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Long-term athletic development

2023
Abstract Over the last two decades, the topic of long-term athletic development has grown in popularity within the academic literature and has influenced the structure of talent development pathways for youth athletes across many sports. The premise of long-term athletic development is salient on the habitual development of ‘athleticism’
Rhodri S Lloyd, Jon L Oliver
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Long term developments in switching

Philosophical Transactions of the Royal Society of London. Series A, Mathematical and Physical Sciences, 1978
Abstract Developments are considered under the headings (i) connection techniques, (ii) control techniques, (hi) interaction of switching and transmission techniques, (iv) facilities offered, and (v) connecting network topology. In each topic, there are open questions.
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Long-Term Athlete Development

2013
Long-Term Athlete Development describes how to systematically develop sporting excellence and increase active participation in local, regional, and national sport organizations. This resource describes the long-term athlete development (LTAD) model, an approach to athlete-centered sport that combines skill instruction with long-term planning and an ...
Istvan Balyi, Richard Way, Colin Higgs
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Long‐term weight development after pregnancy

Obesity Reviews, 2002
SummaryFor some women pregnancy is a trigger for developing overweight and obesity. Seventy‐three per cent of 128 female patients at our Obesity Unit indicated that they had retained more than 10 kg after each of their pregnancies, and for this subgroup weight development after pregnancy was of crucial importance for their future health.
Y, Linné, B, Barkeling, S, Rössner
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The development of long-term potentiation in hippocampus and neocortex

Neuropsychologia, 1989
The development of long-term potentiation (LTP), an enduring alteration in synaptic efficacy following afferent activation, was examined in CA1 hippocampus and primary visual cortex of rat. Both regions show little LTP prior to postnatal day 5, demonstrate a maximal potentiated response around postnatal day 15, and a subsequent decline to adult levels.
T J, Teyler, A T, Perkins, K M, Harris
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