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To the best of my recollection, others when approaching one type of superimposition, simply contrast the natal chart with solar chart using equal houses, and there is much to be learned thereby. I think the important thing is to consider the natal chart as the subjectively inner wheel. The solar chart would then, in terms of appearance, be the outer wheel, or the second circle. In the Solar Fire format, the natal chart usually has its house cusp degree numbers on the outer wheel, but its planetary positions on the inner wheel. MR: Unless I am missing something, where we put these wheels on paper makes very little difference. It means then that the outer life can be seen on the inner wheel an the inner life on the outer wheel. PL: OK, I was interested to get this feedback re the presentation of such charts. The Sun sign is a subset of the Ascendant. AAB with a 9 degree Leo natal ascendant should have the Sun advanced to the same degree, and all planets and points advanced to their respective degrees. Published by Oxford University Press on behalf of the International Epidemiological Association.MR: I believe it is profitable to bring the Sun to the natal ascendant. SITAR ageing bone density height puberty weight. These associations give insight into the importance of the pubertal period for future skeletal health and osteoporosis risk. Trabecular vBMD was associated with early height tempo, whereas diaphysis CSA was related to weight size, early tempo and slow velocity, the bone outcomes being around 15% higher for the better vs worse growth pattern.īy pooling NSHD and ALSPAC data, SITAR more accurately summarized pubertal growth and weight gain in NSHD, and in turn demonstrated notable associations between pubertal timing and later bone outcomes. more strongly correlated with pubertal timing. The NSHD SITAR parameters were better estimated in conjunction with ALSPAC, i.e. Bone outcomes of radius were regressed on the SITAR parameters, adjusted for current body size. Improved estimation of pubertal growth parameters of size, tempo and velocity was assessed by changes in model fit and correlations with contemporary measures of pubertal timing. NSHD data were analysed using Super-Imposition by Translation And Rotation (SITAR) growth curve analysis, either alone or jointly with ALSPAC data. To explore associations between pubertal growth and later bone health in a cohort with infrequent measurements, using another cohort with more frequent measurements to support the modelling, data from the Medical Research Council (MRC) National Survey of Health and Development (2-26 years, 4901/30 004 subjects/measurements) and the Avon Longitudinal Study of Parents And Children (ALSPAC) (5-20 years) (10 896/74 120) were related to National Survey of Health and Development (NSHD) bone health outcomes at 60-64 years.
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