The role of online ethics consultation on mental health.

BACKGROUND: Nurses experience moral distress when they cannot do what they believe is right or when they must do what they believe is wrong. Given the limited mechanisms for managing ethical issues for nurses in Japan, an Online Ethics Consultation on mental health (OEC) was established open to anyone seeking anonymous consultation on mental health practice. RESEARCH OBJECTIVE: To report the establishment of the Online Ethics Consultation and describe and evaluate its effectiveness. ETHICAL CONSIDERATIONS: The research was conducted in accordance with the Declaration of Helsinki. RESEARCH DESIGN: This evaluation describes the outcomes of 5 years of operation of the Online Ethics Consultation on mental health in Japan. PARTICIPANTS: The Online Ethics Consultation received 12 emails requesting consultation. Consultees included mental health nurses, psychiatrists, and service users. FINDINGS: The most common questions directed to the service were about seclusion and physical restraint. Response time from receipt of email to sending a reply was between 1 and 14 days. Despite the disappointing number of consultations, feedback has been positive. DISCUSSION: The Online Ethics Consultation was established to assist morally sensitive nurses in resolving their ethical problems through provision of unbiased and encouraging advice. Mental health care in Japan has been less than ideal: long-term social hospitalization, seclusion, and restraint are common practices that often lead to moral distress in nurses and the questions received reflected this. The head of the Online Ethics Consultation sent a supportive, facilitative response summarizing the opinions of several consultants. CONCLUSION: This study provides key information for the establishment of an online ethics resource the adoption of which has the potential to improve the experience of nurses, allied health and clients of mental health services. This paper has implications for services concerned with improving patient care, managing nurses' moral distress, building ethics into decision-making.

Cutaneous Pseudallescheria boydii/Scedosporium apiospermum Complex (Molecular type: Scedosporium apiospermum [Clade 4]) Infection: A Case Report and Literature Review of Cases from Japan.

We report a case of subcutaneous Pseudallescheria boydii/Scedosporium apiospermum complex infection occurring in a 77-year-old Japanese female farmer suffering from interstitial pneumonia. Seven months prior to the current presentation, she noticed nodes on her right forearm after pulling up weeds, and the nodes grew larger. Two soft dome-shaped, protruded nodes ( 15 mm and 30 mm in size ) had fused together on the extensor surface of the right forearm. Yellowish-white, rice-grain-sized pustules clustered on the surface. Histopathological examination of the skin specimen showed large and small abscesses surrounded by epithelioid granuloma; separate branching hyphae within the granulation tissue were stained with PAS. No grains were observed. Fungal culture yielded fast-growing, grayish-white, fluffy colonies which were identified as Scedosporium apiospermum (Clade 4) using sequence analysis of the ß-tubulin gene. We also reviewed 28 previously reported Japanese cases of P. boydii or S. apiospermum infection presenting with skin manifestations.

[MRSA clones identified in outpatient dermatology clinics].

To know the characteristics of methicillin-resistant Staphylococcus aureus (MRSA) strains disseminating through the Japanese community, we have determined types of Staphylococcal cassette chromosome mec (SCCmec) elements, Multi-Locus Sequence Typing (MLST), and carriages of four exotoxin genes (toxic-shock syndrome toxin, Panton-Valentine Leukocidine, and exfoliative toxins a and b) using 54 MRSA strains isolated from outpatients attending dermatology clinics at the four university hospitals of Juntendo University. Ten clonal complexes and 12 SCCmec types have been identified. As a result, more than 15 MRSA clones that were defined by the combination of genotype and SCCmec type, were identified. Among them, Clonal Complex (CC) 5-type IIa SCCmec strains were the most major (16 strains). In contrast to the fact that CC5- type IIa SCCmec strains known as a hospital-associated MRSA clone in Japan carried toxic-shock syndrome toxin gene (tst), only 2 of 16 strains have been shown to carry tst. Thirty-eight (70.4%) of isolates belonged to the clones distinct from the CC5-type IIa SCCmec strains. Among them, CC8 strains were major (12 strains), which contained 9 tst-positive CC8-type IVl SCCmec clones and a CC8-type IVa SCCmec strain carrying the Panton Valentine Leukocidin gene (lukS, F-PV). Clones related to impetigo were also identified: 7 exfoliative toxin b (etb) -positive clones, CC89-type IIa SCCmec and CC89-type V SCCmec strains; and 2 exfoliative toxin a (eta) -positive CC121-type V SCCmec strains. Other clones were as follows: CC1-type IVa SCCmec, CC8-type I SCCmec, CC81-type IVg SCCmec, CC97-type IVc SCCmec, CC91-type IVa SCCmec, CC59-type IVg SCCmec, CC45-type IIn SCCmec, CC89-SCCmec nontypeable, and CC8-type IVm, novel subtype of type IV SCCmec were identified in this study. Our data showed that many novel MRSA clones have emerged in the community.

[A case of secondary cutaneous cryptococcosis manifesting as rapidly enlarging skin ulcers on the dorsal surface of the hand and the left thigh].

 In April 2012 an 88-year-old woman, who was receiving oral prednisolone (15 mg/day) for the treatment of chronic inflammatory demyelinating polyneuropathy, was admitted to our hospital with suspected pneumonia. The patient was diagnosed with pulmonary cryptococcosis based on the findings from chest radiography and computed of tomographic imaging and observation of a high cryptococcal antigen titer. The general condition of the patient, including her fever, improved after initiation of an intravenous infusion of fluconazole (200 mg/day). However, the skin ulcers on all the limbs, which were present at the time enlarged since her admittance, were found to have rapidly enlarged. The patient underwent a detailed examination by a dermatologist. Skin ulcers measuring 4 × 6 cm on the dorsal surface of the left hand and understood without reporting 2 × 3 cm on the left thigh were noted, and she was diagnosed as having cutaneous cryptococcosis based on the results of skin biopsy, direct microscopic examination of pus, and mycological culture. For treatment of the skin ulcers, fluconazole was administered by intravenous infusion at 200 mg/day for 7 days. The treatment was then changed to oral itraconazole (200 mg/day). However, after 1 week, the patient exhibited a liver disorder, and the treatment was switched back to oral fluconazole (200 mg/day). After 2 months of treatment, the ulcers began to diminish. Thus, we believe that deep mycosis, including cutaneous cryptococcosis, should be considered during differential diagnosis if the patient is either elderly or undergoing corticosteroid/immunosuppressant therapy and has an ulcer.

Successful treatment of relapsing neuro-Sweet's disease with corticosteroid and dapsone combination therapy.

Sweet's disease with central nervous system involvement, tentatively named neuro-Sweet's disease, has rarely been reported. Although systemic corticosteroid therapy is highly effective for neurologic symptoms in neuro-Sweet's disease, relapse is common. Here, we describe the case of a 38-year-old Japanese man who presented with relapsing neuro-Sweet's disease that was successfully treated with a combination of corticosteroid and dapsone. Dapsone should be considered as a therapeutic option for neuro-Sweet's disease patients showing relapse.

Detergent-induced epidermal barrier dysfunction and its prevention.

Various detergents are used as skin cleansing products. In some cases, skin cleanser removes not only dirt but also valuable skin lipids. Therefore, detergents may disrupt epidermal barrier function despite that using of detergents are required for good skin hygiene. Lipid supplements can reverse detergent-induced dysfunction of the skin barrier. Elevated transepidermal water loss (TEWL) and riboflavin penetration in 5% SLS-treated rat and human skin were reversed by supplementation of monoglyceride (MG), squalene (SQ), cholesterol ester (CE) and pseudo-ceramide (Cer2). MG and Cer2 achieved the best results. MG appears to inhibit elution of intercellular ceramides, since more ceramides remained when the detergent was supplemented with MG. Topical application of Cer2 is not effective for recovery from artificially induced barrier disruption, but supplemented Cer2 into skin cleanser has a beneficial effect for prevention of detergent-induced barrier disruption. In conclusion, the prevention of barrier disruption is most important matter for maintaining skin health and barrier function. Therefore, we think that Cer2-supplemented skin cleanser is useful for conservation of skin barrier function.