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Generally, LTD can be considered as a special synaptic downscaling and the classical LFS is very similar to such endogenous oscillations.
Low-temperature demagnetization (LTD) can be an effective method of removing MD remanence held by magnetite (e.g., Ozima et al. (1964); Yu et al. (2003)).
Thus, we speculate whether we can design a new LFS which is more similar to such oscillations and whether LTD can be induced by it in naïve adult rats?
However, weak but noticeable LTD can be induced by LFS, but only in slices that are allowed to rest for more than 7 h.
LTD can be evoked by co-stimulation of parallel fibre and climbing fibre inputs (typically at 1 Hz), causing high amplitude Ca2+ increases, and activation of metabotropic glutamate and nitric oxide receptors.
This mGluR-dependent LTD can be elicited by bath application of a group I mGluR agonist (S -3,5,-dihydroxyphenylglycine (DHPG) over a S -3,5,-dihydroxyphenylglycine], [25].
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LT can be also measured from the manufacturer points of view.
But in many practical situations, LT can be reduced at an added cost; in other words, it is controllable.
Then a typed lambda calculus, i.e., the language of lambda terms (LT), can be used as a data manipulation language.
A large slab thickness around 0300 LT 0500 LT can be interpreted as follows: During the night, chemical recombination proceeds in the lower ionosphere.
As the directions of these fluxes inferred from the present analysis coincide fairly well with those obtained by the previous analyses of the sidereal diurnal variations (Nagashima et al., 1998; Nagashima and Fujii, 2006), the origin of the excess flux from 0 h LT can be regarded as being due to the sidereal heliotail-in and helionose-in anisotropies.
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