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1 fered saline at 37 degrees C with continuous shaking.
2 7 mg/kg, i.p.), did not affect icilin-evoked shaking.
3 l, and subretinal stresses during repetitive shaking.
4 the strength and location of damaging ground shaking.
5 ticularly craters, to impact-induced seismic shaking.
6 e vitreoretinal interface through a cycle of shaking.
7 ing static growth followed by induction upon shaking.
8 transcription of ctxAB was maintained during shaking.
9 A-LNPs under mechanical stress conditions by shaking.
10 is known about how well PSHA predicts actual shaking.
11 S) aim to warn end-users of impending ground shaking.
12 rations were observed by NTA upon 240 min of shaking.
13 us versus asynchronous head-nodding and head-shaking.
14 act is observed for mRNA-LNPs upon 30 min of shaking.
15  the loss of its bound zinc ion and stirring/shaking.
16 les reside on top of lighter particles after shaking.
17 osed a vast population to violent near-fault shaking.
18 ient extraction time of just 15 s using hand shaking.
19 onal CPG controlling both locomotion and paw-shaking.
20 ut the user experiences potentially damaging shaking.
21 ust and release waves that cause destructive shaking.
22 ousal to CO2, but not to an acoustic tone or shaking.
23  of earthquake physics and associated ground shaking.
24 O) mixtures with the aid of micropipette and shaking.
25 r 15 days at approximately 22 degrees C with shaking.
26 n mixed with the surfactant solution by hand shaking.
27 nvolved into aggregates formed by mechanical shaking.
28 r bacteria when grown in broth with vigorous shaking.
29 ating the felt area and the extent of ground shaking.
30                Adults may also be victims of shaking abuse, and an ophthalmic examination may be bene
31 atic incubation of the culture and continued shaking after the addition of inhibitors of oxidative ph
32 al static growth period followed by shift to shaking (AKI conditions), for expression of cholera toxi
33 information would decrease the likelihood of shaking an infant.
34 e solid-liquid ratio of 1:7 (w/v), 80 min of shaking and by adding 30% of ethyl acetate in acetone, b
35 ouse is characterized by a side-to-side head-shaking and circling behaviour, due to reduced or absent
36 ong individuals were continually hindered by shaking and low cell densities.
37 ells are suspended in culture via continuous shaking and naturally aggregate into embryoid bodies bef
38 nsiderations on the hydrodynamic conditions (shaking and not shaking) and host phenotype (planktonic
39 pact of temperature, inoculum concentration, shaking and pH control by addition of CaCO(3) was evalua
40 an events, exposed millions to strong ground shaking and produced a rich waveform dataset, offering a
41 renal collecting duct chief cells to orbital shaking and quantified the forces incident on cilia.
42 strate, accelerated by alternating cycles of shaking and rest in fluorescence plate readers.
43                                         Both shaking and shallow standing cultures were examined for
44 ence of the mycelia of the oomycetes in both shaking and static conditions.
45               The results revealed that with shaking and the absence of mycelia, the strain VM552 gre
46 trate the coherence of the earthquake ground shaking and the TEC perturbation by using the same GNSS
47 Hz), and even more so by fast (4 Hz), gentle shaking and translation, features consistent with parent
48  mitigating the risks associated with strong shaking and tsunamis(1).
49 the hydrodynamic conditions (shaking and not shaking) and host phenotype (planktonic and early-onset
50 al in vitro methods (with or without orbital shaking), and by simulating intestinal digestion.
51 s that 85% of people receiving an alert felt shaking, and 36, 28, and 23% received the alert before,
52  min to 5 min and removes the need for heat, shaking, and DNA purification steps while maintaining gD
53 in terms of the probability of strong ground shaking, and it combines an existing time-independent ea
54 uake clustering and seismicity triggering by shaking, and may be involved in friction reduction durin
55 samples for 30min at room temperature, while shaking, and potato samples for 2h at 37 degrees C (appl
56 s (hair clumping, apex formation), grooming, shaking, and scratching.
57 endent map showing the probability of strong shaking anywhere in California within the next 24 hours.
58 nclude that EMG activity patterns during paw-shaking are consistent with the proposed mechanism produ
59  This study identified blood volume and tube shaking as novel preanalytical sources of variability wh
60  used in comparing the models-which forecast shaking as peak ground acceleration or velocity-and obse
61 territory; atypical amaurosis fugax and limb-shaking as TNAs in the carotid territory; and isolated s
62  in the lithosphere, and for modeling ground shaking associated with earthquakes.
63                                 The vigorous shaking associated with icilin is dependent on NMDA rece
64 -liquid extraction treatment with mechanical shaking at 80 degrees C for 2 h using Natural Deep Eutec
65 p-weakening distance, caused moderate ground shaking at high frequencies (>1 hertz; peak ground accel
66 , the elevated dye iontophoresis persists in shaking B mutants that eliminate gap junctions and dye c
67 xamined the gap junctions with antibodies to Shaking-B (ShakB) Innexin, they were significantly decre
68 mprise an electrical component that requires shaking-B and a chemical component that is likely to be
69                                              shaking-B and eat-5 are required for the formation of fu
70  family, which includes the Drosophila genes shaking-B and l(1)ogre, and the Caenorhabditis elegans g
71 srupted in shaking-B2 flies, suggesting that shaking-B expression is required for electrical synapses
72                  Mutations in the Drosophila shaking-B gene perturb synaptic transmission and dye cou
73                     To test directly whether Shaking-B is a channel protein, we expressed it in paire
74                            Here we show that Shaking-B localizes to the membrane, and that its presen
75 rly metamorphosis and the involvement of the shaking-B locus in the formation of its electrical synap
76                                  Antibody to Shaking-B protein stained plaquelike structures in the s
77 geting of the gap junctional protein innexin shaking-B to gap junctions (GJs).
78  neighboring cells, Shaking-B(Neural+16) and Shaking-B(Lethal) form heterotypic channels that are asy
79 nces largely upstream of, but including, the shaking-B(lethal) promoter.
80 mbrane domain (M1) of the Drosophila innexin Shaking-B(Lethal), which is a component of rectifying el
81 ell to its postsynaptic targets that express Shaking-B(Lethal).
82 sequentially for 16 amino acids within M1 of Shaking-B(Lethal).
83           All dye coupling is abolished in a shaking-B(neural) mutant.
84 hen expressed in vitro in neighboring cells, Shaking-B(Neural+16) and Shaking-B(Lethal) form heteroty
85                                              Shaking-B(Neural+16) is required presynaptically in the
86 embled from two products of the innexin gene shaking-B.
87 the haltere-to-flight motoneuron synapses in shaking-B2 flies but does not block those synapses in wi
88                                           In shaking-B2 flies dye coupling between haltere afferents
89 euron confirm that the site of the defect in shaking-B2 flies is at the synapses between haltere affe
90 urons in the flight circuit are disrupted in shaking-B2 flies, suggesting that shaking-B expression i
91 apses in the crayfish and were eliminated in shaking-B2 mutants.
92                                          The shaking-B2 mutation was used to analyze synapses between
93 ficantly affected by shallow standing versus shaking bacterial culture conditions prior to macrophage
94 at the air-liquid interface in stationary or shaking batch cultures.
95                                              Shaking behavior caused by a fixed dose (2.5mg/kg) of ic
96                              Nocifensive paw-shaking behavior following masseteric injection of musta
97 the Notch ligand Jagged1 (Jag1) exhibit head-shaking behavior indicative of an inner ear vestibular d
98 nd action potentials, suppression of the leg-shaking behavior of mutants defective in the Shaker-enco
99 e (Jag1del1) do not demonstrate obvious head-shaking behavior.
100 infants can be severely injured or killed by shaking, blunt force trauma, or both.
101 on of early-log-phase growth (2 to 3 h) in a shaking broth was the best method to detect motility in
102 stibular behaviors such as circling and head shaking but showed difficulties with tests of balance an
103 quake-induced crustal deformation and ground shaking can alter stream flow and water levels in wells
104 e rate of cholesterol efflux was enhanced by shaking cells growing in a monolayer and further enhance
105 ument the high rate of spanking, slapping or shaking children, and primary care clinicians may be the
106 ulin had a higher incidence of headaches and shaking chills while receiving infusions than participan
107 verity of chills graded on an ordinal scale (shaking chills, LR, 4.7; 95% CI, 3.0-7.2) may be more us
108 oid systems (e.g. alpha-synuclein) and under shaking condition, the excluded volume effect of macromo
109  the modified flask basal broth (MFBB) under shaking condition.
110 no salt (LB-0) agar; however, under specific shaking conditions in LB-0 broth, many msbB Salmonella c
111 esence of NBs had a clear effect on PE under shaking conditions, whereas the effect on PTFE was less
112                   These results suggest that shaking culture activates TGF-beta expression and Wnt si
113  differentially expressed under standing and shaking culture conditions.
114  expression during growth under standing and shaking culture conditions.
115 ferentiation, leading us to hypothesize that shaking culture might affect the chondrogenic induction
116                                              Shaking culture significantly promoted cell aggregation,
117                                              Shaking culture, a simple and convenient approach, could
118                                           In shaking culture, extracellular polyphosphate concentrati
119 e and comparing them to those expressed in a shaking culture, we were able to identify genes and path
120 defect after growth in a biofilm compared to shaking culture.
121                      CAR3 is also induced in shaking cultures by response to extracellular cAMP.
122 illimetre-scale biofilm spheroids grown from shaking cultures of Komagataeibacter rhaeticus.
123 reased expression in shallow standing versus shaking cultures, in low- versus high-oxygen conditions,
124 ssed under standing conditions and absent in shaking cultures.
125 w standing cultures compared with constantly shaking cultures.
126 be utilized to provide information about the shaking damage in the earthquake region both to the publ
127                     Bees exposed to vigorous shaking designed to simulate a dangerous event judge amb
128 to an anxiety-like state induced by vigorous shaking designed to simulate a predatory attack.
129                                              Shaking did not impact the activity.
130  method for mapping the user-reported ground shaking distribution through the large-scale analysis of
131 obability (one standard deviation) of strong shaking during the next 30 years and 32 +/- 12% during t
132 r aftershocks, but recent work suggests that shaking (dynamic stresses) may also play a role.
133 0.15 mg/kg), also decreased the incidence of shaking elicited by 2.5mg/kg of icilin.
134 ven our limited ability to forecast expected shaking even if the earthquake source is known.
135 shed using LC-MS data of crude extracts from shaking flask fermentations.
136 th directly in culture environments, such as shaking flasks and bioreactors.
137                             Unlike growth in shaking flasks, bacteria grown in the test apparatus rea
138 T)hiPSC-CM) spheroids were differentiated in shaking flasks, purified, characterized, and intramyocar
139                             After vigorously shaking for 30 min, the NAms were then desorbed by treat
140                                The predicted shaking for a 25-km-long fault matches the intensity dis
141  which videos came from which round: Who was shaking for number and who was shaking for shape?
142 ound: Who was shaking for number and who was shaking for shape?
143 the creep load), simulating earthquakes at a shaking frequency of ~ 1.3 Hz in volcanic rocks.
144 ns about earthquake physics and the expected shaking from large earthquakes.
145 brupt permeability increases attributable to shaking from remote earthquakes.
146 ncouver Island, Canada, during the strongest shaking from the moment magnitude M(w) = 7.8, 2002 Denal
147 of blood volume (0.8, 1.0, and 1.2 ml), tube shaking (gentle versus vigorous), and incubation duratio
148 ox of the human mind has been constructed on shaking grounds.
149                           Furthemore, in the shaking groups, CI-iPSCs showed upregulation of TGF-beta
150 cts increased sniffing of their own left non-shaking hand by more than 100%.
151 bjects increased sniffing of their own right shaking hand by more than 100%.
152       We calculate the probability of strong shaking in Istanbul, an urban center of 10 million peopl
153  weight cut-off 12 kDa) at 37 degrees C with shaking in the dark and under N2.
154 as obtained from aged paint powder by gentle shaking in water, producing a dilute suspension of 580 m
155       Compared with gentle shaking, vigorous shaking increased the median IFN-gamma response in nil (
156 ro drug release, and only one non-compendial shaking incubator method (for the estradiol-releasing ri
157 t with yohimbine (2mg/kg, i.p.) enhanced the shaking induced by a low dose of icilin (0.5mg/kg).
158 at alpha(2)-adrenoceptor activation inhibits shaking induced by icilin and that increases in peripher
159 -8 seconds of the origin time, implying that shaking induced gravitational processes were not the pri
160 ) to elucidate the dynamics occurring during shaking induced stress on mRNA-LNPs.
161                               Regarding this shaking injury, some primary prevention strategies have
162 kets, circling behavior, hyperactivity, head shaking, inner ear abnormalities, deafness, sterility, a
163 12 centuries, 10 earthquakes reaching ground-shaking intensities >/= VI generated seismo-turbidites i
164 overpredict historically observed earthquake shaking intensities.
165      Certain factors, such as the earthquake shaking intensity and number of people shown in the envi
166                                 Our inferred shaking intensity pattern supports the association of th
167  rupture behaviors and influenced the ground shaking intensity.
168     Numerical simulations show that observed shaking is equally likely to be above or below predictio
169 ion centers, where exposure to strong ground shaking is extensive.
170 cubators for real-time monitoring even while shaking is in progress.
171 phthalmic examination may be beneficial when shaking is suspected.
172 thquakes that do not produce damaging ground shaking), it minimizes the number of missed alerts and p
173 rhages in shaken baby syndrome are caused by shaking itself rather than secondary to intracranial pat
174 es potentiated or stopped, respectively, paw shaking, lifting and licking within but not across the s
175 g liquid broth compared to their levels with shaking liquid culturing.
176 ight of confidence to proactively report the shaking location and extent.
177                                              Shaking low-oxygen cultures produced the most changes (1
178 litative observations relate to instrumental shaking measures for earthquakes.
179 ays assayed with the conventional incubation-shaking method, this new approach overcomes the diffusio
180                             Correspondingly, shaking mice are much less impaired neurologically than
181 biosensors that address samples from an open shaking microplate without any microfluidics.
182 ding experiments conducted under alternative shaking modes, illustrating the high fidelity of fibrill
183 ical solvent conditions, but under different shaking modes.
184                                          The shaking mouse, a quaking allele, is characterized by sev
185 de that the essential difference between the shaking mutant and others more severely affected is the
186 ies also show that although the nodes of the shaking mutant are somewhat longer than normal, Na(+) an
187 it length are only moderately reduced in the shaking mutant, compared with controls, but markedly red
188                                       In the shaking mutant, in contrast, which has approximately 60%
189 to moderate shaking speeds and that vigorous shaking negatively affects plasmid transfer.
190 method is more convenient, requiring neither shaking nor covering, and takes less than 15 min to comp
191 to an earthquake's nucleation seconds before shaking occurs at target sites.
192 ation management system generated work list, shaking of 96-well plates, and vacuum application.
193 gical disorder, characterised by involuntary shaking of a limb.
194 l mass transfer modeling that short periodic shaking of a passive sampler deployed in static sediment
195 and arrest, and hence the destructive ground shaking of earthquakes(2,3)-has been obtained in experim
196 s observed with RNA staining after prolonged shaking of mRNA-LNPs.
197  disorder characterised by an uncontrollable shaking of the affected body part, is often professed to
198                                   With rapid shaking of the animal, R(mean) = 0.54 +/- 0.03 (P: < 0.0
199 ther, it was found that the requirements for shaking of the culture, for oxidative phosphorylation, a
200 ences are embracing the once-niche practice, shaking off decades of reluctance and posting hundreds o
201                  We prepared the cultures by shaking oligodendrocytes off primary mixed glial-cell cu
202 nt experimental conditions (with and without shaking) on the fibrilization of amyloid-beta peptide, a
203 ing that EALs did not rely on strong seismic shaking or hanging wall effects to occur and larger land
204 t of the junction, are present in nearly all shaking paranodes but in only a minority of CST-/- paran
205 ts, but they predict substantially different shaking patterns across the Los Angeles Basin.
206 reased expression of TcpA protein during the shaking phase of the culture.
207  with the observation that the vertical head-shaking phenotype of slf mutants is identical to that ob
208 solated, named quiver(1) (qvr(1)), has a leg-shaking phenotype.
209 increased grooming, chewing, scratching, and shaking, plus the appearance of some unique behaviors su
210                                  Tremors and shaking, prominent in other myelin mutants, were not obv
211 e elicited excitatory symptoms that included shaking, rapid circling, barrel rolling, and seizures.
212 tailed description of the hippocampus in the Shaking Rat Kawasaki (SRK) mutant by using a panel of an
213                               Particle size, shaking rate and process time also impacted the extracti
214 , 1% (w/v) of CaCO(3), initial pH of 6.5 and shaking rate of 90 rpm).
215  qvr(1) and confirmed that ether-induced leg shaking, reduced I(A) current, and paraquat hypersensiti
216                             Under a constant shaking regime, we control the rate of radius change of
217         Mechanical stimulation by rotational shaking released 5-HT from BON cells or from guinea pig
218                                   Historical shaking reports fill a crucial data gap, but more resear
219 bservations-parameterizations of qualitative shaking reports.
220 received the alert before, during, and after shaking, respectively.
221  suggest that the described asymmetry of paw-shaking responses could implicate a multifunctional CPG
222   Spraying the head resulted in grooming and shaking responses; water evaporated from the head twice
223 n exposure of 24 h of these cells to orbital shaking resulted in a decrease of amiloride-sensitive so
224 n while eliminating the need for heating and shaking samples.
225                                          The shaking (sh) pup, an animal model of Pelizaeus-Merzbache
226                         The new mutant mouse shaking (shk) differs from other "myelin mutants" in hav
227 lip following tens-of-seconds-long coseismic shaking, short-lived slip reversals within minutes, expa
228 behavioral changes support the idea that the shaking signal serves to generally increase worker activ
229 elf is responsible for eliciting much of the shaking signal's behavioral response, in one of the few
230 ed the same behavioral response as a natural shaking signal, teasing apart the effects of signal and
231                        Here, we focus on the shaking signal, wherein a worker grabs onto another bee
232              We designed a tool to mimic the shaking signal.
233                           All castes receive shaking signals, but individual responses depend on cont
234 rates that liquefaction due to strong ground shaking, similar in scale to that generated by the New M
235                              The increase of shaking speed and time as well as oil and air volume all
236 ture, substrate molar ratio, enzyme loading, shaking speed and time) on the transesterification react
237 ultivate the tested strains at 37 degrees C, shaking speed at 150rpm.
238 kernel ratio of 8:1 (w/w), and 300stroke/min shaking speed at 40 degrees C for 1h incubation time res
239 tions of C/N = 10, alkalescence, and 150 rpm shaking speed.
240 he impact of aeration was probed by reducing shaking speeds and changing vessel fill levels; the form
241 mid transfer is optimized at low to moderate shaking speeds and that vigorous shaking negatively affe
242  when generated by laminar flow shear versus shaking/stirring.
243 alculated to determine how periodic seismic (shaking) stress decreased dry weight accumulation by soy
244     Here, we devise a nonadherent-suspension-shaking system to generate self-assembled embryo-like st
245                           We found that head shaking (t = - 3.46, P = 0.0024), head rubbing (t = 4.96
246 This study tests the typical HSR bridge on a shaking table to assess the seismic performance in high-
247 tional relevance of these new genetic units, shaking the classic definition of "gene".
248 eins with Mr > 20,000 can be precipitated by shaking the gels in 25% methanol.
249                                              Shaking the lattice drives condensates across an effecti
250 d then increases as in the first cycle after shaking the reaction solution.
251  movement of the mobile robot caused by palm shaking, the Gaussian filter algorithm was used to smoot
252 find that DCC is likely triggered at a lower shaking threshold than classical liquefaction.
253 everal parameters, such as pH, sorbent mass, shaking time was examined.
254  amount, solvent type, pH, sample volume and shaking time were optimized (based on central composite
255 cluding pH, adsorbent amount, sample volume, shaking time, etc.
256         The production requires only 40 s of shaking to form the emulsion.
257                   The latter was promoted by shaking to increase aeration of cultures.
258 cy synchronous discharges, head tremor, limb-shaking transient ischaemic attack), bobble-head doll sy
259 that plant-borne vibrations generated by the shaking (tremulation) display of male red-eyed treefrogs
260 atively resistant to traumatic damage, or in shaking-type injuries the brain is not exposed to the fo
261  and incubated at 37 degrees C with vigorous shaking under conditions favorable to either broth or bi
262 urrent (I(A)) in different ways, exhibit leg shaking under ether anesthesia and have heightened metab
263 se of massive open online courses (MOOCs) is shaking up education.
264 tions of ambient air versus hypoxia, each in shaking versus standing shallow culture conditions.
265 trated dramatic behavioral effects including shaking, vigorous digging, and whole-body seizure-like m
266                         Compared with gentle shaking, vigorous shaking increased the median IFN-gamma
267     The sensitivity of the sodium current to shaking was dependent on intact cilia.
268 lia due to induced fluid flow during orbital shaking was estimated at maximally 5.2x10(-3) pN at 2 Hz
269 od but was transient, stopping shortly after shaking was initiated but, interestingly, also if the st
270  by a 36% increase in Mo concentrations when shaking was intensified.
271 spectrometry, using an emulsion generated by shaking water and DCE phases containing the dissolved me
272  and acid solution, and the time of hot bath shaking were minimized.
273 regates within a few minutes of cessation of shaking when grown at 28 degrees C.
274 edicines are prepared by serial dilution and shaking, which proponents claim imprints information int
275                   Hot sonication followed by shaking with 70% ethanol resulted in excellent GOS extra
276                         After salting out by shaking with anhydrous magnesium sulfate and sodium chlo
277  dyspnea, chills, feeling feverish, repeated shaking with chills, muscle pain, headache, sore throat,
278 uffer, pH 2.6, for 30 min and regenerated by shaking with PBS buffer, pH 7.2, at 4 degrees C overnigh
279 elds for phenolic acids than usually applied shaking with solvent.
280 ge quickly enough to provide areas of MMI 6+ shaking with up to 20 s of warning time, even with alert

 
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