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1 emodeling process occurring in all agranular cerebella.
2 in certain areas of the transplanted animals cerebella.
3 (A)-enriched RNA isolated from postnatal rat cerebella.
4 s of AD brains compared to the corresponding cerebella.
5 ., the Math1-null and Pax6-null (Sey) mutant cerebella.
6 n and cerebellar foliation in Shp2-deficient cerebella.
7 oth of which were elevated over 1.52-fold in cerebella.
8 evelopment in ATXN1[30Q]-D776 and ATXN1[82Q] cerebella.
9 human MB and negligible expression in normal cerebella.
10 l hemisphere foliation patterns in mammalian cerebella.
11 activated and ACC inhibited in Cu deficient cerebella.
12 ine peptide levels remained unchanged in Cu- cerebella.
13 was studied in young rats in rapidly frozen cerebella.
14 slatability of this approach in adult rhesus cerebella.
15 imaging experiments in acute slices from rat cerebella.
16 tween PC death and zonal organization in NBD cerebella.
17 ion is altered in adult leaner and tottering cerebella.
18 33A, were compared with subjects with normal cerebella.
19 12 in tottering but not leaner or wild type cerebella.
20 n of nNOS in developing leaner and tottering cerebella.
21 e cells of the posterior lobe of Barhl1(-)/- cerebella.
22 uman cerebella were closest to mouse P30-P60 cerebella.
23 croarrays to assess the trisomic and euploid cerebella.
24 ies, and "cyclin D3-only" mice lacked normal cerebella.
25 lla are less than half the size of wild-type cerebella.
28 and neurological defects including enlarged cerebella and dentate gyri with increased size of neuron
30 ties in protruding and proportionately large cerebella and relatively narrow, flattened orbital surfa
31 solution view of A-to-I RNA editing in human cerebella and suggest that A-to-I editing of synaptic ge
33 edulloblastomas were closest to mouse P1-P10 cerebella, and normal human cerebella were closest to mo
34 d a greater attrition of neurons, with their cerebella appearing to be particularly reduced (approxim
35 nNOS expression in the leaner and tottering cerebella are compensatory in nature with NO most likely
37 ella of similar size; however, mature mutant cerebella are less than half the size of wild-type cereb
41 erentially expressed in leaner and tottering cerebella compared to wild type cerebella and compared t
42 oblasts and is upregulated in cyclin A2 null cerebella, cyclin E1 expression was unable to compensate
43 Analyses of rare human del chr 6p25 fetal cerebella demonstrate extensive phenotypic overlap with
45 that the axonal remodeling in granuloprival cerebella does not affect the noradrenergic afferent sys
46 s a useful model, since over 90% of autistic cerebella examined at autopsy have shown well-defined ce
49 I editing of 10 synaptic genes in postmortem cerebella from 14 neurotypical and 11 autistic individua
51 mporal appearance of c-fos expression in rat cerebella from birth to postnatal day 21 (P21) and follo
55 lular examinations indicate that Gas1 mutant cerebella have a reduced number of granule cells and BG
59 tilized primary cultures from neonatal mouse cerebella in order to determine (i) whether Shh initiate
60 ge tracing experiments in Foxc1 mutant mouse cerebella indicate that aberrant migration of granule ce
66 neuron density in the Purkinje cell layer of cerebella of 13 SZ and 17 BP disorder patients from the
68 a are greater in granule cells obtained from cerebella of animals in the first postnatal week, coinci
72 he same CpG island is hypermethylated in the cerebella of cases in whom aberrant histone methylation
76 ial cells exhibit normal morphologies in the cerebella of chimeric mice indicating that the mea gene
77 A is cerebellar specific, is not seen in the cerebella of exercised or stressed animals, and is disti
78 present in protein lysates prepared from the cerebella of female and male Sprague-Dawley rat pups.
79 oach, we counted Purkinje cells in the right cerebella of four human male control specimens, aged 41,
82 tified miRNAs whose expression is altered in cerebella of Mecp2-null mice before and after the onset
83 genes in Nestin(+) neural progenitors in the cerebella of mice by retroviral transfer in combination
84 1), adenosine A(1), and GABA(B) receptors in cerebella of mice undergoing prolonged treatment with ve
85 -1 transgenic mice were also observed in the cerebella of mouse models expressing full-length mutant
88 Between the ages of 3 and 23 months, the cerebella of NIH Fischer 344 rats lose 30% of the thickn
89 yl-indocarbocyanine perchlorate (DiI) in the cerebella of normal and staggerer mutant mice at a serie
90 e have investigated amino acid metabolism in cerebella of NPC1-deficient mice at different stages of
91 ession of these miRNAs in GNPs isolated from cerebella of postnatal (P) day P6 Ink4c-/-; Ptch1+/- mic
93 als to NMDA in granule neurons cultured from cerebella of rat neonates exposed to alcohol (ethanol) d
94 AMPK activation, was robustly higher in Cu- cerebella of rat pups at two ages and in two separate ex
95 's area 22), hippocampi, caudate nuclei, and cerebella of schizophrenia patients and their matched no
96 At birth, wild-type and mutant mice have cerebella of similar size; however, mature mutant cerebe
98 n engineered microRNA targeting ATXN1 to the cerebella of well-established mouse models improved moto
99 we used CGC cultures prepared from immature cerebella of wild-type mice (MT1/MT2 CGC) and MT1- and M
101 on of the Kip1 and Ink4c genes in N-Myc-null cerebella partially rescues GNP cell proliferation and c
102 The transcriptomes of developing and adult cerebella presented in this study emphasize the importan
103 hange in tandem, having significantly larger cerebella relative to neocortex size than other anthropo
104 is in PND21, PND28, PND42, and PND84 NBD rat cerebella revealed a complex pattern of PC degeneration.
106 tailed analysis of both adult and developing cerebella reveals a pattern of selectivity to the loss o
107 m the rostral region of perinatal Gpr56(-/-) cerebella show loss of adhesion to extracellular matrix
109 ng, histological, and functional analyses of cerebella showed that deletion of Dicer in cerebellar as
110 of Purkinje cells in the mammalian and avian cerebella such that there is a characteristic parasagitt
111 tic MBs were highly associated with mouse P5 cerebella, suggesting that a clinically distinct subset
113 geted granular layers (GL) of rat and turtle cerebella that are populated with large and geometricall
114 tal Purkinje cell number for the four entire cerebella to be 27.03, 19.74, 20.44 and 22.03 million ce
115 odulus (lobule X) from postnatal day 8 mouse cerebella to identify the neurotransmitter and receptors
116 tates (epigenomes) for developing, and adult cerebella using integrative massive-parallel sequencing
121 s of Purkinje cells in developing and mature cerebella were much reduced in size but increased in num
123 The caudal pattern was retained in postnatal cerebella, where, by postnatal day 0 (P0), transgene-pos
124 ses demonstrate reduced levels of S4 in SCA7 cerebella without evident alterations in the levels of o
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