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- W2016426997 endingPage "2583" @default.
- W2016426997 startingPage "2569" @default.
- W2016426997 abstract "Neocortical dynamics and signals reflect spatiotemporal cortical synchronization as well as functional condition and modulation by subcortical projecting structures that determine the brain state. However, neurotransmitters interact and neuronal function and signals also reflect non-neuronal factors that should (but not necessarily are, or can) be taken into proper consideration in neuroscience. Examples in this regard are the CNS modulation by spontaneous or induced changes in metabolism (e.g. glucose, ammonia), blood flow, pO(2), pCO(2), hormones (thyroxine; sexual hormones, ATCH) and neurohormonal interaction, maturation, aging, temperature, light-dark regulation of serotonine, histamine and dopamine/melatonin/vitamin B12 secretion and interaction, etc. Hormones also regulate the (functional) maturation and differentiation between sexes both during development and in adult life. These factors interact with each other and individually or collectively can account for unexplained or underestimated individual variability; on occasions, may become critical variables in animal or human research. In specific instances, variability is the information of interest. However, physiological variability due to neuronal or non-neuronal factors can interact with the experimental setups or affect electrophysiological signals to extents that can result in biased findings in otherwise controlled studies. An inverse problem difficult to approach may ensue in both animal and human research; in several instances, the specificity of brain signals for the investigated function may require experimental validation." @default.
- W2016426997 created "2016-06-24" @default.
- W2016426997 creator A5045695741 @default.
- W2016426997 date "2006-12-01" @default.
- W2016426997 modified "2023-09-27" @default.
- W2016426997 title "Individual variability, end-point effects and possible biases in electrophysiological research" @default.
- W2016426997 cites W109101778 @default.
- W2016426997 cites W1481800006 @default.
- W2016426997 cites W1516487302 @default.
- W2016426997 cites W1524550982 @default.
- W2016426997 cites W1525632085 @default.
- W2016426997 cites W1525809750 @default.
- W2016426997 cites W1531978344 @default.
- W2016426997 cites W1550563000 @default.
- W2016426997 cites W1559844015 @default.
- W2016426997 cites W1566332630 @default.
- W2016426997 cites W1584140846 @default.
- W2016426997 cites W1588399812 @default.
- W2016426997 cites W1657037704 @default.
- W2016426997 cites W173119005 @default.
- W2016426997 cites W1790372863 @default.
- W2016426997 cites W1910443171 @default.
- W2016426997 cites W1913055995 @default.
- W2016426997 cites W1936433474 @default.
- W2016426997 cites W1963798836 @default.
- W2016426997 cites W1964360183 @default.
- W2016426997 cites W1964946058 @default.
- W2016426997 cites W1967328528 @default.
- W2016426997 cites W1971828433 @default.
- W2016426997 cites W1972393602 @default.
- W2016426997 cites W1972513346 @default.
- W2016426997 cites W1973584920 @default.
- W2016426997 cites W1974151406 @default.
- W2016426997 cites W1975286336 @default.
- W2016426997 cites W1976173319 @default.
- W2016426997 cites W1977581219 @default.
- W2016426997 cites W1977825155 @default.
- W2016426997 cites W1979555187 @default.
- W2016426997 cites W1981393151 @default.
- W2016426997 cites W1981620775 @default.
- W2016426997 cites W1982491809 @default.
- W2016426997 cites W1982610108 @default.
- W2016426997 cites W1982928208 @default.
- W2016426997 cites W1983146087 @default.
- W2016426997 cites W1983419872 @default.
- W2016426997 cites W1983527431 @default.
- W2016426997 cites W1984748796 @default.
- W2016426997 cites W1985770721 @default.
- W2016426997 cites W1986199494 @default.
- W2016426997 cites W1989007834 @default.
- W2016426997 cites W1989360695 @default.
- W2016426997 cites W1990614265 @default.
- W2016426997 cites W1992581422 @default.
- W2016426997 cites W1992598920 @default.
- W2016426997 cites W1993380666 @default.
- W2016426997 cites W1994364310 @default.
- W2016426997 cites W1995705976 @default.
- W2016426997 cites W199651330 @default.
- W2016426997 cites W1997168628 @default.
- W2016426997 cites W1997497629 @default.
- W2016426997 cites W1997499359 @default.
- W2016426997 cites W1998293540 @default.
- W2016426997 cites W1998680034 @default.
- W2016426997 cites W1999583924 @default.
- W2016426997 cites W2000712682 @default.
- W2016426997 cites W2000825847 @default.
- W2016426997 cites W2001888863 @default.
- W2016426997 cites W2002815682 @default.
- W2016426997 cites W2005400933 @default.
- W2016426997 cites W2005543022 @default.
- W2016426997 cites W2005998716 @default.
- W2016426997 cites W2007600931 @default.
- W2016426997 cites W2009545617 @default.
- W2016426997 cites W2011105030 @default.
- W2016426997 cites W2011607973 @default.
- W2016426997 cites W2013110293 @default.
- W2016426997 cites W2013305327 @default.
- W2016426997 cites W2015602085 @default.
- W2016426997 cites W2016273562 @default.
- W2016426997 cites W2016375707 @default.
- W2016426997 cites W2017057568 @default.
- W2016426997 cites W2019233622 @default.
- W2016426997 cites W2019654201 @default.
- W2016426997 cites W2019951669 @default.
- W2016426997 cites W2020867968 @default.
- W2016426997 cites W2021576862 @default.
- W2016426997 cites W2022164177 @default.
- W2016426997 cites W2022247735 @default.
- W2016426997 cites W2022391774 @default.
- W2016426997 cites W2022549154 @default.
- W2016426997 cites W2025890636 @default.
- W2016426997 cites W2026956033 @default.
- W2016426997 cites W2028903582 @default.
- W2016426997 cites W2029801543 @default.
- W2016426997 cites W2030142056 @default.
- W2016426997 cites W2030366280 @default.
- W2016426997 cites W2031685175 @default.
- W2016426997 cites W2031927137 @default.