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1 th, and presumably the same number of single excrescences.
2 tum) and an increase in the number of thorny excrescences.
3             To assess the evolution of valve excrescences, 45 of these subjects underwent repeat TEE
4 nal (3D) anatomical reconstruction of thorny excrescences and presynaptic boutons.
5 tions of CA3 pyramidal neurons termed thorny excrescences and these structures were smaller in the ab
6                                        Valve excrescences are common on the left-sided heart valves o
7                                       Thorny excrescences are the postsynaptic components of synapses
8 nse dendritic spines, but do not have thorny excrescences associated with bordering CA3 neurons.
9 oids burst-firing CA3 neurons lacking thorny excrescences (athorny cells), and only weakly excites CA
10          In Group III, 20 patients (41%) had excrescences, but 85% of them had other potential cardia
11 fied the number, length, and distribution of excrescence clusters on proximal and midfield pyramidal
12                                        Valve excrescences detected by transesophageal echocardiograph
13  alterations in endothelial cell morphology, excrescences (guttae) and thickening of the endothelial
14 ients with and 2 (2%) of 99 subjects without excrescences had cerebral ischemic events (80% power to
15 ative data on the number and distribution of excrescences in adult rats are available because, first,
16 valence, evolution and embolic risk of valve excrescences in normal subjects and patients with and wi
17 king CA3 pyramidal neurons expressing thorny excrescences, largely avoids burst-firing CA3 neurons la
18  excrescences, we estimated an average of 41 excrescences/neuron, and suggest that a pyramidal neuron
19 e marked by the development of guttae, focal excrescences of Descemet's membrane.
20 defined by the presence of guttae, which are excrescences of the Descemet membrane.
21 , Ntf3-cKO mice had fewer and smaller thorny excrescences on proximal apical dendrites of CA3 neurons
22 he dentate gyrus, have more elaborate thorny excrescences on their proximal dendrites, and project mo
23         During follow-up in Groups I and II, excrescences persisted unchanged, and 1 (1.4%) of 74 pat
24 s sub-regions, corresponding to large thorny excrescence synapses.
25 y fibers of dentate granule cells and thorny excrescences (TEs) of CA3 pyramidal neurons.
26 ished ultrastructural measurements of single excrescences, we estimated an average of 41 excrescences
27                                        Valve excrescences were detected in 34 subjects (38%) in Group
28                                              Excrescences were equally frequent in men and women and
29                  In all groups, mitral valve excrescences were predominant (68% to 76%), followed by
30 rs and it is not possible to identify single excrescences within these clusters at the light microsco