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1                Nerve myelination facilitates saltatory action potential conduction and exhibits spati
2                          Rapid and efficient saltatory action potential conduction depends on the mye
3 axonal domains crucial to the propagation of saltatory action potentials.
4 providing a strategy to estimate the rate of saltatory amplification and mutation of human centromeri
5                                              Saltatory and continuous wave propagation can be differe
6  de novo transpositions of Alu elements, and saltatory appearances of Alu-mediated genetic disorders,
7                                         This saltatory behavior was similar to radial glia-guided mig
8 far in advance of nuclei, which show extreme saltatory behavior.
9  M and cytoplasmic dynein is involved in the saltatory bidirectional motility of neurofilaments under
10 position mitochondria using a combination of saltatory, bidirectional movements and stationary dockin
11 plasmic streaming in oocytes, which is a non-saltatory bulk transport process driven solely by Kinesi
12           The movement of tagged protein was saltatory but overall traveled only in one direction.
13   In Xenopus, immature oocytes produce fast, saltatory Ca(2+) waves that can be oscillatory in nature
14  adjacent sites, and stronger flashes evoked saltatory calcium waves, propagating with non-constant v
15 tacks on natural selection and arguments for saltatory change.
16 es, myelin and channel clustering allow fast saltatory conductance.
17 e stereotypic axonal domain organization and saltatory conduction along myelinated axons.
18 Nodes of Ranvier are essential for effective saltatory conduction along myelinated axons.
19 izophrenia (SZ) could arise from failures of saltatory conduction and abnormalities at the nodes of R
20 on complex, and they are essential for rapid saltatory conduction and contribute to assembly and main
21 esponse that follows demyelination, restores saltatory conduction and function and sustains axon heal
22 of myelinated nerve fibers are important for saltatory conduction and function as paracellular and me
23               Remyelination can restore fast saltatory conduction and neuroprotection but is ineffici
24       The effects of cooling temperatures on saltatory conduction are at least partially mediated by
25 ntrinsic electrophysiological properties and saltatory conduction at NRs of lumbar spinal ventral ner
26 ntrinsic electrophysiological properties and saltatory conduction at NRs of motor nerve fibers of rat
27 ; they also may contribute to anisotropic or saltatory conduction in cardiac tissues.
28 further demonstrate that, in contrast to the saltatory conduction in mature axons, AP propagation is
29                                        Fast, saltatory conduction in myelinated nerves requires the c
30                                              Saltatory conduction in the nervous system is enabled th
31 ntrinsic electrophysiological properties and saltatory conduction of action potentials (AP) at the NR
32 central nervous system (CNS) is required for saltatory conduction of action potentials along neuronal
33 n of action potentials occurs, allowing fast saltatory conduction of action potentials.
34 nodes of Ranvier are essential for the rapid saltatory conduction of action potentials.
35 yelin, an insulating sheath required for the saltatory conduction of electrical impulses along axons.
36 , and its insulative nature is the basis for saltatory conduction of nerve impulses.
37        Our results provide new insights into saltatory conduction on myelinated nerves and may have p
38 e NRs are believed to be key determinants of saltatory conduction on myelinated nerves.
39 d cooling temperatures significantly reduced saltatory conduction velocity and success rates of APs i
40  stimulation without significantly affecting saltatory conduction velocity.
41 rmore, cooling temperatures exert effects on saltatory conduction via inhibition of ion channels at t
42 rized, which is precisely what occurs during saltatory conduction when a pulse of axial current (trig
43  These domains, which are crucial for normal saltatory conduction, consist of distinct multiprotein c
44                      Myelination facilitates saltatory conduction, dramatically enhancing transmissio
45 s the axial current waveform associated with saltatory conduction, enabling axons to faithfully trans
46 ark of myelinated axons, underlies effective saltatory conduction.
47 that underlies the switch from continuous to saltatory conduction.
48 on of axons by oligodendrocytes enables fast saltatory conduction.
49 mbly and maintenance of paranodes, and rapid saltatory conduction.
50 urately model myelinated axon physiology and saltatory conduction.
51 domains in myelinated axons is essential for saltatory conduction.
52 ialized plasma membrane thereby allowing for saltatory conduction.
53 e transmembrane currents necessary for rapid saltatory conduction.
54 s to be propagated along myelinated axons by saltatory conduction.
55 g rapid propagation of action potentials via saltatory conduction.
56 es of Ranvier, where their presence supports saltatory conduction.
57 into distinct domains that are necessary for saltatory conduction.
58 efficient conduction of action potentials by saltatory conduction.
59 e axon-glia interactions required for normal saltatory conduction.
60  nerve impulse propagates along the axon by 'saltatory' conduction.
61  of nonmuscle cell movements, including the "saltatory cytoplasmic particle movements" apparent by li
62 l" forces that contribute to the piston-like saltatory displacement of the nucleus and cytoplasm with
63  involving actin network growth, such as the saltatory dynamics of actin-propelled oil drops.
64 ion model show that the observed pattern of "saltatory equilibria" results from the lions' grouping b
65 in CTG tracts < Okazaki fragment size, while saltatory expansions increase in repeat tracts > or = Ok
66 le tracts greater than 80 repeats show large saltatory expansions.
67 icroscopic [Ca(2+)](i) waves propagated in a saltatory fashion along the sarcolemma ("coupled" Ca(2+)
68 raction of a millisecond and propagates in a saltatory fashion into axonal collaterals without failur
69 ivity engages increasingly larger areas in a saltatory fashion until it breaks into neighboring corte
70 capsids demonstrated that capsids moved in a saltatory fashion, and very few stalled for more than 1
71 approximately 95%) of the peroxisomes, and a saltatory, fast directional movement displayed by a smal
72 nts that occur as migrating neurons initiate saltatory forward movements of the cell nucleus.
73 nces in tumor progression (e.g., non-linear, saltatory growth) at these two anatomical locations.
74 mimicking the bursting behaviour of observed saltatory growth.
75    Axonal myelination is essential for rapid saltatory impulse conduction in the nervous system, and
76 xons provides the structural basis for rapid saltatory impulse propagation along vertebrate fiber tra
77    At this resolution, IEV movement appeared saltatory; in some frames there was no net movement, whe
78 ry, we review evidence that such nongradual, saltatory leaps, driven through chromosomal rearrangemen
79    Moreover, T, like other holins, acts in a saltatory manner at a precisely programmed time in the v
80 We observed that Ca(2+) waves propagate in a saltatory manner through dendritic regions where increas
81 s conduct action potentials, or spikes, in a saltatory manner.
82  through the axon and axon collaterals, in a saltatory manner.
83  cells by propagating action potentials in a saltatory manner.
84 n essential, noncompensated role in neuronal saltatory migration in vivo and highlights the importanc
85 an be assembled in vitro to recapitulate the saltatory migration of interneurons observed in the feta
86                                         This saltatory migration was also observed on larger tracks (
87 ks (3-10 mum), these cells used an efficient saltatory mode of migration similar to their in vivo mig
88  from isolated sites is used to explain this saltatory mode of wave propagation.
89 ction in mature axons, AP propagation is non-saltatory (monotonic) in immature axons prior to myelina
90                                   Over time, saltatory motility and sensitivity to the immediate envi
91 tories of bacteria executing both steady and saltatory motion are found to be in excellent agreement
92 lso revealed characteristic behaviors such a saltatory motion of hard particles and oscillatory defor
93 s of biomimetic particles, including dynamic saltatory motion of hard particles and oscillatory vesic
94 ult, together with the direction, speed, and saltatory motion of IEV, was consistent with a role for
95 loss-of-function mutant, Q232V, showed fast, saltatory movement compared to the wild-type (WT).
96 d, ParticleStats:Compare for the analysis of saltatory movement in terms of runs and pauses.
97                                          The saltatory movement is modelled at the fundamental level
98 en different patterns from parameters of the saltatory movement is the goal of the proposed theory.
99 n complex binds dynein and kinesin causing a saltatory movement of capsids in neuronal axons.
100 s, processes that are accomplished by biased saltatory movement of individual cargoes.
101 action of MTs translocates along the axon by saltatory movement reminiscent of the fast axonal transp
102 o axons, capsids underwent bidirectional and saltatory movement to the cell body independently of end
103 tochastic; it is commonly referred to as the saltatory movement which means frequent, random change o
104  from the bottom to the top while exhibiting saltatory movement with a single leading process (Phase
105 axonal transport (fast axonal transport with saltatory movement).
106 lysosomal tubules in DCs exhibit dynamic and saltatory movement, including bidirectional travel.
107 ies are highly mobile, exhibiting both short saltatory movements and unidirectional long-distance mov
108     We have previously shown that individual saltatory movements of the nucleus correlate with transi
109 sumably representing small RCs, showed fast, saltatory movements over long distances.
110 a exhibited only the short multi-directional saltatory movements previously described for lysosomes,
111 l nuclei translocate into these dilations in saltatory movements.
112                                  It restores saltatory nerve conduction and ensures trophic support o
113   Myelin-forming oligodendrocytes facilitate saltatory nerve conduction and support neuronal function
114                          Upon demyelination, saltatory nerve conduction is disrupted, and patients ex
115      Myelin is essential for the rapidity of saltatory nerve conduction, and also provides trophic su
116 logically because they increase the speed of saltatory nerve conduction, but they also represent pote
117 ally because they increase the efficiency of saltatory nerve conduction, but they also represent pote
118 al muscle results in accelerated recovery of saltatory nerve conduction, increased innervation as det
119 f axons by oligodendrocytes is essential for saltatory nerve conduction.
120 go along microtubules within cells are often saltatory or of short duration.
121 e" uniformly, also showed the characteristic saltatory pattern of translocation.
122 nd is designed to be a more continuous, less saltatory process for maintaining clinical competence.
123 t, constraints are relaxed, and PCs initiate saltatory, processive, dynein-dependent motions along th
124     Furthermore, these autoantibodies affect saltatory propagation by dismantling nodal organization
125 ptors, leading to larger Ca(2+) releases and saltatory propagation of [Ca(2+)](i) waves in portal vei
126                           Examination of the saltatory propagation of the waves suggested that the cr
127  a fraction of the truncated cells exhibited saltatory translocation at the lower VWF densities.
128 x with time consistent with a discontinuous (saltatory) translocation mechanism.
129 e regenerated at each node of Ranvier during saltatory transmission along a myelinated axon.
130 ation in the stop-and-go movements of biased saltatory transport.
131 iented along apical-basal directions support saltatory vesicle movement.
132 calized and in other instances propagated as saltatory waves to evoke Ca(2+) signals in a connected c
133                       In addition, motion is saltatory with a broad distribution of step sizes that i
134 the juxtanuclear region to the periphery was saltatory with maximal speeds of >2 microm/s and was inh

 
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