Search for dissertations about: "I. Åberg"
Showing result 1 - 5 of 43 swedish dissertations containing the words I. Åberg.
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1. New neurons and astrocytes in the adult brain. Studies on adult rat neural progenitors in vivo and in vitro with special reference to the effects of IGF-I and CNTF regarding proliferation and lineage determination
Abstract : The hippocampal dentate gyrus in several species, including man, continues to produce new neurons and glial cells in adulthood. The generation of new neurons and glial cells in the adult hippocampus is under strict regulation. Two major events of significance for cell genesis from progenitor cells are proliferation and lineage determination. READ MORE
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2. Connexin43 in astroglial gap junctions. Regulation by age, neurotransmitters, GH and IGF-I
Abstract : Connexins form gap junctions that are aqueous pores allowing low-molecular (.... READ MORE
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3. Resources and relative deprivation. Analysing mechanisms behind income, inequality and ill-health : Centre for Health Equity Studies (CHESS)
Abstract : .... READ MORE
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4. Striving for meaning in a diminishing world : Older persons’ experiences of reflective STRENGTH-giving dialogues including a digital tool
Abstract : The Reflective STRENGTH-Giving Dialogue (STRENGTH) method was developed, grounded in a lifeworld perspective, with a focus on identifying and meeting older persons’ needs for the promotion of health and well-being. In this thesis, STRENGTH, including the digital tool SelfSTRENGTH, was tested in the context of community-dwelling older persons living with long-term health problems. READ MORE
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5. Transient waves in nonstationary media : with applications to lightning and nonlinear media
Abstract : Propagation of transient waves in nonstationary, inhomogeneous, dispersive, stratified media is considered. Waves originating from sources exterior to the scatterer as well as from internal sources are treated. Algorithms are developed and illustrated by computations of wave phenomena in stationary, nonstationary and weakly nonlinear media. READ MORE