ABSTRACT
Se presenta un paciente adulto joven de 23 años de edad con acné conglobata hemorrágico, de 6 meses de evolución, luego de una limpieza facial. Presenta dolor facial, alza térmica, malestar general, edema y deformidad; además, depresión moderada. En estas lesiones se observa pústulas profundas y abscesos por confluencia de lesiones más pequeñas y se interconectan mediante fístulas; además, se acompañan de coágulos que drenan secreción hematopurulenta al inclinar la cabeza hacia abajo y adelante. Se diagnostica proceso infeccioso y aisla Stafilococcus aureus. Luego de realizar curaciones diarias, administrar antibiótico sistémico por vía oral y tratamiento de apoyo se logra una gran mejoría; además, se instaura tratamiento con isotreinoina durante 6 meses.AU
We present a young adult pacient of 23 years old with hemorrhagic conglobata acne, with six months of evolution after a facial cleansing, accompanied with pain, thermal rise, malaise, edema, face deformity and moderate depression. These lesions have deep postulas and abscesses that are formed by the confluence of smaller lesions and interconnected by fistulas as well as being accompanied by blood clots that drained hematopurulent secretion when tilting the head downward and forward. Infectious process is determined by isolating Staphylococcus Aureus. After daily cures, use of systemic antibiotics for oral vial and supportive treatment, it achieved a clinical improvement and begins a treatment based in isotretinoine by six months. AU
Subject(s)
Humans , Male , Young Adult , Staphylococcal Skin Infections , Cefadroxil , Acne Conglobata , Hidradenitis , Dissection , Degloving InjuriesABSTRACT
During development and through adulthood, differentiation of diverse cell types is controlled by specific genetic and molecular programs for which transcription factors are master regulators of gene expression. Here, we present an overview of the role of nuclear receptors and their selective pharmacological modulators in oligodendrocytes linage, their role in myelination and remyelination and their potential use as a therapeutic strategy for demyelinating diseases. We discuss several aspects of nuclear receptors including: (1) the biochemistry of nuclear receptors superfamily; (2) their role on stem cells physiology, focusing in differentiation and cell removal; (3) the role of nuclear receptor in the oligodendrocytes cell linage, from oligodendrocyte progenitors cells to mature myelinating cells; and (4) the therapeutics opportunities of nuclear receptors for specific demyelinating diseases.
