To determine the Kampo therapy indications for global infertility treatment, and the criteria for objective and rational evaluation of its efficacy, we analyzed the sho (Zheng), type of ovarian dysfunction, types of Western drugs used concomitantly, length of treatment, age upon pregnancy, etc., in 100 women with infertility due to ovarian dysfunction as diagnosed by Western medicine who succeeded in becoming pregnant and giving live births, after Kampo therapies diagnosed by sho based on Hakko, Ki, Ketsu and Sui. The diagnosis of the sho in these women was compared with that in 2737 control women. Their types of sho by frequency were Kyo (51%), Shoyo (Hanhyo-Hanri) (69%), Jonetsu-Gekan (52%), Kigyaku (47%), Oketsu (71%) and Suidoku (67%). When compared to the control group, the percentage of women whose Sho was rated as Jitsu, Taiyo, Shoyo, Jonetsu-Gekan, Oketsu or Suidoku was significantly higher. The sho type Hyonetsu-Rikan was lower. The preparation sho, rated on the basis of a general assessment, was most frequently Kamishoyosan(55%). The predominant type of ovarian dysfunction was luteal dysfunction (73%), whose frequency was significantly higher than that in the control group. Of all women studied, 46% were treated with Kampo alone and 54% were treated with Kampo + Western medicine. In terms of the percentage of each type of ovarian dysfunction, there was no significant difference between the two groups. The Western drugs used in combination with Kampo therapy were hCG preparations (33%), terguride preparations (18%), clomiphene preparations (3%) and hMG preparations (6%). The period of treatment until pregnancy was significantly shorter in the Kampo alone group (5.0 ± 4.4months) than in the combined therapy group (9.5 ± 6.8months). These results allow us to make the following conclusions:1.The type of infertility indicated for Kampo medicine is infertility due to ovarian dysfunction as diagnosed by methods of Western medicine.2.Women who successfully became pregnant following Kampo medicine were often cases of Shoyo disease complicated by sho with Jonetsu-Gekan, accompanied by Kigyaku, Oketsu and Suidoku.3.Uncombined Kampo medicine may be effective in cases of severe infertility.4.If pregnancy does not occur within 5 or 6 months after the start of Kampo therapy, combined use of Western medicines should be considered.
Medicine, Kampo ; Therapeutic procedure ; Infertility ; Western Herbs and Botanicals ; Functional disorder

Psychophysiological and functional neuroimaging studies have frequently and consistently shown that emotional information can be processed outside of the conscious awareness. Non-conscious processing comprises automatic, uncontrolled, and fast processing that occurs without subjective awareness. However, how such non-conscious emotional processing occurs in patients with various psychiatric disorders requires further examination. In this article, we reviewed and discussed previous studies on the non-conscious emotional processing in patients diagnosed with anxiety disorder, schizophrenia, bipolar disorder, and depression, to further understand how non-conscious emotional processing varies across these psychiatric disorders. Although the symptom profile of each disorder does not often overlap with one another, these patients commonly show abnormal emotional processing based on the pathology of their mood and cognitive function. This indicates that the observed abnormalities of emotional processing in certain social interactions may derive from a biased mood or cognition process that precedes consciously controlled and voluntary processes. Since preconscious forms of emotional processing appear to have a major effect on behaviour and cognition in patients with these disorders, further investigation is required to understand these processes and their impact on patient pathology.
Anxiety Disorders ; Bias (Epidemiology) ; Bipolar Disorder ; Cognition ; Depression ; Functional Neuroimaging ; Humans ; Interpersonal Relations ; Pathology ; Psychopathology* ; Schizophrenia

OBJECTIVES: This study was aimed to investigate the differences in intelligence and neuropsychological test findings between patients with obsessive-compulsive disorder (OCD) and normal controls, and to find out brain functions. METHODS: To examine the brain functions, Halsted Reitan neuropsychological test, computerized neuropsychological test, Wechsler Memory scale and K-WAIS were applied. Subjects of this study consisted of 12 patients with OCD and 17 normal controls who were matched for age, handedness and education year. RESULTS: The verbal intelligence of OCD was significantly higher than that of normal controls. But there was no significant difference in total and performance intelligence between groups. The total time of tactual performance test in OCD was significantly delayed than that in normal controls. Also the visual recall or Wechsler memory scale in OCD was more impaired than that in normal controls. CONCLUSION: These findings support that visual-spatial memory, which is related to basal ganglia, is impaired in OCD.
Basal Ganglia ; Brain ; Education ; Functional Laterality ; Humans ; Intelligence* ; Memory ; Neuropsychological Tests* ; Obsessive-Compulsive Disorder*

OBJECTIVES: The attentional deficit is a core symptom in attention deficit hyperactivity disorder. The major brain areas related to attention are frontal and parietal lobes. Abnormalities of frontal and parietal lobes in attention deficit hyperactivity disorder have been reported in previous researches. But, most of the researches are based on comparing patients and controls while they are in resting condition. Further research on funtional changes related to performance of attentional task is needed to understand the attentional dysfuntion in attention deficit hyperactivity disorder. In this study, the localized functional changes of the brains related to attentional task in patients with attention deficit hyperactivity disorder and the differences of them between patients and normal controls were examined. Also the effect of the methylphenidate on functional changes related to attentional task in patients with attention deficit hyperactivity disorder was examined. METHOD: Quantitative electroencephalography (QEEG) was applied to examine the fuctional changes related to attentional task. Subjects of this study consisted of 20 patients with attention deficit hyperactivity disorder and 20 controls who were matched age, sex, handedness, intelligence. QEEG was recorded on eye open resting condition, and on performing computerized attentional task. In cases of patients, after taking of methylphenidate, QEEG was recorded on both conditions. RESULTS: 1)In attention test, normal controls had better scores in response time and variabilities of response time than those of patients with attention deficit hyperactivity disorder without taking methylphenidate. After taking medication, scores of omission, response time and variabilities of response time were significantly improved, comparing to scores without taking medication. No differences were recognized between the controls and patients with taking medication in scores of attention test. 2)In resting condition, spectral EEG revealed baseline activity levels of patients were significantly increased comparing to those of controls. 3)Analysis of delta wave revealed that amplitudes of controls were significantly elevated in parieto-occipital area during performance of attentional task. But in patients, localized activated area related to attentional task was not remarkable. 4)Theta activity of controls were significantly elevated in right frontal, right temporal, and both parieto-occipital areas during performance of attentional task. But in patients without taking medication, localized activated area related to attentional work was not remarkable. After taking medication, right frontal, right temporal, and both parieto-occipital areas were significantly activated. 5)Alpha activities of controls were significantly increased in parieto-occipital area during performance of attentional task, but those of patients without taking medication were increased in broad area. 6)Beta activities of controls were significantly increased in frontal area during attentional performance, but those of patients without taking medication were significantly increased in most of the brain areas. After taking medication, significantly increased activities related to attentional task were recognized in left frontal, and both temporal areas. Localized activated patterns similar to those of controls were recognized. CONCLUSION: Based on the results of this research, it is suggested that patients with attention deficit hyperactivity disorder have increased baseline brain activity. In controls, brains showed localized response to a attentional stimuli, and functional changes related to attentional stimuli were recognized in frontal, and parieto-occipital areas. But, patients failed in showing appropriate localized activated response to attentional stimuli. It is concluded that frontal and parieto-occipital areas have some deficit responsible for the attentional dysfunction of attention deficit hyperactivity disorder.
Attention Deficit Disorder with Hyperactivity ; Brain ; Electroencephalography ; Frontal Lobe ; Functional Laterality ; Humans ; Intelligence ; Methylphenidate ; Parietal Lobe ; Reaction Time

Serotonin is one of the most important neurotransmitters influencing mental health and, thus, is a potential target for pharmaco-logical treatments. Functional neuroimaging techniques, such as positron-emission tomography (PET) and single photon emission computed tomography (SPECT), could provide persuasive evidence for the association between mental disorders and serotonin. In this concise review, we focus on evidence of the links between serotonin and major depressive disorders, as well as other mood disorders, anxiety disorders, schizophrenia, addiction, attention deficit hyperactivity disorder (ADHD), and autism.
Anxiety Disorders ; Attention Deficit Disorder with Hyperactivity ; Autistic Disorder ; Depressive Disorder, Major ; Functional Neuroimaging ; Mental Disorders* ; Mental Health ; Mood Disorders ; Neuroimaging* ; Neurotransmitter Agents ; Positron-Emission Tomography ; Schizophrenia ; Serotonin* ; Tomography, Emission-Computed, Single-Photon

A growing body of evidence supports that Internet gaming disorder (IGD) is considered as ‘behavioral addiction’ with neurobiological alterations. We have reviewed previous research into the clinical and neurobiological features of IGD, and suggest a flowchart for the comprehensive evaluation of IGD. Several self-rating screening tests based on Diagnostic and Statistical Manual of Mental Disorder, 5th edition (DSM-5) IGD criteria were developed. IGD is often comorbid with depressive disorder, social anxiety disorder, attention deficit/hyperactivity disorder (ADHD), and smartphone addiction. Individuals with IGD are prone to act impulsively and make risky decisions, especially in response to game-related cues. Functional neuroimaging results have shown altered functional activities in prefrontal cortex, cingulate cortex, superior temporal gyrus and nucleus accumbens (NAc). Structural neuroimaging demonstrated gray matter volume changes in prefrontal cortex and NAc, while showing white matter integrity disruption in thalamus and posterior cingulate cortex. There are few evidences on the attribution of specific genes to IGD. To evaluate IGD comprehensively, self-rating scales based on DSM-5 are useful, but a diagnostic interview by a clinician is more helpful to assess functional impairments of IGD. Presence of psychiatric comorbidities such as depressive disorder, social anxiety disorder, ADHD, and smartphone addiction should be evaluated. Neurocognitive tests that assess impulsivity, decision-making under risk, and cue-reactivity are helpful when planning individualized IGD treatment.
Anxiety Disorders ; Comorbidity ; Cues ; Depressive Disorder ; Functional Neuroimaging ; Gray Matter ; Gyrus Cinguli ; Immunoglobulin D ; Impulsive Behavior ; Internet* ; Mass Screening ; Mental Disorders ; Neuroimaging ; Nucleus Accumbens ; Prefrontal Cortex ; Smartphone ; Software Design ; Temporal Lobe ; Thalamus ; Weights and Measures ; White Matter