Psoriasis is a chronic, autoimmune skin condition that causes skin cells to accumulate rapidly. The aggregation of cells causes the surface of the skin to be rough and scaly. It is quite common to have inflammation and redness around these scales. Typical whitish-silver psoriatic scales grow in thick red patches. Those patches are going to crack and leak at times.
Psoriasis is the result of an excessive skin production process. Skin cells typically grow deep in the skin and rise to the surface slowly. Eventually, they fall off. A skin cell’s typical life cycle is one month. This production process can occur in people with psoriasis in just a few days. Because of this, there is no room for skin cells to drop off. This rapid overproduction contributes to the accumulation of skin cells on joints, like elbows and knees. They can grow anywhere on the body, including scalp, face, hands, feet, and neck. Less common psoriasis types affect the hair, lips, and genital areas, as well.
Psoriasis in the different states of the USA is estimated to affect about 7.5 million people. If you have psoriasis, these painful signs are probably familiar to you. You may also be aware that psoriasis is a chronic condition that can be treated, but not cured. But do you know w Or why are your symptoms coming and going? Although the specific underlying causes of psoriasis are not fully understood, learning about some common causes and potential symptom triggers can prevent future flare-ups and improve the quality of your life. Here’re the top 10 causes/triggers of psoriasis.
1Â causes of psoriasis
Immune system
Psoriasis is a form of autoimmune disorder – in which the product of the body’s metabolism starts harming itself. In the case of psoriasis, the skin cells are mistakenly damaged by white blood cells known as T cells.
White blood cells are deployed in the body to attack and destroy invasive bacteria and fight infections. This mistaken attack leads to overdrive of the skin cell production process. The accelerated production of skin cells causes the development of new skin cells too quickly, and they are pushed to the surface of the skin, where they stack up to form plaques. The T-cell attacks on the skin cells also lead to the development of red, inflamed skin areas.
