Managing a Rare Heart Condition
Pictured above: Leanne Yates
Dextrocardia is a rare heart condition that affects less than 1% of the population. It’s a congenital disease, which means it’s present at birth due to problems during fetal development.
There are different types of Dextrocardia that affect the body in various ways. In some cases, the heart is on the right-hand side of the body and flipped over, which is sometimes referred to as ‘mirror image’. In more severe cases, other organs in the body are also affected and positioned incorrectly.
Although it’s rare, if it’s only the heart which is impacted by mirror image, it can still function normally.
The causes of Dextrocardia are currently unknown, however, if other problems are apparent like lung and chest defects, it can have an impact on the way the heart develops.
Is Your Heart In The Right Place?
There are some genetic conditions that literally change the layout of your internal organs, including the heart. While rare, many of the people affected by these conditions don’t even know it.
One of these conditions is situs inversus, which causes the internal organs in the upper half of the body (chest and abdomen) to be on the opposite side, in a mirror image of the normal positioning. The liver and stomach, for example, switch position, while the left lung and left atrium of the heart are found on the right hand side. Read more
A Rare Inherited Disorder
Marfan syndrome is a fairly rare genetic disorder that effects the body’s connective tissues, whose purpose is to maintain the structure of the body and support internal organs. Although a rare condition itself, affecting about 1 in 3,000 people, it’s one of the most common connective tissue disorders. Marfan syndrome is hereditary, with about 75% of cases being passed on from one parent and a child has a 50% chance of receiving it. Some people however, do not inherit it: spontaneous mutation is when the individual’s cells mutate on their own.
What Is Marfan Syndrome?
Connective tissue is found through-out the body and is made up of a range of fibres which gives the tissues its elasticity. A protein called fibrillin is part of these elastic fibres, but Marfan syndrome creates an abnormal or deficient version which makes the fibres unusually stretchy and weak. It can make some bones grow abnormally long and be more brittle than usual, while stretch marks are and joint pain are also common occurrences. Read more