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Wyprysk z hiperkeratozą - Objawy, Diagnoza i Leczenie
Coping
Coping with a skin condition like hyperkeratosis isn’t always easy because of physical and cosmetic symptoms. However, with the proper treatment, you will be able to manage your symptoms and improve the visual appearance of your skin.
"Hyperkeratosis" is a blanket term used to describe various skin conditions. The health conditions associated with hyperkeratosis have different symptoms. However, they one thing in common: the excess production of keratin.
Hyperkeratosis can be hereditary and passed down through families, but it can also develop later in life because of different factors. Some forms of the condition have no known cause.
Hyperkeratosis may take time to diagnose. Work with your healthcare provider to determine the underlying cause of your skin condition. Once that is done, you can begin the proper treatment to manage your skin condition.
METODY USUWANIA HYPERKERATOZ
Farmakologiczne
- retinoidy (leczenie rogowca)
- suplementacja witaminowo-minerałowa
- leki o działaniu uzależnionym od współistniejącego schorzenia
- preparaty zawierające kwas salicylowy (2-50%)
- preparaty zawierające mocznik (20-50%)
Podologiczne
są to specjalistyczne działania, mające na celu mechaniczne usuwanie zrogowaceń. Dobór metody uzależniony jest od rodzaju i rozległości hyperkeratoz. Zazwyczaj jest to długofalowa terapia obejmująca systematyczne zabiegi w gabinecie pielęgnacji stóp oraz edukację klienta, a także właściwe postępowanie domowe.
Paramedyczne i/lub domowe
są to metody wykorzystywane samodzielnie przez klientów. Zaliczyć tu można zarówno preparaty i środki dostępne bez recepty w aptekach oraz drogeriach, jak i sposoby zasłyszane lub znalezione, np. w internecie. Chęć uzyskania szybkiego efektu, a także niewłaściwe wykorzystanie metody prowadzi do licznych powikłań.
Pathophysiology
The skin is composed of three layers: the epidermis, the dermis (composed of the superficial papillary and deeper reticular dermis), and the hypodermis. The skin has structural differences among the different areas of the body in terms of epidermal and dermal thickness, distribution of appendages, and pigmentation. The epidermis is composed of multiple layers of maturing keratinocytes: the basal layer (stratum basale), the squamous layer (stratum spinosum), the granular layer (stratum granulosum), and the cornified layer (stratum corneum). This stratified epithelium is in a constant process of self-renewing and exfoliation that takes 20-40 days to complete. The cells in the outer layer are the most differentiated in the keratinocyte line, composed almost entirely of keratin lamels of high molecular weight, and those are the ones that undergo desquamation, completing the maturation cycle.
When the epidermis is exposed to repetitive injury, it usually elicits an increased proliferative rate of the keratinocytes and accelerates their maturation. Keratinocytes also tend to produce more keratin, thus increasing the stratum corneum's thickness.
Genetic mutations resulting in hyperkeratosis is seen in ichthyoses and keratoderma. There are several damages in keratin-encoding genes such as KRT1 and KRT10, which cause defects in keratin structure. Defective keratin causes irregular aggregates of intermediate filaments, which leads to cellular collapse and blistering. The barrier function is then compromised, and the skin reacts with compensatory hyperproliferation, which leads to hyperkeratosis.