Gene/Protein Disease Symptom Drug Enzyme Compound
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Query: UMLS:C0024312 (lymphopenia)
 4,859 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

Piroxicam (Feldene) and isoxicam (Vectren) form a part of a new family of non-steroid anti-inflammatory drugs (NSAID) highly used in France: the oxicams. The cutaneous accidents of all kinds are frequent, estimated from 1 to 3 p. 100 of the patients with piroxicam (16, 20). In addition to the maculo-papular eruptions, there has been reported: lichenoid eruption (21), erythroderma (7), purpuric vasculitis (1, 10, 21), pemphigus (12, 14), bullous dermatosis difficult to classify (15), erythema multiforme and Stevens-Johnson's syndrome (3, 6, 7, 9, 13, 21, 23) and at last many photosensitization accidents (3, 8, 11, 19, 20, 21). We report 11 observations of Lyell's syndrome (8 cases) or Stevens-Johnson's syndrome (3 cases) occurred during treatments by isoxicam or piroxicam. Eight women and 3 men aged from 35 to 80 years begin a Lyell's syndrome or a Stevens-Johnson's syndrome after 9 to 45 days (at an average of 16 days) of a treatment by isoxicam (6 cases) or piroxicam (5 cases). Five patients attacked by a Lyell's syndrome are intubated and ventilated and 2 patients die of a septic shock at the ninth and the thirteenth day of evolution: the duration of hospitalization is from 11 days to 3 and a half months for the Lyell's syndromes survivors and from 7 to 19 days in the cases of Stevens-Johnson's syndrome: 7 surviving patients have ocular sequelae with in 2 cases a complete or partial blindness. A slight hepatic cytolysis is observed 5 times and a neutropenia mainly as a lymphopenia 4 times. In 2 observations, the CMV serology is positive.(ABSTRACT TRUNCATED AT 250 WORDS)
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PMID:[Lyell's syndrome and ectodermosis pluriorificialis during treatment with oxicams: 11 cases]. 409 6

Erythema multiforme (EM) is an immune-mediated disease categorized into EM minor and EM major, also called Stevens-Johnson syndrome. The presence of mucosal involvement differentiates erythema multiforme major from erythema multiforme minor. Many drugs and agents can induce Stevens-Johnson syndrome. We report a case of Stevens-Johnson syndrome associated with Mycoplasma pneumoniae infection. Lymphopenia with a significant decrease of CD4+ T cells in the blood and predominant CD4+ T cells in the skin vesicular fluid was found. The improvement of lymphopenia was associated with disease recovery. In a retrospective chart review of patients treated in our hospital over the past 3 years, we found that 5 patients with Stevens-Johnson syndrome all had lymphopenia (< 1.50 x 10(9)/L; average 0.99 x 10(9)/L), whereas 13 other patients with erythema multiforme minor demonstrated normal lymphocyte counts (average 3.13 x 10(9)/L), with the exception of one patient with herpes infection showing lymphopenia. These results suggested that an immunopathogenesis involving redistribution of CD4+ T cells might contribute to the development of Stevens-Johnson syndrome. Further studies to investigate the involvement of CD4+ T cells in Stevens-Johnson syndrome may implicate a specific strategy to prevent fatal Stevens-Johnson syndrome.
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PMID:Mycoplasma pneumoniae-associated Stevens-Johnson syndrome exhibits lymphopenia and redistribution of CD4+ T cells. 1268 15

We report a 6-year-old girl in whom Mycoplasma pneumoniae infection presenting with erythema multiforme, multiorgan, and hematologic dysfunctions induced a long-standing, marked B-cell lymphopenia. An increase of CD8+ lymphocytes was also detected. We suggest that a selective cytotoxic T lymphocyte-dependent B cell lysis and the expansion of super-antigen activated CD8+ T cells may account for the multiorgan and hematologic disturbances triggered by M. pneumoniae.
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PMID:Persistent B-cell lymphopenia, multiorgan disease, and erythema multiforme caused by Mycoplasma pneumoniae infection. 1635 62

Dear Editor, Erythema multiforme is considered an acute skin condition, characterized by a self-limiting and sometimes recurrent course. It is regarded as a type IV hypersensitivity reaction associated with certain infections, medications, and other various triggers. Allergic contact dermatitis is in turn a delayed type of induced allergy as a result of cutaneous contact with a specific allergen to which the patient develops specific sensitivity. This type of cutaneous reaction is associated with inflammation manifesting with erythema, edema, and vesicles. A 27-year old female patient presented with a 3-day history of erythematous and vesicular lesions which developed 24 hours after cesarean section. Initially the lesions were localized in the area of surgery (mainly the abdomen and upper thighs) and on the next day progressed to the buttocks and lumbar area. The patient was referred to the Outpatient Clinic and was treated with antihistamines, but her dermatological state deteriorated rapidly. At the day of admission to the Department of Dermatology, numerous erythematous and vesicular lesions were present on the skin of the abdomen, thighs, and back (Figure 1, a), but the skin of the neck, chest, and extremities was also covered with erythematous and edematous patches. On the second day of hospitalization, we observed the evolution of lesions localized within the chest and extremities into an erythema multiforme-like targetoid eruption (Figure 1, b). Initially the patient was treated with intravenous injections of dexamethasone and ceftriaxone and orally with second-generation antihistamines (in four-fold doses), followed by intravenous metyloprednisolone pulse-therapy (total dose of 3 g). As the new vesicobullous lesions started to appear on the face and arms, we introduced cyclosporine A orally 400 mg daily. We could then observe gradual remission, but on the seventh day of hospitalization the patient developed a massive labial herpes simplex infection and had to be treated with acyclovir intravenously. Eight days after admission, we switched from intravenous metyloprednisolone to its oral formula. Diagnostic methods included: laboratory analyses (leukocytosis, neutrophilia, lymphopenia could be observed, and also serum CRP elevation). Pemphigoid gestationis was excluded on the basis of a direct immunofluorescence from perilesional skin and on the basis of indirect immunofluorescence and also serum analysis using ELISA for serum IgG antibodies to BP180-NC16A (courtesy of Prof. Marian Dmochowski). Histopathological examination revealed: massive edema of dermal papillae, leading to the formation of sub-epidermal vesicles; individual cell necrosis was observed in the upper epidermis. Within the dermis, a dense, perivascular inflammatory infiltrate was detected: the clinical picture suggested erythema multiforme. Another histopathological examination was performed at the University Clinic of Dermatology and Venereology in Magdeburg, courtesy of Prof. Dr. Harald Gollnick and Dr. Med. I. Franke; it also suggested the bullous form of erythema multiforme (dermal type). Three months after remission, the patient was hospitalized again to perform allergological diagnostics. Patch tests were performed with the European Baseline Series (Chemotechnique Diagnostics) supplemented with disinfectants and textiles used during surgical procedure. For patch testing, Finn Chambers on Scanpor were used. Results were recorded at 48 and 72 hour time points. According to the ICDRG (International Contact Dermatitis Research Group), reactions evaluated as ++ and +++ pluses were considered as positive and reaction evaluated as + plus was considered as doubtful. Patch testing revealed polyvalent contact allergy (Table I), (Figure 2a). The patient also reacted to Kodan Tinctur forte used as a skin disinfectant (contains brown dye LF 1889 - mixture of quinoline yellow, sunset yellow, brilliant black) (Figure 2b). It has to be emphasized, that patch test reading procedure was difficult due to patient's skin reactivity toward a plaster mounting Finn chambers. Literature data suggests that erythema multiforme may occasionally occur in conjunction with allergic contact dermatitis to various non-related substances including chemicals (epoxy-based compound, fragrances, epichlorydrine, bromofluorene), medications (antibiotics, acetaminophen, triamcinolone, bufexamac), plant-derived allergens (poison ivy, tea tree oil, red cedar essential oil), but also rubber ingredients and nickel. The severity of the reaction varies from mild erythema to generalized erythema multiforme or even toxic epidermal necrolysis (1,2,3,4). Lesions characteristic for erythema multiforme may appear during the episode of acute contact dermatitis or may follow a nearly resolving vesicular eczematous eruption. The pathomechanism Patomechanism of an erythema multiforme-like eruption developing in association with allergic contact dermatitis still remains unclear. Immune complex-mediated and T-cell-mediated reactions have been proposed as the cause. However, T-cell-mediated cellular mechanisms seems to be more likely, since generalized erythema multiforme often follows contact dermatitis, which is a type IV allergic reaction mediated by T cells (5,6). According to Bushkell et al. (7), an allergen penetration through the skin may result in a type III hypersensitivity reaction, with involvement of circulating immune complexes, and to confirm that, IgM, IgA, C3, and fibrin deposits are detected in some cases of targetoid lesions in erythema multiforme. On the other hand, Wiedemeyer et al. (8) suggest that contact allergens (i.e. paraphenylenodiamine) may be transported in peripheral blood mononuclear cells from the area of initial skin contact even to distant sites. According to Shiohara et al. (9) and Gonzalez-Delgado et al. (10), epidermal expression of adhesion molecule - 1 (ICAM-1) and the number of CD4+ T cells is increased within the iris lesions of erythema multiforme. Thus, it is possible that adhesion molecules may facilitate epidermal invasion of lymphocytes in these lesions, which is also the place of the expression of maintained allergen molecules. In conclusion, in the described case the causative factor also remained uncertain. The patient was found to have contact allergy to six haptens included in the European Baseline Series and also to a disinfectant used during cesarean section. Among these, both colophonium and formaldehyde are used in adhesives and glues or surface coatings. However, formaldehyde is mainly associated with this type of the reaction - in fact, hapten description supplied by Chemotechnique Diagnostics includes the information that "formaldehyde may produce erythema multiforme-like eruptions".
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PMID:Vesicular Contact Reaction May Progress into Erythema Multiforme. 2812 86

A previous study has defined the maculopapular subtype of manifestations of COVID-19. The objective of our study was to describe and classify maculopapular eruptions associated with COVI-19. We carried out a subanalysis of the maculopapular cases found in the previous cross-sectional study. Using a consensus, we defined seven clinical patterns. We described patient demographics, the therapy received by the patient and the characteristics of each pattern. Consensus lead to the description of seven major maculopapular patterns: morbilliform (45.5%), other maculopapular (20.0%), purpuric (14.2%), erythema multiforme-like (9.7%), pytiriasis rosea-like (5.7%), erythema elevatum diutinum-like (2.3%), and perifollicular (2.3%). In most cases, maculopapular eruptions were coincident (61.9%) or subsequent (34.1%) to the onset of other COVID-19 manifestations. The most frequent were cough (76%), dyspnea (72%), fever (88%), and astenia (62%). Hospital admission due to pneumonia was frequent (61%). Drug intake was frequent (78%). Laboratory alterations associated with maculo-papular eruptions were high C-reactive protein, high D-Dimer, lymphopenia, high ferritin, high LDH, and high IL-6. The main limitation of our study was the impossibility to define the cause-effect relationship of each pattern. In conclusion, we provide a description of the cutaneous maculopapular manifestations associated with COVID-19. The cutaneous manifestations of COVID-19 are wide-ranging and can mimic other dermatoses.
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PMID:Maculopapular eruptions associated to COVID-19: A subanalysis of the COVID-Piel study. 3277 80