ライフサイエンスコーパス: slender

1 ion tissue and present at a reduced level in slender.

2 lex movements, but evidence for this remains slender.

3 We find that slender actin filaments have a persistence length of app

4 he serotonin-immunoreactive cells are always slender and elongate, the PGP 9.5/NSE population compris

5 SCI led to a more slender and elongated spine morphology.

6 The appendage bears long, slender and equally spaced ventral spines furnished with

7 ly resemble Therizinosaurus unguals in being slender and has weak flexor tubercles.

8 new, unexpectedly large-bodied taxon with a slender and ornamented skull from the Carnian Pekin Form

9 nd narrower width), and warbler finches have slender and pointed beaks, reflecting differences in the

10 Here, we compared the infectivity of slender and stumpy bloodstream forms in adult flies with

11 ei, undergoes a complex life cycle entailing slender and stumpy bloodstream forms in mammals and proc

12 in monomorphic slender forms and pleomorphic slender and stumpy forms has revealed that two regulator

13 ncides with the spatial localisation of both slender and stumpy forms of T. brucei.

14 n the mammalian host between morphologically slender and stumpy forms.

15 n the mammalian host between the replicative slender and transmission-adapted stumpy forms.

16 ndividual worms form braids with their long, slender, and flexible bodies to make a three-dimensional

17 An archetypal form is the tall, slender, and sharply tipped karst pinnacle or rock spire

18 rve mixed populations of parasites with both slender- and stumpy-associated transcriptomes in cattle

19 conserved transcriptomic signatures for both slender- and stumpy-like forms, as well as host specific

20 tracortical axon projections from individual slender- and thick-tufted neurons, filled in vivo with b

21 layer 5 contains two excitatory cell types, slender- and thick-tufted neurons.

22 Here, we studied the dewlap of the slender anole (Anolis apletophallus) which exhibits a de

23 Our findings indicate that the slender anole dewlap polymorphism is best explained as a

24 These slender aquatic worms are observed to perform elongation

25 phogenesis can cooperate in the formation of slender arborized UB structures similar to those observe

26 The zeta cell has a small soma, slender axon, and compact, tufted, unistratified dendrit

27 The theta cell has a small soma, slender axon, and delicate, highly branched dendritic ar

28 The eta cell has a small soma, slender axon, and delicate, highly branched dendritic ar

29 migration of the spindle-shaped cell bodies, slender axonal processes grow along the opposite directi

30 ues on site by exploiting buckling of a long slender bar to quantify the applied force and a spherica

31 extension zone of the developmental mutant, slender barley, compared with the wild type.

32 tyl stem passeriforms that also includes the slender-beaked nectarivorous Pumiliornis, the short-beak

33 We introduce metabeams, comprising a primary slender beam embedded with short secondary beams featuri

34 Drilling into solid substrates with slender beam-like structures is a mechanical challenge,

35 port chain present in the procyclic and long slender bloodstream forms of Trypanosoma brucei brucei w

36 In long slender bloodstream forms, the oxidation of glucose or g

37 ES-attenuated slender bloodstream trypanosomes gain full developmental

38 tify three thematic motifs-bilayer actuator, slender-bodied functional surface, and self-similarity-a

39 and whitefishes) recurrently diverge toward slender-bodied pelagic forms and deep-bodied benthic for

40 hear flow, tank-treading red cells appear as slender bodies.

41 n contrast, the predictions of Stokeslet and slender body analyses agree with the laboratory measurem

42 We quantify this dynamical process for a slender body in a fluid by accounting for passive elasti

43 a subset of previously healthy women with a slender body morphotype, often with scoliosis and/or pec

44 cted using the resistive force theories, the slender body theories of Lighthill and Johnson, and the

45 ment suspensions, which is based on nonlocal slender body theory, to actin networks with dynamic cros

46 ptotically small modelling approximations of slender body theory.

47 We present code implementing the slender body, regularized Stokeslet, and resistive force

48 unique fabrication process and a supporting slender-body hydrodynamics model.

49 speed in a Newtonian fluid, calculated using slender-body theories and a boundary-element method.

50 layed development, poor fertility, and short slender bristles.

51 d (CCR) transcriptomes of both procyclic and slender BSF Trypanosoma brucei without prior cell sortin

52 Control skin formed normal elongated, slender buds with A-P orientation, but Wnt-7a overexpres

53 ampulla and an attached canal tube (long and slender canal portion), and, in some cases, a small port

54 ional infranuclear structure was composed of slender canaliculi that collected near or streamed to pl

55 ightly restricted anterior region and 6 long-slender caudally-directed diverticula bilaterally.

56 However, the orientation of the long, slender CD155 molecule relative to the poliovirus surfac

57 Filopodia are slender cellular protrusions containing parallel actin b

58 Filopodia are slender cellular protrusions that dynamically extend and

59 Primary cilia are slender, cellular antennae that sense extracellular stim

60 a non-uniform layer of a polymer blend onto slender centimeter-size organic crystals prestrains the

61 ganized as a globular head domain and a long slender coiled-coil domain.

62 y visualized neurons were observed in a long slender column in the ventrolateral nucleus ambiguus (NA

63 ling resistance can be achieved by filling a slender column with a lightweight foam.

64 ntinuous epitaxial growth is responsible for slender columnar grains confined to the centreline of me

65 d link together, splitting the material into slender columns which then fail.

66 4n, is present at a greatly reduced level in slender compared with normal and encodes protochlorophyl

67 wo of the cDNAs, 7s and 8s, are increased in slender compared with normal.

68 ogonia bearing densely spaced, long, hollow, slender, conical papillae with multiple sharply pointed,

69 e epithelium for the lumen, retaining only a slender connection with basement membrane.

70 ke to small ribbon-like shapes, also had the slender cross-sectional areas of native fibres and their

71 tial leaf area to be supported on relatively slender culms, are key traits contributing to the ecolog

72 bulent Rayleigh-Benard convection flows in a slender cylindrical cell of aspect ratio [Formula: see t

73 profile using a one-dimensional free-surface slender cylindrical flow model based on the three-dimens

74 , we report that basal cells extend long and slender cytoplasmic projections that not only reach towa

75 To clarify this issue, we generated a slender DeltaponA mutant that enabled high-resolution el

76 ottom one-fourth of the epithelium, extended slender dendrites to the epithelial surface, and possess

77 facial dysmorphia, mental retardation, long slender digits and genital anomalies.

78 tem and crown forms, such as the exceedingly slender dipterocarps of Southeast Asia, or the extremely

79 Their slender distal limb bones resemble those of Asiatic asse

80 theory to pose the problem of transporting a slender drop of an active fluid and determine the dynami

81 e, erectoides, semibrachytic, semidwarf, and slender dwarf mutant groups.

82 ion patterns of the two-dimensional S shaped slender elastic rods mimics the 3D patterns of the spina

83 orks to transmission towers are comprised of slender elements.

84 nder (MS), long-slender (LS), and extra-long slender (ELS).

85 ructures, and mechanical properties of their slender emergent stalks or leaves.

86 ortant functional implications: although the slender feather shafts of Archaeopteryx and Anchiornis m

87 e (gp26) crystallized at acidic pH reveals a slender fiber containing an N-terminal "trimer of hairpi

88 Here we show by electron tomography that slender fibrils connect curved protofilaments directly t

89 ilaments that were connected to chromatin by slender fibrils.

90 28 does confer limited protection, whereas a slender figure yielding a body mass index < 22-24 increa

91 The breakup of a slender filament of liquid driven by surface tension is

92 Slender filaments bend and buckle more easily than stret

93 ces, ranging from sea turtles with large and slender flippers adapted for propulsion during swimming,

94 st, where parasites exist as a proliferative slender form or a G0-arrested stumpy form, and the tsets

95 have demonstrated the intrinsic capacity of slender form trypanosomes to infect young and naive tset

96 TbGPR89 is expressed on bloodstream "slender form" trypanosomes, which receive the SIF signal

97 endent differentiation between proliferative slender forms and arrested, transmissible, stumpy forms.

98 Dissection of this region in monomorphic slender forms and pleomorphic slender and stumpy forms h

99 chuster et al. demonstrated that bloodstream slender forms of African trypanosomes are readily transm

100 apidly in the mammalian bloodstream as long, slender forms, but at higher population densities they t

101 After ingestion of slender forms, infected flies were observed only in 1 ou

102 ransmissible stumpy forms from proliferative slender forms.

103 stumpy-specific surface transporter PAD1 in slender forms.

104 istinct morphological change as replicative "slender" forms differentiate into cell cycle arrested "s

105 forms of the parasite exist: proliferative 'slender' forms and arrested 'stumpy' forms that are resp

106 ut downstream from the site of action of the Slender gene product.

107 ds, GA 2-oxidation is controlled by the SLN (SLENDER) gene, a mutation of which produces seedlings ch

108 ate how the physics of flow and transport in slender geometries serve to constrain biological organiz

109 haraji rice, an aromatic variety with medium slender grains, is traditionally cultivated in the centr

110 ckout of GSE9 in japonica varieties leads to slender grains, whereas introgression to indica backgrou

111 Here, we report the identification of SLG1 (Slender Guy 1), which encodes the cytosolic tRNA 2-thiol

112 Motile cilia are slender, hair-like cellular appendages that spontaneousl

113 ng by using an array of fluidically actuated slender hollow elastomeric filaments to actively entangl

114 The purified particles carry a novel slender horn structure projecting from the vertex opposi

115 ll size with body mass in ceratopsids, while slender humeri in the largest stegosaurs may be the resu

116 proteins, silicateins, are assembled into a slender hybrid silica/protein crystalline superstructure

117 gulation requires LONG HYPOCOTYL IN FAR RED1/SLENDER IN CANOPY SHADE1 and phytochrome A, which functi

118 netic strategy, we identified the C. hirsuta slender in shade1 mutants, which produce strongly elonga

119 he constitutive gibberellin response mutant, slender, in the absence of exogenous GA3.

120 -population genetic correlation for tall and slender individuals (r = -0.80, 95% CI = -0.95, -0.60),

121 ring limbs and covered by tergites with long slender lateral spines.

122 Detailed histology studies revealed that slender leaf phenotype is either due to the loss of anti

123 Although expression of 7s was increased in slender leaf tissue, the increase was much less extreme

124 s, only the ppscr1 knock-out lines developed slender leaves with four times narrower leaf blade and t

125 adults, and larvae have extremely elongate, slender legs with pectinate pretarsal claws and lacking

126 ic differences, including a subpopulation of slender-like parasites upregulating pyruvate metabolism

127 ether as the Sphenosuchia, with fully erect, slender limbs; their relationships, however, are poorly

128 eletal abnormalities including shorter, more slender long bones with decreased mechanical strength as

129 All were aerobic glucose-oxidizing, slender, long, curved gram-negative rods that utilized x

130 s short-bold (SB), medium-slender (MS), long-slender (LS), and extra-long slender (ELS).

131 ively tall orbital region and proportionally slender maxilla, a feature documented in the early 20(th

132 act structures and the formation of multiple slender membrane protrusions capped by actin spikes.

133 The examined configuration is a slender membrane which can concurrently sustain two diff

134 pace within the organ of Corti, looks like a slender micro-tube.

135 ates owing to the bending-induced failure of slender microcolumns created between sets of secondary c

136 truncate caudal fins repeatedly evolve into slender midwater species with furcate caudal fins.

137 he anaphase B spindle in fission yeast has a slender morphology and must elongate against compressive

138 lls deficient in CycE1/CYC2 displayed a long slender morphology, whereas those lacking CycB2 assumed

139 categories, such as short-bold (SB), medium-slender (MS), long-slender (LS), and extra-long slender

140 In the slender mutant, GAMyb and alpha-amylase are highly expre

141 a small head connected to the dendrite by a slender neck, has inspired theoretical and experimental

142 a spine head isolated from the dendrite by a slender neck, indicates a potential role in isolating in

143 rey via rapid movements and protrusions of a slender neck, many times the size of the original cell b

144 ism; furthermore, gannets and boobies have a slender neck, which is potentially the weakest part of t

145 locates and captures prey using the tip of a slender "neck" that can rapidly extend more than seven t

146 A primary cilium is a solitary, slender, non-motile protuberance of structured microtubu

147 gure the global structure, selectively grasp slender objects, and operate multiple fluid channels wit

148 which produces seedlings characterized by a slender or hyper-elongated phenotype.

149 Cilia and flagella are long, slender organelles found in many eukaryotic cells, where

150 transduction functionalities are imparted on slender organic crystals by partial silanization via lay

151 the natural limitation of the small size of slender organic crystals that is determined by their nat

152 on of a natural or artificial snake or other slender organism that "swims" on land by propagating ret

153 By modeling growing slender organs as Cosserat rods that mechanically intera

154 of cell-to-cell "linker" in the form of long slender outgrowths and branches.

155 In their experimental conditions, a single slender parasite was sufficient for productive infection

156 In mammals, proliferating long slender parasites transform into non-diving short stumpy

157 es of the tracks, including relatively long, slender pedal digit impressions, do not match the pes of

158 llele co-segregating with the characteristic slender phenotype.

159 ression of SUN is positively correlated with slender phenotypes in cotyledon, leaflet, and floral org

160 ing realization that photoinduced bending of slender photoreactive single crystals is surprisingly co

161 ning habit is a climbing strategy that helps slender plants grow upward by using circumnutation aroun

162 m organization with threefold nodes and long slender Plateau borders is especially advantageous to op

163 Microtubules are long, slender polymers of alphabeta-tubulin found in all eukar

164 tion is especially important in the limit of slender pores with thin electric double layers, and beco

165 During polarization the uropod (a slender posterior appendage) forms at the site of the MT

166 ted cells display a condensed cell body with slender processes that traverse the area formerly covere

167 la APC, 3', 4a, 7", 7C, 6S, 6''', 2'''', and slender processes were randomly distributed over the ech

168 ls from astrocytomas of all grades had long, slender processes, were usually bipolar, and their cell

169 ) in various cell lines induced sprouting of slender projections, whereas knockdown of APCN expressio

170 ther, represented by a partial skeleton with slender proportions, is a new basal coelurosaur closely

171 Many feathers exhibit a short, slender rachis with alternating barbs and a uniform seri

172 ual electrostatic repulsion, then NFs in the slender regenerating neurites should be lightly phosphor

173 (the number of NFs per micrometer) in these slender regenerating neurites was twice that in their pa

174 and the possible contributions of opposing 'slender retainer' and 'stumpy inducer' arms described.

175 lecules that operate on both the inhibitory 'slender retainer' and activatory 'stumpy inducer' arms o

176 accumulation of the GA signaling repressors Slender Rice-1 (SLR1) and SLR1 Like-1 (SLRL1) and concom

177 ilin OsCYP20-2 with a variant interacts with SLENDER RICE1 (SLR1) and OsFSD2 in the nucleus and chlor

178 reveal a prominent role of the DELLA protein Slender Rice1 (SLR1) in the resistance toward (hemi)biot

179 f the DELLA protein and central GA repressor SLENDER RICE1 (SLR1).

180 ith different life histories: the California slender salamander (Batrachoseps attenuatus) and members

181 an amino-terminal tail-attachment domain, a slender shaft, and a carboxyl-terminal domain composed o

182 le in the elevated water tanks with tall and slender shafts.

183 partially migratory population having a more slender, shallow-bodied morphology than fish from closed

184 The slender shape of axons makes them uniquely susceptible t

185 i-hybrid nanofluid flow of a solar radiative slendering sheet with non-Fourier heat flux model.

186 miniscent of cellular buckling in compressed slender shells.

187 n a collagen gel suspended between a pair of slender, silicone posts for magnetic tensile loading.

188 al photocontrol over the optical output from slender single crystals of an azo compound, 3',4'-dimeth

189 pport known feeding ecology for both African slender-snouted crocodile and alligator, and suggest tha

190 codilians: two longistrine taxa, the African slender-snouted crocodile Mecistops cataphractus and the

191 Results show that African slender-snouted crocodile skulls are more resistant to b

192 allow easier passage through the oviducts in slender species.

193 ibaum(R), modified Bibaum(R), triple leader, slender spindle and Solaxe, were evaluated based on agro

194 The slender spindle training system showed the highest cumul

195 mammalian host's circulation, proliferating slender stage cells differentiate into cell cycle-arrest

196 Here, we show that proliferating slender stage trypanosomes express the mRNA and protein

197 less than a millisecond by rapidly coiling a slender stalk anchoring it to a nearby surface.

198 he cell body is attached to a substrate by a slender stalk containing a polymeric structure-the spasm

199 rted on the ciliary cap, one function of the slender stalk may be to expose the cap to greater drag f

200 movement, in addition to the evolution of a slender stapes and tympanum.

201 Such an elongated and slender structure would allow achieving tip velocities i

202 Ribbons are a class of slender structures whose length, width, and thickness ar

203 relevant biophysics and the hydrodynamics of slender structures.

204 te differential geometry based simulation of slender structures.

205 ilor the bending stiffness of the underlying slender substrate due to their mutual sliding after enga

206 ucing strain that overproduced HAA exhibited slender swarming tendrils.

207 ation but is more primitive in having short, slender, symmetrical remiges.

208 ilament with a short, rigid head and a long, slender tail on which cardiomyocytes are selectively cul

209 ia-bearing arms, drumstick-shaped legs and a slender tail, features that were probably widespread amo

210 The slender tapering rostrum with retracted narial openings,

211 cZ) mice, beta-gal (BDNF) is present in long slender taste cells, as well as pyriform taste cells.

212 lation comprise two morphological types--one slender, the other broader and pyriform.

213 larity and produces an unexpectedly long and slender thread.

214 is the density-dependent differentiation of slender to stumpy cells.

215 The slender to stumpy differentiation is a density-dependent

216 ns, T. brucei transitions from proliferative slender to tsetse-transmissible stumpy forms at high par

217 the progressive development of replicative 'slender' to transmissible 'stumpy' bloodstream form Tryp

218 se dormancy and reversible initiation of the slender-to-stumpy differentiation pathway.

219 ntially below the density assumed to trigger slender-to-stumpy differentiation.

220 These data suggest that the slender-to-stumpy transformation of T. brucei may not be

221 y of the complexes have a similar shape of a slender triangle.

222 n showed fluorescence in tips cells of long, slender trichomes that is consistent with acyl sugar ace

223 two distinct compartments: small puncta and slender tubules.

224 midal-cell classes in layers 2/3, 4, and the slender-tufted and thick-tufted pyramidal cells of layer

225 In rat vibrissal cortex, slender-tufted neurons carry motion and phase informatio

226 cortex receive input of whisker motion from slender-tufted neurons onto their apical tuft dendrites

227 Individual slender-tufted neurons showed elaborate and dense innerv

228 h soma locations intermingling with those of slender-tufted ones display less dense intracortical axo

229 Slender tunnels sensitively capture tumor cells with sli

230 form as submicron beads along the lengths of slender, unbranched micropodia.

231 Cucumber (Cucumis sativus, Cs) tendrils are slender vegetative organs that typically require manual

232 The slender wild oat (Avena barbata) was widely studied in C

233 exhibit unusual wing kinematics; their long, slender wings flap at remarkably high frequencies for th

234 ifferent types of zoids were identified, the slender zoid derived from reduced CycE1/CYC2 expression