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1 tex; one which Vernon Mountcastle called the minicolumn.
2 d pathological approaches involving cortical minicolumns.
3 ake possible cohesive vertical inhibition of minicolumns.
4 tended to segregate into vertically oriented minicolumns 50-100 microm wide and at least 500 microm h
5                                         Such minicolumns aggregated across the horizontal dimension i
6 sly described, employs the use of disposable minicolumns and a single resin washing step using a weak
7 humans the prefrontal cortex possesses wider minicolumns and more neuropil space than other cortical
8 lts in white matter; underdeveloped cortical minicolumns; and reduced functional activation during so
9 ments, it was estimated that (i) directional minicolumns are approximately 30 mum in width, (ii) mini
10                                              Minicolumns are often considered highly repetitive, even
11 tion of the anatomical basis of the cortical minicolumn, as well as its physiological properties, the
12 callosal white matter was also investigated; minicolumn asymmetry of both Heschl's gyrus and planum t
13 k neurons over scales of tens to hundreds of minicolumns, but on the scale of a few minicolumns, ense
14  the proper formation of prefrontal cortical minicolumns by regulating the expression of genes involv
15 divided into smaller functional units called minicolumns, columns, modules, and domains.
16 ptures analyte species on a preconcentrating minicolumn containing a selective solid-phase sorbent.
17 ponding developmental disturbance (ie, large minicolumns) could account for the perceptual errors obs
18                                              Minicolumn distribution in planum temporale and Heschl's
19  that interlaminar correlated firing between minicolumns during the decision phase of target selectio
20 ds of minicolumns, but on the scale of a few minicolumns, ensembles of neurons form complex subnetwor
21 ysiological properties, the potential of the minicolumn has not been exploited in fields such as comp
22           Disturbances in the morphometry of minicolumns have been demonstrated recently for both aut
23                The present study found wider minicolumns in autism spectrum disorder [F(1,28) = 8.098
24 sive recruitment dynamics within neocortical minicolumns in vivo and within neuronal clusters in vitr
25                                          The minicolumn is a continuing source of research and debate
26 red to subcortical nuclei, the design of the minicolumn is a distinctive form of module that has evol
27                                          The minicolumn is a sophisticated local network that contain
28                                          The minicolumn is an anatomical and functional unit of the b
29                                      The LOV minicolumn (<=25 mg) is automatically disposed of and re
30 t determined through online leaching of rice minicolumns (maintained at 37 degrees C) sequentially wi
31    It is suggested that wider spacing of the minicolumns may relate to the enhanced discrimination se
32 malformation and thus malfunction of frontal minicolumn microcircuitry.
33 ession of the MS signals for other lipids, a minicolumn of a silica gel cation exchanger was used to
34  The present study specifically assessed the minicolumns of cells that span the depth of the cortex i
35 pendent Ca(2+) transients are instructive to minicolumn organization because Crispr/Cas9-mediated mut
36                 Hg (II) ions are sorbed on a minicolumn packed with Amberlite XAD-4 sorbent functiona
37 n, and the washings are preconcentrated on a minicolumn packed with anion exchange resin.
38 y 200 microm apart and were interleaved with minicolumns representing nearly orthogonal PDs; in addit
39                           A preconcentrating minicolumn sensor for technetium-99 detection in water c
40 on and altered cell size may reflect altered minicolumn size.
41 s positively correlated with its constituent minicolumn spacing in patients and controls.
42 ccur in doublets or triplets, and (iii) such minicolumns tend to repeat every approximately 240 mum (
43                                     Parallel minicolumn tests were conducted to identify sodium azide
44 d planum temporale and the separation of the minicolumns that are held to be the structural units of
45 ent manner due to the absence of age-related minicolumn thinning in schizophrenia.
46  by the presence of weak linkages that allow minicolumns to process information from a variety of sou
47 le pretreatment scheme (using a C(18)-packed minicolumn) to effectively separate the DNA-AuNP-labeled
48                 Using strong cation exchange minicolumn treated extracts, the levels of PtdIns and PI
49                                              Minicolumns, vertical arrays of neurons that are more de
50                               The spacing of minicolumns was altered in a sex-dependent manner due to
51                         In addition, altered minicolumn width was not restricted to higher order asso
52  the minicolumnar arrangement of the cortex (minicolumn width, spacing and width of the associated ax
53                           In this structure, minicolumns with similar PDs were approximately 200 micr
54 umns are approximately 30 mum in width, (ii) minicolumns with similar preferred directions tend to oc