ライフサイエンスコーパス: sessile

1 f the 4 tumors were pedunculated and 12 were sessile.

2 irculate, whereas the tissue-bound cells are sessile.

3 aride-induced inflammation, the AMs remained sessile and attached to the alveoli, and they establishe

4 man primates owing to efficient depletion of sessile and circulating T cells.

5 will reassess endoscopic treatments on large sessile and flat lesions in the colorectum.

6 his is especially true for plants, which are sessile and have to be genetically equipped to withstand

7 Furthermore, as trees are sessile and long-lived, their responses to climate extre

8 lecule that regulates the transition between sessile and motile lifestyles in bacteria.

9 lates the switch from motile, free-living to sessile and multicellular behaviors in Gram-negative bac

10 (>2-mm mobile organisms) and metabarcoding (sessile and smaller mobile organisms).

11 sue-bound cells around the wound site remain sessile and unresponsive, whereas circulating cells are

12 experiences, (ii) the more or less harmless, sessile, and largely edible mimics vastly outnumber the

13 adopted by most flowering plants and by many sessile aquatic animals.

14 compassing residues surrounding the putative sessile arginyl residue and found stimulated platelets r

15 ntrol tumor growth or deplete circulating or sessile B cells.

16 Biofilms are multicellular aggregates of sessile bacteria encased by an extracellular matrix and

17 Sessile bacteria in a biofilm exhibit a mode of growth t

18 are often found associated with surfaces as sessile bacterial communities called biofilms, and the f

19 Biofilms are antibiotic-resistant, sessile bacterial communities that occupy most moist sur

20 cellulose is implicated in the formation of sessile bacterial communities, termed biofilms, and its

21 lating the switch from the planktonic to the sessile bacterial lifestyle by highlighting how sRNAs co

22 lecule that triggers a switch from motile to sessile bacterial lifestyles.

23 n filaments, normal keratin cycling, and the sessile behavior of the nucleus and whole cell in kerati

24 zed by modular, self-similar branching and a sessile benthic habit.

25 of modular organisms include plants and many sessile benthic invertebrates.

26 ition of motile, planktonic individuals into sessile biofilm communities.

27 Bacteria often adopt a sessile biofilm lifestyle that is resistant to antimicro

28 terial lifestyle transition from a motile to sessile biofilm-forming state.

29 ition from motile and virulent lifestyles to sessile, biofilm-forming ones in a wide range of bacteri

30 rom a planktonic lifestyle to collaborative, sessile biofilms represents a regulated process orchestr

31 vertebrates, collectively comprising <10% of sessile biomass, resulted in a 42-47% decline in consume

32 eomes of the scallop Chlamys farreri, a semi-sessile bivalve with well-developed adductor muscle, sop

33 in marine mobile animals, its occurrence in sessile (bottom-attached) species is limited to members

34 New tubers were formed from sessile buds of the mother tubers.

35 Sessile C. albicans cells were resistant to fluconazole

36 ing demonstrated the increased resistance of sessile C. dubliniensis cells, including the type strain

37 Plants, although sessile, can reorient growth axes in response to changin

38 pm D-tyr achieved extra 1.5-log reduction in sessile cell count compared with the 80 ppm CIP alone tr

39 antibacterial rate based on the reduction of sessile cell count reached 98.3% after 24-hour treatment

40 t surface cell density plays a major role in sessile cell physiology, commencing with the first stage

41 enhanced 30 ppm CIP by achieving extra 2-log sessile cell reduction compared with the 30 ppm CIP alon

42 ulating the transition between planktonic to sessile cell states as a response to stress.

43 s present location through the production of sessile cells as well as to explore new environmental ni

44 Sessile cells attached to sHA, surrounding planktonic ce

45 The other type is long chains of sessile cells in which sigma(D) is inactive (sigma(D) OF

46 eparation and motility are ON, and chains of sessile cells in which these genes are OFF.

47 (free-growing cells), bfr mRNA expression by sessile cells on sHA was 1.8-fold greater and that by su

48 MKs were observed as sessile cells that extended dynamic proplatelet-like pro

49 Firstly, the ability of sessile cells to actively mediate efflux of antimicrobia

50 based on the ability of metabolically active sessile cells to reduce a tetrazolium salt (2,3-bis(2-me

51 y: motile cells co-exist with long chains of sessile cells.

52 pA-specific mRNA and sspB-specific mRNA than sessile cells.

53 te that p120 acts as a rheostat, promoting a sessile cellular phenotype when associated with E-cadher

54 Through this action, p120 promotes a sessile cellular phenotype when associated with epitheli

55 The millisecond stalk contraction of the sessile ciliate Vorticella convallaria is powered by ene

56 Contraction of Vorticella convallaria, a sessile ciliated protozoan, is completed within a few mi

57 This process occurs in the sessile clusters and is contingent upon the integrity of

58 Sessile colonial invertebrates-animals such as sponges,

59 a planktonic, free-swimming life-style to a sessile, colonial state, called a biofilm, which confers

60 earshore marine environments, for bryozoans (sessile, colonial, suspension feeding animals).

61 Formation of these sessile communities and their inherent resistance to ant

62 Most bacteria in nature exist in sessile communities called biofilms, and the ability of

63 Bacteria in nature often exist as sessile communities called biofilms.

64 that these bacteria are capable of living as sessile communities known as biofilms on a number of abi

65 ost of the world's bacteria exist in robust, sessile communities known as biofilms, ubiquitously adhe

66 ia are found predominantly in self-organized sessile communities known as biofilms.

67 ur sites with historical community data, the sessile community became increasingly algal dominated.

68 A biofilm is a microbially derived, sessile community where cells grow attached to a surface

69 which forms a coat across the surface of the sessile community.

70 ompartments according to their motility: the sessile compartment, which is formed by resident cells o

71 royed three-dimensional habitats built up by sessile corals, bryozoans, and sponges.

72 and a negative correlation with diversity of sessile crinoids, consistent with a crinoid motility rep

73 We present a new nanoliter-scale sessile culture system that is easily implemented via mi

74 ial dynamics within these microcolonies, new sessile culture systems are needed that sequester cells

75 cell transcriptome are analyzed by comparing sessile cultures at two different cell surface densities

76 cterized using contact angle measurements by sessile drop and thin layer wicking.

77 The sessile drop configuration and the EIS response were mod

78 odulus (1.47 MPa) and hydrophobicity (with a sessile drop contact angle of 40.5 degrees ) have also b

79 racterization of the SAMs was carried out by sessile drop contact angle, ellipsometry, grazing angle

80 n of particles at the edge of an evaporating sessile drop pinned on a substrate.

81 ng local surface energy measurements via the sessile droplet technique and tensiometry.

82 that evaporation from a freezing supercooled sessile droplet, which starts explosively due to the sud

83 l, and small capillary length liquids, whose sessile droplets sag by gravity.

84 Molecular layers are prepared by allowing sessile drops of solution to dry on a gold substrate.

85 gating the kinetics of such SAM formation on sessile drops of various liquids such as mercury, water

86 that were of two distinct types: dysplastic sessile ear papillomas and hyperproliferative follicular

87 dal habitats throughout the world and, being sessile, endure wide variations in temperature, salinity

88 We reconstruct Haplophrentis as a semi-sessile, epibenthic suspension feeder that could use its

89 decrease in abundance of 39 to 70% for some sessile epifaunal organisms (cnidarians, bryozoans).

90 t with a shift from communities dominated by sessile epifaunal suspension feeders to communities with

91 ymal transformation (EMT), the conversion of sessile epithelial cells attached to adjacent cells and

92 ed in metastasis, where carcinoma cells lose sessile epithelial traits and acquire mesenchymal migrat

93 inuous replacement of the rapidly vaporizing sessile fluid through controlled equivalent volume depos

94 Also, while untransformed cells were sessile for long periods, BCR/ABL-transformed cells exhi

95 We propose the name "sessile" for the radioresistant Kupffer cells that do no

96 ze in microcolonies while transitioning to a sessile form within a protective biofilm matrix.

97 n which motile forms greatly predominate and sessile forms are restricted to deep-water refugia.

98 the 9R phase is related to the existence of sessile Frank loops.

99 exposed sites, where they culminate to form sessile fruiting bodies.

100 transform into migrating slugs and then into sessile fruiting structures.

101 Despite inbreeding, sessile growth habit, and the observation of geographic

102 ) controls the transition between motile and sessile growth in eubacteria, but little is known about

103 anganese homeostasis and appears to modulate sessile growth in this bacterium.

104 A switch between planktonic and sessile growth is believed to result in a phenotypic cha

105 foster the transition from free-swimming to sessile growth.

106 ne tension the ENTH interaction deflates the sessile GUV and thereby increases the adhesion area.

107 substantial increase in adhesion area of the sessile GUV.

108 The unique aspects of plants, including sessile habit, modular growth and diverse developmental

109 re, using a simple host-pathogen model for a sessile host and a pathogen that can move by diffusion a

110 Although sessile in nature, plants are able to use a number of me

111 free-living phase of search and attack to a sessile, intracellular phase of growth and replication d

112 isco Bay controls the mechanisms determining sessile invertebrate community composition during the fo

113 cies in a diverse assemblage of seaweeds and sessile invertebrates, collectively comprising <10% of s

114 tes 80 km apart, differences in abundance of sessile invertebrates, herbivores, carnivores, and macro

115 However, we found no evidence that these sessile Kupffer cells arise from immature intrahepatic p

116 In contrast to animals, plants are sessile, lack a circulatory system, and have additional

117 rray of clinical appearances, ranging from a sessile lesion to an elevated mass.

118 ons are highly variable and because of their sessile life style, plants are forced to acclimate to th

119 ent is impacted by restrictions imposed by a sessile lifestyle and limitations on relative cell posit

120 sition of bacteria from planktonic growth to sessile lifestyle as well as biofilm growth, and can ena

121 The results confirm that the sessile lifestyle associated with persistence within a b

122 armacology to show that this adaptation to a sessile lifestyle depends on left-right patterning mecha

123 Their sessile lifestyle means that plants have to be exquisite

124 The sessile lifestyle of plants constrains their ability to

125 multifunctional organelles essential for the sessile lifestyle of plants.

126 ticity is thought to be an adaptation to the sessile lifestyle of plants.

127 Because of their sessile lifestyle, plants are continuously exposed to so

128 This sessile lifestyle, referred to as a biofilm, affords the

129 s, formation of biofilms, establishment of a sessile lifestyle, surface motility, and regulation of g

130 s physical limitations associated with their sessile lifestyle.

131 McaS modulate steps in the progression to a sessile lifestyle.

132 the decision to abandon motility and adopt a sessile lifestyle.

133 ween free-living motile and surface-attached sessile lifestyles.

134 In contrast, a sessile liquid marble on a solid surface suffers from ev

135 , suggesting rooting of brachiopods into the sessile lophotrochozoans and the origination of their bi

136 ance is promoted by efficient elimination of sessile lymph node T cells and control of the proinflamm

137 owing to its exceptional ability to deplete sessile lymph node T cells.

138 tes normally take up residence in tissues as sessile macrophages, but others differentiate into migra

139 e, we compare our long-term record of weekly sessile marine invertebrate recruitment with interannual

140 In experimental communities of sessile marine invertebrates, increased species richness

141 Sessile marine mussels must "dry" underwater surfaces be

142 Sessile marine organisms are prolific sources of biologi

143 The efficacy of this strategy for sessile marine species is of considerable interest given

144 rium studies revealed a smoothly marginated, sessile mass with a relatively flat central ulcer on the

145 lts of endoscopy confirmed the presence of a sessile mass with central ulceration in the midesophagus

146 Giant papillomatous sessile masses were identified in the upper and lower fo

147 wth of bacteria in the environment is within sessile, matrix-enclosed communities known as biofilms.

148 s, i.e., that they colonize the intestine as sessile members of mixed biofilms, obtaining the sugars

149 Biofilms are communities of sessile microbes that are phenotypically distinct from t

150 Biofilms are defined as consortia of sessile microorganisms that are embedded in a matrix.

151 cteria colonize surfaces and transition to a sessile mode of growth.

152 During their sessile mode of life, plants need to endure variations i

153 Discovery of sessile mode of microbial existence (Biofilm state) focu

154 egulating the transitions between motile and sessile modes of growth in a variety of bacterial specie

155 le for DGCs in the regulation of the reverse sessile-motile transition of dispersion.

156 correlates with the formation of biofilms, a sessile, multicellular growth form.

157 a free-swimming, single-cell lifestyle to a sessile, multicellular state called a biofilm, bacteria

158 ires the transition from motile myoblasts to sessile myotubes and the assembly of a highly regular co

159 ticularly important in plants, because their sessile nature commands adaptation for survival rather t

160 Due to their sessile nature, it is particularly critical for plants t

161 re rapidly dispersed and integrated into the sessile network, facilitating their interaction with mig

162 We conducted field tests of sessile oak (Quercus petraea), a widespread keystone Eur

163 1970s with a 71% reduction in the number of sessile oak stems by 2014.

164 ls such as BHK and lens epithelial cells are sessile, often recognize apoptotic cells as soon as they

165 of 2106 patients who underwent EMR for large sessile or flat colorectal polyps or laterally spreading

166 nsecutive patients referred for EMR of large sessile or flat colorectal polyps or laterally spreading

167 Endoscopic treatment for large sessile or flat lesions is highly successful in patients

168 Modular organisms tend to be sessile or passively mobile and, as genetic individuals,

169 Colonic polyps can be sessile or pedunculated; their appearance depends on whe

170 Like other organisms that are sessile or slow moving, some marine sponges contain aver

171 tant, and durable wet adhesion of the marine sessile organism.

172 mall number of parameters, was developed for sessile organisms and tested using the barnacle Semibala

173 terns of recruitment to adult populations in sessile organisms by considering the numbers of individu

174 Plants as sessile organisms can adapt to environmental stress to m

175 Despite being sessile organisms constantly exposed to potential pathog

176 The survival of plants as sessile organisms depends on their ability to cope with

177 As sessile organisms growing in an ever-changing environmen

178 Plants as sessile organisms have developed prompt response mechani

179 pretation of some Ediacaran fossils as large sessile organisms of cool, dry soils, is compatible with

180 Plants are sessile organisms rooted in one place.

181 in avoidance or attractile behavior, but for sessile organisms such as plants, stress adaptation is a

182 Yet, many sessile organisms such as seaweeds and sponges suffer re

183 Sessile organisms that compete for access to resources b

184 Plants are sessile organisms that gauge stressful conditions to ens

185 Higher plants are sessile organisms that perceive environmental cues such

186 Plants are photoautotrophic sessile organisms that use environmental cues to optimiz

187 Plants are sessile organisms, and their ability to adapt to stress

188 Clonality is a pervasive feature of sessile organisms, but this form of asexual reproduction

189 Plants, as sessile organisms, employ multiple mechanisms to adapt t

190 Plants, as predominantly sessile organisms, have evolved complex detoxification p

191 Plants as sessile organisms, incapable of seeking for optimal cond

192 Plants, being sessile organisms, need to respond to changing environme

193 Being sessile organisms, plants evolved sophisticated acclimat

194 As sessile organisms, plants have evolved a multitude of de

195 As sessile organisms, plants must adapt to variations in th

196 As sessile organisms, plants must cope with abiotic stress

197 As sessile organisms, root plasticity enables plants to for

198 Like all sessile organisms, surface-attached communities of bacte

199 As sessile organisms, terrestrial plants have evolved sophi

200 Plants are sessile organisms, that depend upon chemical signals to

201 ing patterns of mortality of early stages of sessile organisms.

202 te may play in driving the range dynamics of sessile organisms.

203 e critical to their survival and adaption as sessile organisms.

204 As a model system, we pick a sessile Ouzo droplet (as known from daily life-a transpa

205 t contrasted strongly with the predominantly sessile Paleozoic crinoid faunas.

206 One party (the transporter) moves a sessile partner (the cargo).

207 p-regulated in the SspA(-) SspB(-) strain in sessile, planktonic, and free-growing cells.

208 multaneous environmental challenges that the sessile plant cannot avoid.

209 The sessile plants have evolved a large number of receptor-l

210 ators, in spite of how important they are to sessile plants, which require accurate timekeepers that

211 Being sessile, plants are highly responsive to small differenc

212 Fan worms (Annelida: Sabellidae) are sessile polychaetes that spend their adult lives in tube

213 A sessile polyp would most likely (at 95% confidence level

214 P=0.004); the rates of detection of serrated sessile polyps measuring 1 cm or more were 42.4% and 5.1

215 & AIMS: Among patients with large colorectal sessile polyps or laterally spreading lesions, it is imp

216 tifacts on the depiction of pedunculated and sessile polyps was assessed qualitatively.

217 edunculated polyps was not compromised, some sessile polyps were degraded by the artifact.

218 at polyps were more difficult to detect than sessile polyps.

219 oliferating precursor cells, but is a mostly sessile population that turns over very slowly.

220 As a result, UPEC in these sessile populations enhances bladder cell adhesion and i

221 n planktonic populations and high-expression sessile populations.

222 mor fibroblasts derive primarily from local, sessile precursors.

223 from a motile, foraging swarmer cell into a sessile, replication-competent stalked cell during its c

224 ple secondary metabolite production by these sessile saprophytes.

225 noma, traditional serrated adenoma (TSA), or sessile serrated adenoma (SSA) with villous characterist

226 us adenoma with low grade dysplasia, n = 27; sessile serrated adenoma, n = 4; tubulovillous adenoma w

227 CRC precursor lesions (including sessile serrated adenoma/polyps (SSA/P), traditional ser

228 h familial adenomatous polyposis (n = 18) or sessile serrated adenomas (n = 15) and normal colonic ti

229 Sessile serrated adenomas (SSAs) and traditional serrate

230 actors that contribute to the development of sessile serrated adenomas (SSAs).

231 Human sessile serrated adenomas and right-sided colorectal tum

232 A subgroup analysis was performed for sessile serrated adenomas for 2007-2012.

233 nal polyp studies, premalignant potential of sessile serrated adenomas has been described and screeni

234 Sessile serrated adenomas were uncommon (n = 417, 4.5 %)

235 ted lesions includes hyperplastic polyps and sessile serrated adenomas without dysplasia, as well as

236 d areas of human hyperplastic polyps (HPPs), sessile serrated adenomas, and traditional serrated aden

237 R signaling also is activated in human HPPs, sessile serrated adenomas, and traditional serrated aden

238 s but also traditional serrated adenomas and sessile serrated adenomas.

239 Sessile serrated adenomas/polyps (SSA/Ps) and traditiona

240 SPs comprise hyperplastic polyps, sessile serrated adenomas/polyps (SSA/Ps), and tradition

241 wed a high protein expression, especially in sessile serrated adenomas/polyps and Lynch syndrome.

242 17.3% vs 6.8%; relative risk = 2.1), and for sessile serrated adenomas/polyps than for conventional a

243 but not body fat, tended to be stronger for sessile serrated adenomas/polyps than hyperplastic polyp

244 ubset of human colorectal tissue samples--48 sessile serrated adenomas/polyps, 70 sporadic high-grade

245 and lowest IRR after adjusting for size and sessile serrated histology.

246 her education was positively correlated with sessile serrated polyps but not with other serrated poly

247 d precancerous lesions (advanced adenomas or sessile serrated polyps measuring >/=1 cm in the greates

248 rs6983267 was significantly associated with sessile serrated polyps, but this association was opposi

249 ns, the highest prevalence of markers was in sessile-serrated polyps (SSP) of >/=10 mm that were in t

250 al for species persistence, particularly for sessile species and plants.

251 Early life-history interactions with other sessile species at the fertilization, larval and recruit

252 Here, we removed sessile species from a rocky shore community in a way th

253 removal of an equivalent biomass of dominant sessile species had no effect on consumers.

254 animals, and especially among sedentary and sessile species living at low densities, where mates are

255 13-2014) surveys across 20 sites showed that sessile species richness was positively correlated to mu

256 tagonistically to regulate the conversion of sessile spermatids into motile spermatozoa, implicating

257 ermiogenesis, the cellular transformation of sessile spermatids into motile spermatozoa, occurs in th

258 gical events that ultimately transform round sessile spermatids into polar motile spermatozoa occur w

259 ey (Hordeum vulgare L.) are characterized by sessile spikelets directly borne on the main axis, thus

260 The Suppressor of sessile spikelets1 (Sos1) mutant of maize produces singl

261 In the sessile stage, C. crescentus is often found tightly atta

262 life cycle composed of a motile stage and a sessile stage.

263 scentus produces a motile swarmer cell and a sessile stalked cell at each cell division.

264 rent cell types at each cell division: (i) a sessile stalked cell that can initiate DNA replication i

265 er cell that represses DNA replication and a sessile stalked cell that replicates its DNA.

266 ically, yielding a motile swarmer cell and a sessile stalked cell.

267 rent cell types: a motile swarmer cell and a sessile stalked cell.

268 transition of the motile swarmer cell to the sessile stalked cell.

269 pmental stages, a motile swarmer phase and a sessile stalked phase.

270 acterium with a complex cell cycle involving sessile-stalked and piliated, flagellated swarmer cells.

271 ween a solitary, motile state and a chained, sessile state in Bacillus subtilis.

272 r swarm in small groups over surfaces, and a sessile state in which the bacteria adhere to each other

273 ubtilis, the transition from a planktonic to sessile state is mediated by mutually exclusive regulato

274 intrinsically involves a surface-associated, sessile state, we investigated the dynamics and control

275 feedback loop that locks the system into the sessile state.

276 underlying the switch between the motile and sessile states of B. subtilis, and show a role for a dou

277 to rapidly transition between planktonic and sessile states.

278 at governs the switch between planktonic and sessile states.

279 that controls the switch between motile and sessile states.

280 ation of the C. crescentus population into a sessile, "stem cell"-like subpopulation (monolayer biofi

281 Microscopic sessile suspension feeders are a critical component in a

282 culation of the feeding currents produced by sessile suspension feeders inhibits their ability to acc

283 aces they live upon, whereas we observe that sessile suspension feeders often feed at an angle to the

284 y stabilizing the sediment surface, allowing sessile suspension feeders such as brachiopods, corals,

285 MP signaling in the regulation of the motile-sessile switch by providing yet another potential link t

286 For sessile taxa richness, we observed an interaction in whi

287 Once they become sessile, the microorganisms change their phenotype.

288 turation, enabling their transition from the sessile to the motile state.

289 Six were sessile; two were located in the sigmoid colon, two in t

290 ism for self-organization of nanometer-sized sessile vacancy cluster (stacking fault tetrahedron) arr

291 ported to date: are they spores, persisters, sessile vegetative cells or do they make up a slow-growi

292 free-swimming phase outside its host, and a sessile virulent phase when colonizing the human small i

293 ements showed that resident macrophages were sessile, whereas DCs were motile before and after inflam

294 sion pattern indicated that these cells were sessile, yet they had begun to acquire many phenotypic c