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Opportunistic fungal infections have long been recognized as rare causes of disease in immunocompetent dogs and cats. Recently, the escalating use of multiagent immunosuppression protocols (especially those that include cyclosporine) has resulted in an increased number of patients with opportunistic fungal infection encountered by small animal practitioners and has altered the typical case phenotype. Based on histologic and cytologic features such as pigmentation, hyphal diameter, and distribution in tissue, these opportunistic mycoses can be placed into categories such as phaeohyphomycosis, hyalohyphomycosis, and eumycotic mycetoma. This review aims to summarize the clinical presentations, methods for diagnosis, treatment recommendations, and prognosis for both immunocompetent and immunosuppressed patients with opportunistic fungal infections. An example case description is included to illustrate the most common current clinical presentation.

Purpose of this study was to develop the Japanese version of the Values In Action Inventory of Strengths (VIA-IS). Japanese VIA-IS was back-translated, and their items were checked by the developers of the original VIA-IS. Participants in our standardization study were 778 undergraduate students who answered a battery of self-report questionnaires. The battery consisted of the Japanese versions of VIA-IS, Subjective Happiness Scale, General Health Questionnaire, and NEO Five Factor Inventory (NEO-FFI). It was found that VIA-IS has high internal consistency and test-retest reliability. Happier people showed higher overall scores on VIA-IS and on almost all subscales both in men and women. Scores on VIA-IS were higher in the healthier group than in the unhealthy group, especially on the subscales of depression and impediment of social activities. Subscales of NEO-FFI were related to subscales of VIA-IS in a consistent way. High nomination groups showed significantly higher scores on eight subscales of VIA-IS than low nomination groups.

Objectives: The purpose of the present study was to develop a Japanese version of the Subjective Happiness Scale (SHS) and to examine its validity and reliability., Methods: The four items of the English SHS were translated into Japanese. These Japanese items were back-translated into English, and verified by one of the developers of the original SHS. The participants were 364 Japanese undergraduate students (158 males and 206 females). They were asked to answer the questionnaire including the Japanese SHS, five items concerning positive health and self-esteem, and the Japanese General Health Questionnaire (GHQ). The stability of the Japanese SHS was examined over a five-week time period., Results: It was shown that the Japanese SHS was highly internal consistent with alphas of .80 for males and .84 for females. As for the test-rest reliability, a high correlation (r = .86) was found after five-week. One factor structure and factor loadings emerged clearly from factor analysis. The scores of the Japanese SHS correlated positively with positive health and self-esteem. Furthermore, they were significantly greater in the healthy group than in the unhealthy one, from the GHQ scores, especially for depression., Conclusions: These findings suggest that the Japanese version of SHS has internal consistency, test-retest reliability, convergent validity, and discriminant validity.

We examined the validity and reliability of the Japanese version of the Emotional Intelligence Scale in two samples of 267 college students and 398 psychiatric outpatients. Suitable validity and reliability of this scale were suggested by high correlations with scores on the NEO Personality Inventory, adequate internal consistency, and relatively high test-retest correlations. The Emotional Intelligence Scale seems suitable for both clinically distressed populations as well as comparative groups such as college students.

We examined the association of emotional intelligence and alexithymic characteristics as the personality trait in cohorts of 267 college students and 398 psychiatric outpatients. Score on the Toronto Alexithymia Scale were significantly correlated with those on the Emotional Intelligence Scale, suggesting that alexithymic characteristics are related to lower emotional intelligence. In conclusion, these data suggest that emotional intelligence overlaps with alexithymia.

The Aggression Questionnaire (Buss & Perry, 1992) has been used to investigate links between personality factors and health outcomes. We developed the Japanese version of the Buss-Perry Aggression Questionnaire (BAQ) and assessed validity and reliability of the scale. Study I (N = 1,125 college students) used a 45-item rating questionnaire measuring each of four components of aggression: Anger, Hostility, Physical Aggression, and Verbal Aggression. Four aggression subscales emerged clearly from exploratory factor analysis. Study II (N = 611 college students) used a 24-item questionnaire and replicated factor structure and factor loadings of Study I. The scales were shown to be highly internally consistent, and stable at appropriate levels over 4-month time period. Normative data, factorial validity, and external evidence of construct, convergent, and discriminant validity for the scales were also presented.

The voice communication was the only clue of the fatal F-104J accident encountered during high-altitude intercept procedures, and it was analysed to prove the presence of hypoxia as a causal factor. A simulated low-pressure chamber flight was undertaken, and the subject's voice, saying the same words as the pilot, was analyzed in the same way. Comparison of these two voices revealed a similarity in characteristic changes of the sound spectrum and time course. The blurred formation of formant, fundamental, and harmonic frequencies, as well as the obscured gap in pre-vocal cord opening time (VOT) of the sound spectrogram, were thought to be the effects of hypoxia. Lowered fundamental frequency of the pilot's voice, even at the stressful period of attack, has strongly suggested decreased vigilance due to hypoxia. Through these findings, it was concluded that the cause of the accident was probably hypoxia in the pilot.

Factors inherent in aircraft communication systems hinder customary approaches to voice analysis in the determination of the degree of stress experienced by a pilot during an inflight emergency. By means of a sound spectrogram, the mean vibration space of a voice can be analyzed if the space between the vertical deflections of the vowel sounds is calculated in micrometers. The vibration space shift rate (VSSR) is calculated by comparing the widest vibration space of the voice during the normal phase of the same flight (standard vibration space: SVS) with that encountered during the emergency situation (EVS) by the following formula: VSSR = ((SUS-EVS)/SUS) X 100%. The number of measuring points in each case differs in regard to the length of communication during the emergency. The VSSR can be divided into three phases - normal, urgent, and emergency - each with three grades of 0.5 S.D. apiece.