Hypothalamic neurogenesis in the adult brain
•Hypothalamic neurogenesis is essential in a functioning energy-balance system.•Role of hypothalamic neurogenesis in adaptive behavior of animals.•The common features of hippocampal, SVZ and hypothalamic neurogenes. Adult-born new neurons are continuously added to the hippocampus and the olfactory b...
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Published in | Frontiers in neuroendocrinology Vol. 34; no. 3; pp. 167 - 178 |
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Format | Journal Article |
Language | English |
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Elsevier Inc
01.08.2013
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Abstract | •Hypothalamic neurogenesis is essential in a functioning energy-balance system.•Role of hypothalamic neurogenesis in adaptive behavior of animals.•The common features of hippocampal, SVZ and hypothalamic neurogenes.
Adult-born new neurons are continuously added to the hippocampus and the olfactory bulb to serve aspects of learning and perceptual functions. Recent evidence establishes a third neurogenic niche in the ventral hypothalamic parenchyma surrounding the third ventricle that ensures the plasticity of specific brain circuits to stabilize physiological functions such as the energy-balance regulatory system. Hypothalamic lesion studies have demonstrated that regions associated with reproduction-related functions are also capable of recruiting newborn neurons to restore physiological functions and courtship behavior. Induced by lesion or other stimulation, elevated neurotrophic factors trigger neurogenic cascades that contribute to remodeling of certain neural circuits to meet specific transient functions. This insight raises the possibility that event-specific changes, such as increased GnRH, may be mediated by courtship-sensitive neurotrophic factors. We will discuss the potentially integral and ubiquitous roles of neurogenesis in physiological and biological phenomena, roles that await future experimental exploration. |
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AbstractList | •Hypothalamic neurogenesis is essential in a functioning energy-balance system.•Role of hypothalamic neurogenesis in adaptive behavior of animals.•The common features of hippocampal, SVZ and hypothalamic neurogenes.
Adult-born new neurons are continuously added to the hippocampus and the olfactory bulb to serve aspects of learning and perceptual functions. Recent evidence establishes a third neurogenic niche in the ventral hypothalamic parenchyma surrounding the third ventricle that ensures the plasticity of specific brain circuits to stabilize physiological functions such as the energy-balance regulatory system. Hypothalamic lesion studies have demonstrated that regions associated with reproduction-related functions are also capable of recruiting newborn neurons to restore physiological functions and courtship behavior. Induced by lesion or other stimulation, elevated neurotrophic factors trigger neurogenic cascades that contribute to remodeling of certain neural circuits to meet specific transient functions. This insight raises the possibility that event-specific changes, such as increased GnRH, may be mediated by courtship-sensitive neurotrophic factors. We will discuss the potentially integral and ubiquitous roles of neurogenesis in physiological and biological phenomena, roles that await future experimental exploration. Highlights • Hypothalamic neurogenesis is essential in a functioning energy-balance system. • Role of hypothalamic neurogenesis in adaptive behavior of animals. • The common features of hippocampal, SVZ and hypothalamic neurogenes. Adult-born new neurons are continuously added to the hippocampus and the olfactory bulb to serve aspects of learning and perceptual functions. Recent evidence establishes a third neurogenic niche in the ventral hypothalamic parenchyma surrounding the third ventricle that ensures the plasticity of specific brain circuits to stabilize physiological functions such as the energy-balance regulatory system. Hypothalamic lesion studies have demonstrated that regions associated with reproduction-related functions are also capable of recruiting newborn neurons to restore physiological functions and courtship behavior. Induced by lesion or other stimulation, elevated neurotrophic factors trigger neurogenic cascades that contribute to remodeling of certain neural circuits to meet specific transient functions. This insight raises the possibility that event-specific changes, such as increased GnRH, may be mediated by courtship-sensitive neurotrophic factors. We will discuss the potentially integral and ubiquitous roles of neurogenesis in physiological and biological phenomena, roles that await future experimental exploration. Adult-born new neurons are continuously added to the hippocampus and the olfactory bulb to serve aspects of learning and perceptual functions. Recent evidence establishes a third neurogenic niche in the ventral hypothalamic parenchyma surrounding the third ventricle that ensures the plasticity of specific brain circuits to stabilize physiological functions such as the energy-balance regulatory system. Hypothalamic lesion studies have demonstrated that regions associated with reproduction-related functions are also capable of recruiting newborn neurons to restore physiological functions and courtship behavior. Induced by lesion or other stimulation, elevated neurotrophic factors trigger neurogenic cascades that contribute to remodeling of certain neural circuits to meet specific transient functions. This insight raises the possibility that event-specific changes, such as increased GnRH, may be mediated by courtship-sensitive neurotrophic factors. We will discuss the potentially integral and ubiquitous roles of neurogenesis in physiological and biological phenomena, roles that await future experimental exploration.Adult-born new neurons are continuously added to the hippocampus and the olfactory bulb to serve aspects of learning and perceptual functions. Recent evidence establishes a third neurogenic niche in the ventral hypothalamic parenchyma surrounding the third ventricle that ensures the plasticity of specific brain circuits to stabilize physiological functions such as the energy-balance regulatory system. Hypothalamic lesion studies have demonstrated that regions associated with reproduction-related functions are also capable of recruiting newborn neurons to restore physiological functions and courtship behavior. Induced by lesion or other stimulation, elevated neurotrophic factors trigger neurogenic cascades that contribute to remodeling of certain neural circuits to meet specific transient functions. This insight raises the possibility that event-specific changes, such as increased GnRH, may be mediated by courtship-sensitive neurotrophic factors. We will discuss the potentially integral and ubiquitous roles of neurogenesis in physiological and biological phenomena, roles that await future experimental exploration. |
Author | Cheng, Mei-Fang |
Author_xml | – sequence: 1 givenname: Mei-Fang surname: Cheng fullname: Cheng, Mei-Fang email: mfc@psychology.rutgers.edu organization: Department of Psychology, Rutgers University, 101 Warren Street, Newark, NJ, USA |
BackLink | https://www.ncbi.nlm.nih.gov/pubmed/23684668$$D View this record in MEDLINE/PubMed |
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Keywords | Reproduction Courtship Energy-balance Exercise Median eminence Brain lesion Hypothalamus Neurotrophic factors Neurogenesis Tanycytes |
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Snippet | •Hypothalamic neurogenesis is essential in a functioning energy-balance system.•Role of hypothalamic neurogenesis in adaptive behavior of animals.•The common... Highlights • Hypothalamic neurogenesis is essential in a functioning energy-balance system. • Role of hypothalamic neurogenesis in adaptive behavior of... Adult-born new neurons are continuously added to the hippocampus and the olfactory bulb to serve aspects of learning and perceptual functions. Recent evidence... |
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SubjectTerms | Animals Birds Brain Brain lesion Cell Differentiation Cell Movement Cell Proliferation Cerebral Ventricles - physiology Ciliary Neurotrophic Factor - physiology Courtship Endocrinology & Metabolism Energy-balance Exercise Hippocampus - physiology Hypothalamus Hypothalamus - physiology Leptin - pharmacology Male Median eminence Nerve Growth Factors - physiology Neurogenesis Neurogenesis - drug effects Neurotrophic factors Rats Reproduction Sexual Behavior, Animal - drug effects Tanycytes |
Title | Hypothalamic neurogenesis in the adult brain |
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