Primary school : a parent's guide.

Se describe el proceso de elegir una escuela con la comprensión del plan nacional de estudios hasta los once años. Se da una orientación sobre los diferentes tipos de clases disponibles y explica muchas de las siglas utilizadas en el sistema educativo. También informa sobre los tipos de actividades que pueden hacerse con el niño para ayudarle en sus tareas escolares, y dónde acudir para obtener ayuda si el niño tiene dificultades en un tema en particular.

Special educational needs : a parent's guide.

Esta guía proporciona una somera visión de la diversidad de las necesidades educativas especiales más comunes. Contiene información y asesoramiento para que profesores y padres puedan tener las estrategias necesarias para utilizar con los niños en la vida cotidiana, cómo manejar en la escuela y en el hogar comportamientos difíciles, qué hacer o adónde ir para obtener más información y para obtener la mejor educación del niño según sus necesidades especiales.

Audiologic services: a parent's view

This paper discusses a study to determine desirable characteristics of audiologists who provide services to a pediatric population.

Examination of parent support groups for newly diagnosed hearing-impaired children, birth - 5 years

This paper examines support groups for parents of newly-diagnosed hearing-impaired children and presents an outline for an effective parent support group.

Should homework be required? parent attitudes at Central Institute for the Deaf

This paper discusses a study on parental attitudes towards homework for hearing impaired children.

A longitudinal demographic study of a parent-infant program for hearing-impaired children

This paper is a longitudinal study of the CID Parent-Infant Program, 1966-1976.

Creating a parent workshop that encompasses and meets the educational desires for parents of children with hearing impairments being taught in an oral deaf education program

The purpose of this study was to create a parent workshop that was developed around the parents’ educational needs. The workshop demonstrated that the parents’ educational needs can be met through a workshop that is based on those needs and takes into consideration factors that will encourage parent involvement.

The component polypeptide chains of bovine insulin nucleate or inhibit aggregation of the parent protein in a conformation-dependent manner

Amyloid fibrils are typically rigid, unbrariched structures with diameters of similar to 10 nm and lengths up to several micrometres, and are associated with more than 20 diseases including Alzheimer's disease and type II diabetes. Insulin is a small, predominantly alpha-helical protein consisting of 51 residues in two disulfide-linked polypeptide chains that readily assembles into amyloid fibrils under conditions of low PH and elevated temperature. We demonstrate here that both the A-chain and the B-chain of insulin are capable of forming amyloid fibrils in isolation under similar conditions, with fibrillar morphologies that differ from those composed of intact insulin. Both the A-chain and B-chain fibrils were found to be able to cross-seed the fibrillization of the parent protein, although these reactions were substantially less efficient than self-seeding with fibrils composed of full-length insulin. In both cases, the cross-seeded fibrils were morphologically distinct from the seeding, material, but shared common characteristics with typical insulin fibrils, including a very similar helical repeat. The broader distribution of heights of the cross-seeded fibrils compared to typical insulin fibrils, however, indicates that their underling protofilament hierarchy may be subtly different. In addition, and remarkably in view of this seeding behavior, the soluble forms of the A-chain and B-chain peptides were found to be capable of inhibiting insulin fibril formation. Studies using mass spectrometry suggest that this behavior might be attributable to complex formation between insulin and the A-chain and B-chain peptides. The finding that the same chemical form of a polypeptide chain in different physical states can either stimulate or inhibit the conversion of a protein into amyloid fibrils sheds new light on the mechanisms underlying fibril formation, fibril strain propagation and amyloid disease initiation and progression. (c) 2006 Elsevier Ltd. All rights reserved.