HerniaCongenital diaphragmatic hernia, is also known as any of the following:
- Bochdalek Hernia
- Morgagni Hermia
- Diaphragm Eventration
- Central Tendon Defects of the Diaphragm
A congenital diaphragmatic hernia is a birth defect that involves the diaphragm, a muscle underneath the lungs that divides the chest cavity from the abdominal cavity. In a situation involving fetal malformation of the diaphragm, the dangers involved pertains to improper lung development or a situation where the abdominal organs push up into the chest cavity. So a congenital diaphragmatic hernia treatment before birth is ideal.
Diaphragmatic Hernia Treatment in Pregnancy: Molecular HydrogenScientists believe that oxidative stress may play a role in diaphragmatic hernia. As such, scientists have studied the use of molecular hydrogen as an extremely non-toxic, safe diaphragmatic hernia treatment in pregnancy that women can use at home.
Natural water atoms are composed of two hydrogen atoms and one oxygen atom. But some natural waters contain more hydrogen atoms or sometimes fewer hydrogen atoms depending on a number of factors. A higher concentration of hydrogen atoms in a solution of water makes the water more alkaline. A lower concentration of hydrogen atoms in a solution of water makes the water more acidic. At any rate, a higher concentration of hydrogen can have healing effects on the body even at the level of the DNA which is why this is such an important at-home diaphragmatic hernia treatment in pregnancy.
How Molecular Hydrogen WorksMolecular hydrogen is one of the only antioxidants that can be used to go all the way into the nucleus of a cell to heal DNA. The helical spiral of DNA is held in place by hydrogen bonds. Damage to those hydrogen bonds can cause a variety of health problems. But molecular hydrogen can overcome those health issues by restoring the normal DNA helix to its proper shape.
After a baby with a diaphragmatic hernia is born, molecular hydrogen has been shown to improve lung function by helping to protect the natural shape of lung tissues. Molecular hydrogen also thickens pulmonary artery tissues to reduce the risk of newborn mortality due to diaphragmatic hernia.