About systemic elastorrhexis (obsolete)

What is systemic elastorrhexis (obsolete)?

Pseudoxanthoma elasticum, PXE, is an inherited disorder caused y mutations in the ABCC6 transporter gene that affects connective tissue in some parts of the body. Elastic tissue in the body becomes mineralized; that is, calcium and other minerals are deposited in the tissue. This can result in changes in the skin, eyes, cardiovascular system, and gastrointestinal system. Clinicians first recognized PXE more than 100 years ago. Researchers have made a number of significant advances in the past few years.

What are the symptoms for systemic elastorrhexis (obsolete)?

Retinal changes symptom was found in the systemic elastorrhexis (obsolete) condition

PXE results in a variety of signs and symptoms that vary in their number, type, and severity from person to person. Certain effects of PXE can cause serious medical problems, while others have less impact. Effects may include: skin changes, changes in the retina of the eye that may result in significant loss of central vision, changes in the cardiovascular system that may involve calcification of arteries and decreased blood flow in the arms and legs, and/or changes in the gastrointestinal system that may lead to bleeding in the stomach or intestines. At present, there is no way to predict the exact progression of the disorder for a particular individual. Some people have no skin lesions; others have no vision loss. Many people do not experience gastrointestinal complications or cardiovascular difficulties. A few have no manifestations of PXE except for a positive skin biopsy or irregular streaks resembling a blood vessel (angioid) in the retina of the eye. The effects of PXE and its rate of progression seem to have no discernible pattern.

Skin: PXE often causes visible changes in the skin. These changes vary from person to person. The earliest changes tend to be in the skin on the sides of one’s neck. Small Lesions may develop. They may resemble a Rash or have a “cobblestone” appearance. These Lesions in the skin tend to progress slowly and unpredictably from the neck downward. Skin changes have often been reported in young children. The areas of the body that are most affected are those that bend and flex. The neck, the underarms, the skin on the inside of the elbows, the groin, and the skin behind the knees may be progressively affected, leading to loose folds in these areas. Lesions may appear on the inside of the lower lip or lining of the rectum or vagina. Some of these effects may be alleviated by reconstructive, or plastic, surgery.

It is possible to have PXE and not have any apparent skin lesions. In some individuals, careful examination of the skin by a dermatologist does not reveal any visible sign of lesions, but a positive biopsy indicates the diagnosis of PXE. Since the identification of mutations in the ABCC6 transporter gene as the cause of PXE, analysis of blood can be performed in research centers to confirm the presence or absence of mutations.

Eyes: PXE affects the retina of the eye. The first changes, visible only during an ophthalmologic examination, are called “peau d’orange” because the retina begins to resemble the skin of an orange. This does not affect vision and neither do characteristic irregular streaks, called angioid streaks that develop later. These streaks occur when mineralization of the highly elastic membrane behind the retina, called Bruch’s membrane, leads to cracking. Small blood vessels beneath this layer take advantage of these breaks in the membrane and grow through the membrane. This is called neovascularization. Sometimes, these blood vessels leak and bleed. This bleeding results in the loss of central vision. While people with PXE may lose so much vision that they become legally blind, almost all people with PXE continue to have peripheral vision.

People who have PXE can use a tool called an Amsler grid to monitor their central vision. If there is Swelling or bleeding in the center of the retina, this may cause the intersecting lines of the Amsler grid to appear distorted. A retinal specialist can instruct a patient in the use of an Amsler grid.

Cardiovascular system: Because PXE can cause mineralization and narrowing of blood vessels, affected individuals may experience cramping in the legs when they are walking, due to decreased blood flow. This decreased flow of blood is called intermittent claudication. Decreased flow of blood to the arms and legs may mean that one’s pulse can no longer be felt in the wrists or feet. Some clinicians believe that high blood pressure (hypertension) and mitral valve prolapse may be more common among people with PXE than in the general population. Individuals with PXE should make periodic visits to their physician for monitoring of blood pressure, cholesterol, and pulses in the arms and legs. A heart-healthy lifestyle is recommended, with low-fat foods and plenty of exercise. Consistent exercise may decrease the effects of PXE on the blood vessels. Maintaining normal weight may also be beneficial. Smoking should be avoided.

Gastrointestinal system: Uncommonly, PXE may cause gastrointestinal bleeding. This is sometimes not recognized immediately and can be life-threatening. Little is known about the gastrointestinal effects of PXE, except that the bleeding is usually widespread in the stomach and/or intestines. In a few patients, this bleeding has been mistaken for ulcers. A person with PXE experiencing any gastrointestinal difficulty should be sure to tell the attending physician that he or she has PXE. Some physicians recommend that affected individuals avoid non-steroidal, anti-inflammatory medications, such as aspirin, ibuprofen, and naproxen.

Pregnancy: It is thought that most women with PXE have normal pregnancies and that the incidence of pregnancy-related complications is similar to that of the general population. However, for some, gastric or intestinal complications have been reported. In general, complications affecting the fetus have not been reported. There are no prenatal tests to determine whether the fetus has PXE.

What are the causes for systemic elastorrhexis (obsolete)?

PXE is an inherited disorder caused by changes (mutations) in the ABCC6 transporter gene. ABCC6 is one of a group of genes that transport certain molecules back and forth across cell membranes. It isn’t known at this time what molecules ABCC6 transports, but it is thought that they may play a role in keeping the elastic fibers found in certain body tissues healthy.

PXE is inherited in a recessive pattern. Recessive genetic disorders occur when an individual inherits an abnormal gene from each parent. If an individual receives one normal gene and one abnormal gene for the disease, the person will be a carrier for the disease, but usually will not show symptoms. The risk for two carrier parents to both pass the abnormal gene and, therefore, have an affected child is 25% with each pregnancy. The risk to have a child who is a carrier, like the parents, is 50% with each pregnancy. The chance for a child to receive normal genes from both parents is 25%. The risk is the same for males and females.

In some instances, autosomal dominant inheritance has been reported in patients with PXE, but it is not clear if the dominant pattern is truly dominant or if it has been reported because, by chance, one parent is an asymptomatic carrier of a mutated ABCC6 gene while the second parent has the disorder.

Dominant genetic disorders occur when only a single copy of an abnormal gene is necessary to cause a particular disease. The abnormal gene can be inherited from either parent or can be the result of a mutated (changed) gene in the affected individual. The risk of passing the abnormal gene from an affected parent to an offspring is 50% for each pregnancy. The risk is the same for males and females.

Since PXE may be present but undiagnosed in other family members, it is recommended that all immediate relatives be screened for PXE by both an ophthalmologist and a dermatologist. The ophthalmologist should look for peau d’orange and angioid streaks. If suspicious for PXE, the dermatologist should take biopsies from the neck, under the arm and inside the elbow of a person suspected of having PXE. These biopsies may be necessary even if the skin doesn’t show any visible lesions. Even with a negative biopsy, it is possible that other family members have PXE. PXE affects each individual with great variability. A blood test is available to determine whether a person carries the gene.

What are the treatments for systemic elastorrhexis (obsolete)?

A team of medical specialists (for example, an ophthalmologist, dermatologist, gastroenterologist, and primary care physician) may be needed to help manage PXE and its effects. People affected by PXE should be sure that all the health care professionals they visit are well-informed about the possible ramifications of PXE.

Regular physician exams by a knowledgeable primary care physician are necessary. A detailed family history should be taken with regard to onset, signs that may be related to PXE and the rest of the family’s medical history. The affected individual’s cholesterol and triglycerides should be checked. Peripheral pulses should be monitored, as well. A dermatologist will most likely be the physician to make the definitive diagnosis and offer advice on reconstructive surgery, if that is of interest to the patient. An ophthalmologist will dilate the eyes to look for peau d’orange and angioid streaks. If angioid streaks are found, it may be wise to consult a retinal specialist. A cardiologist can perform a baseline EKG and sonogram test.

In cases that involve retinal hemorrhage, laser treatment or injectable medications have been helpful for some people. However, not everyone can benefit from these treatments. In some cases, laser surgery does not restore vision. In others, scarring from both the bleeding and the laser surgery has made vision worse. A variety of visual aids can be provided to help compensate for loss of vision. A low vision clinic can be helpful in this regard.

It is generally thought that people affected by PXE should avoid activities that might cause direct trauma to the eyes. Activities that increase pressure in the eyes, such as weight lifting, should also be avoided.

What are the risk factors for systemic elastorrhexis (obsolete)?

A genetic condition with elasticity in skin tissue due to which it gets loose and hang like the aged person’s skin. This condition is Systemic Elastorrhexis (obsolete).
It is a type of Connective Tissue Disease. It primarily affects eyes with bluish and greyish whites of eyes, Thinning of skin and Breathing (Lungs), and Cardiac issues (heart).

Risk factors:
Systemic Elastorrhexis is an autosomal recessive disorder that occurs due to mutation in a certain gene type.

  • With Inter and Intra family variability
  • Mutations due to multidrug resistance associated with protein 6
  • Constant risk of eyes and heart-related disorders
  • Increased risk of internal and external bleeding
  • Gene located on Chromosome 16 causes the disease

Skin, Ocular tissue, and Vascular attacks are the most common defects caused under Systemic Elastorrhexis (obsolete)

With female predomination, the disease occurs in one in 25000 or one in 100,000 people with maximum prevalence.

  • It depends on the organ affected most out of all
  • 70% of cases are of yellow papules resembling plucked chicken skin
  • Usually happens around the age of patients from 13-16
  • Eye disorders are common as 86% at the age of 14-25 years
  • Middle-aged and elderlies are most affected by heart ailments, hypertension, and brain strokes

Hanging skin,Loose skin,Inelastic skin,Pulmonary Infections,Defect in Elastin,Loss of Elastic Tissue
Cardiovascular disorders,Premature aging,Hypertension,Arterial issues,Blood vessel damage,Lung Problems
Medicines of Heart issues, Skin conditions and Eye defects separately with Symptoms

Is there a cure/medications for systemic elastorrhexis (obsolete)?

Progressive mineralization and fragmentation of the elastic fibers in the skin, eye, and blood vessels are characterized as Systemic Elastorrhexis (obsolete). Most of the causes of the disease are related to:

  • Nervous System
  • Skin Lesions
  • Hypertension
  • Eye Defects/ problems
  • Cardiac Issues related to heart and arteries
  • Lung problems (respiratory issues)

Following are the ways to diagnose the disease distinctively:

  • Skin Characteristic
  • Ocular Findings
  • Histopathological Findings
  • Family History of the disease
  • Calcification of Elastic Fibres attached to the non-affected skin
  • Skin Lesions
  • Personal History of Hypertension
  • Cutaneous and Ocular findings Cutaneous and Ocular findings
  • Heart Complications
  • Extra Cutaneous Manifestations to the eye and cardiovascular system

There are treatments to cure typical patients with certain symptoms:

  • Phenobarbital for epilepsy
  • Platelet Inhibitors
  • Angiotensin-converting enzyme inhibitor
  • Statine for Hypertension
  • Genetic Counselling is an option, but not without a specialized lab for molecular biology.
  • Prevention and early detection of adverse cure ocular and cardiovascular complications

Systemic Elastorrhexis (Obsolete) is a connective tissue disease with a mutation in the gene.

  • This condition usually affects the skin, and ocular tissues, with muscular attack
  • Disease in young adults with severe heart disease and hypertension without risk factors

Hanging skin,Loose skin,Inelastic skin,Pulmonary Infections,Defect in Elastin,Loss of Elastic Tissue
Cardiovascular disorders,Premature aging,Hypertension,Arterial issues,Blood vessel damage,Lung Problems
Medicines of Heart issues, Skin conditions and Eye defects separately with Symptoms

Video related to systemic elastorrhexis (obsolete)