FOLLOW UP STUDIES DURING THE 1ST 5 YEARS OF LIFE - A PERVASIVE ASSESSMENT OF NEUROLOGICAL FUNCTION
FOLLOW UP STUDIES DURING THE 1ST 5 YEARS OF LIFE - A PERVASIVE ASSESSMENT OF NEUROLOGICAL FUNCTION
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DOI:
10.1136/adc.64.4_spec_no.496
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发表时间:
1989-04-01
影响因子:
4.4
通讯作者:
STEWART, A
中科院分区:
文献类型:
--
作者:
AMIELTISON, C;STEWART, A
MethodsThe scheme we propose is designed to record the consequences of brain damage in a purely objective manner. Objective neurological information is obtained from a structured neurological examination using standardised procedures to elicit the signs and to judge the findings. Throughout the first year of life the scheme and standards for neurological examination already described by one of us may be used. 20 The scheme includes detailed instructions for eliciting the signs. The same principle and methods may be applied from the second year of life using age-appropriate standardstojudge the findings. Experience has shown that by the end of the first year of life all major impairments can be detected, and any persisting minor impairments must be regarded as significant. Thus categorisation ofneurodevelopmental condition at this age may have both meaning and predictive value. 17 We therefore give here standards starting from the age of 9 months (table 1) although standards for use throughout the first year are available elsewhere. 20 A record form for the neurological data that are obtained at each examination is provided (table 2). We recommend that each child should have an individual record form. Findings should be recorded on this form either according to the presence or absence of a sign or as absolute measurements of angles in degrees. The findings may then be judged according to the standards appropriate for age given in table 1 and added to the results of assessments of hearing, vision, and behaviour, measurements of head growth, and of psychometric testing, to give a comprehensive assessment of a child at a particular age. The choice of methods for tests of hearing and vision, and of psychometric assessments, depends on the age of the child and the availability of the tests. Findings judged to be normal because-for example, the size of an angle or a testscore falls within the range appropriate for age-may be coded 0. Findings judged to be mildly deviant on the basis of angle measurements or test scores may be coded 1, and severely deviant findings may be coded 2. This coded information may be recorded on the chart given in table 3 to provide a summary of all the findings in an individual child at a particular age. When making this summary a single mildly deviant item (coded 1) may be ignored. Two or more mildly deviant items (giving a total of 2 or more) indicate abnormality, and severely deviant items (coded 2) always indicate abnormality, even if there is only one item in this category. Finally, on the basis of this coded information, neurodevelopmental condition can be described as' unimpaired','impaired, but without disability'(mildly deviant), or'impaired with disability'(severely deviant). Because the type of records that we propose may form the basis of a minimum set of data for an individual child that may be used to monitor progress or to provide information for research, provision has been made on the summary form (table 3) for recording some additional facts, under the heading'other information'. These include conditions which, although not necessarily developmental in origin, may influence a child's progress; they can also be used to provide a wider definition of abnormality if required. Examples include refractive errors, chronic lung or gastrointestinal disease, and growth.