Organic bipolar

This chapter concentrates on organic bipolar transistors, including details about the basic operation principles, device configurations, and processing methods, and describing the various strategies that have been applied to achieve ambipolar transport. Touching upon small molecule-based FETs and the hybrid approach, the main focus will be on polymer-based bipolar transistors since they can provide one of the ultimate solutions for simple, low-cost fabrication of flexible bipolar FETs. 

Kim JH, Ha K. H5fpersensitive neurological response to lithium in a patient with organic bipolar disorder secondary to idiopathic basal ganglia calcification. Aust N Z J Psychiatry 2008 42(7) 646. 

Water Splitting A modified electrodi ysis arrangement is used as a means of regenerating an acid and a base from a corresponding salt. For instance, NaCl may be used to produce NaOH and HCl. Water sphtting is a viable alternative to disposal where a salt is produced by neutralization of an acid or base. Other potential applications include the recovery of organic acids from their salts and the treating of effluents from stack gas scrubbers. The new component required is a bipolar membrane, a membrane that sphts water into H and OH". At its simplest, a bipolar membrane may be prepared by... 

We reported the preparation of sophisticated bipolar three-dye photonic antenna materials for light harvesting and transport [22]. The principle is illustrated in Figure 1.12. Zeolite L microcrystals of cylinder morphology are used as host for organizing several thousand dyes as monomers into well-defined zones. 

BZ is undeniably psychotomimetic, but only in the broad sense that it causes a true loss of contact with reality. It also lacks most of the distinguishing features of the natural psychoses. Schizophrenia, for example, rarely produces visual hallucinations. BZ, on the other hand, seldom produces well-organized delusions (as may occur with LSD). BZ does not produce persistent social withdrawal, as seen in chronic schizophrenia, nor does it create the annoying overfriendliness of the manic phase of bipolar disorder. 

The importance of materials characterization in fuel cell modeling cannot be overemphasized, as model predictions can be only as accurate as their material property input. In general, the material and transport properties for a fuel cell model can be organized in five groups (1) transport properties of electrolytes, (2) electrokinetic data for catalyst layers or electrodes, (3) properties of diffusion layers or substrates, (4) properties of bipolar plates, and (5) thermodynamic and transport properties of chemical reactants and products. 

The differential diagnosis of depression is organized along both symptomatic and causative lines. Symptomatically, major depression is differentiated from other disorders by its clinical presentation or its long-term history. This is, of course, the primary means of distinguishing psychiatric disorders in DSM-1V. The symptomatic differential of major depression includes other mood disorders such as dysthymic disorder and bipolar disorder, other disorders that frequently manifest depressed mood including schizoaffective disorder, schizophrenia, dementia, adjustment disorder, and post-traumatic stress disorder, and, finally, other nonpsychiatric conditions that resemble depression such as bereavement and medical illnesses like cancer or AIDS. 

Figure 1.14 (a) Basic structure of a neurone. A motor neurone is shown, but the basic structure of all the neurones is the same. Dendrites transfer information from other nerves to the neurone, while the axon transfers information from the neurone to other neurones or tissues. The axon is particularly long in motor neurones (Chapter 14). (b) Structures of unipolar, bipolar and multipolar neurones. Unipolar neurones transfer information from tissues or organs to the brain. Multipolar neurones are the most abundant in the nervous system. 

Indications include a wide variety of psychiatric disorders, in the first place schizophrenia, organic psychoses and other acute psychotic illnesses. However they are also of use for the manic phase of bipolar affective disorder and for psychotic depression. Under antipsychotic drug therapy patients become less agitated and restless, withdrawn and autistic patients may become more communicative, aggressive and impulsive behavior diminishes and hallucinations and disordered thinking disappear. 

Unlabeled Uses Prevention of migraine treatment of behavior disorders in Alzheimer s disease bipolar disorder chorea, myoclonic, simple partial, and tonic-clonic seizures organic brain syndrome schizophrenia status epilepticus tardive dyskinesia... 

Utility of Preclinical Models in Organizing Findings of the Neurobiology of Bipolar Disorder in Children and Adolescents... 

The primary indication for ECT in adolescents is the short-term treatment of mood symptoms, depressive or manic (Walter et al., 1999). Mood symptoms in the course of major depression, psychotic depression, bipolar disorder, organic mood disorders, schizophrenia, and schizoaffective disorder respond well to ECT. Psychotic symptoms in mood disorders also respond well to ECT whereas the effectiveness of ECT in the treatment of psychotic symptoms in schizophrenia is doubtful. There are suggestions that other uncommon clinical conditions in adolescents such as catatonia and neuroleptic malignant syndrome also benefit from ECT. The effectiveness of ECT seems to lessen when there is a comorbid personality disorder or drug and/or alcohol problems. There are very few data about usefulness on prepubertal children. 

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