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1 apoptosis or selectively degenerate only the axon (pruning).
2 as excess LGI1 accelerates, retinogeniculate axon pruning.
3 f GABA in regulating synapse elimination and axon pruning.
4 in MB gamma neurons is sufficient to inhibit axon pruning.
5 CNS as a negative regulator of developmental axon pruning.
6 of the developing nervous system undergoing axon pruning.
7 of Ecdysone Receptor-B1, a key initiator of axon pruning.
8 ubunits (SMC1 and SA) as being essential for axon pruning.
9 ecdysone receptor EcR-B1, a key regulator of axon pruning.
10 equently pruned-a process called stereotyped axon pruning.
11 ds are fated for removal in a process called axon pruning.
12 nation, which is associated with stereotyped axon pruning.
13 sms are likely employed for various forms of axon pruning.
14 al link between observed cellular events and axon pruning.
15 moval of axon fragments during developmental axon pruning.
16 ) or proteasome subunits in MB neurons block axon pruning.
17 out the cellular and molecular mechanisms of axon pruning.
18 naturally occurring cell death and selective axon pruning.
19 ion of the microtubule cytoskeleton precedes axon pruning.
20 (S) also disrupted naturally occurring local axon pruning and axon degeneration in spontaneously dyin
21 binds to the DR6 death receptor and mediates axon pruning and degeneration under trophic factor withd
22 l a previously unknown pathway that controls axon pruning and elucidate the biochemical mechanism by
25 ghts into the molecular events that underlie axon pruning and underscore the diversity of refinement
26 )-dependent pathway regulating developmental axon pruning, and in a pruning pathway operating during
30 istically, naturally occurring developmental axon pruning by degeneration and injury-induced axon deg
33 e analyze ultrastructural changes underlying axon pruning by using a genetically encoded electron mic
34 uding neuronal migration, axonal elongation, axon pruning, dendrite morphogenesis, and synaptic matur
35 he chemorepellent Sema3F is required for IPT axon pruning, dendritic spine remodeling, and repulsion
38 trates a mechanistic conservation between MB axon pruning during metamorphosis and the refinement of
39 ila mushroom body (MB) gamma neurons undergo axon pruning during metamorphosis through a process of l
40 c role of the ubiquitin-proteasome system in axon pruning; for example, loss-of-function mutations of
41 eta2Chn/Rac1 signaling axis distinguishes DG axon pruning from the effects of Sema3F on repulsion and
44 t microglia may play a role in developmental axon pruning in the thalamus by engulfing presynaptic re
46 tailed time course analyses indicate that MB axon pruning is mediated by local degeneration rather th
50 osaic screen to identify mutations affecting axon pruning of Drosophila mushroom body gamma neurons.
51 Plum, that is cell autonomously required for axon pruning of mushroom body (MB) gamma neurons and for
52 Boule does not result in obvious defects in axon pruning or morphogenesis of MB neurons, suggesting
53 ripheral nervous system (PNS), developmental axon pruning relies on receptor-mediated extrinsic degen
54 eted intracellular point mutants showed that axon pruning requires tyrosine phosphorylation-dependent
55 omain of Grb4 is required and sufficient for axon pruning/retraction by mediating interactions with D
56 ons require both small-scale and large-scale axon pruning to generate precise adult connectivity, and
57 changes in MB gamma neurons at the onset of axon pruning, we use laser capture microdissection to is
58 mushroom-body neurons, it causes defects in axon pruning, whereas in cholinergic neurons it causes h
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