ライフサイエンスコーパス: dentition

1 odont dentition) or not at all (monophyodont dentition).

2 rents versus controls (primary and permanent dentitions).

3 the top of the snout and a "fish-trap"-type dentition.

4 d in mineralized tissues of the skeleton and dentition.

5 ren with caries and 24 children with healthy dentition.

6 rential effects across tooth surfaces of the dentition.

7 s and typically performed using the anterior dentition.

8 ated it with their caries status and type of dentition.

9 s in significant pain to the pet and loss of dentition.

10 ve morphological variation in their jaws and dentition.

11 res of the frontal, occipital, maxillae, and dentition.

12 alveolar bone that surround and support the dentition.

13 ovides a mechanism for patterning vertebrate dentition.

14 cial development and patterning of mammalian dentition.

15 enesis that preferentially affects posterior dentition.

16 variance with the large facial skeleton and dentition.

17 ation of individual teeth versus the overall dentition.

18 role of EDA in the development of secondary dentition.

19 Dental implants were used to restore her dentition.

20 l is thin, with mild spacing in the anterior dentition.

21 bonated soft drinks on caries in the primary dentition.

22 lt of pleiotropic function in the pharyngeal dentition.

23 appears at the time of eruption of permanent dentition.

24 destruction of the supporting structures of dentition.

25 dth similar to that found around the natural dentition.

26 n essential role in the patterning of murine dentition.

27 n enamel crystal formation in the developing dentition.

28 inflammation relative to the gingiva of the dentition.

29 nse to plaque compared to the gingiva of the dentition.

30 steps in the evolution of the cercopithecoid dentition.

31 y procumbent and distinctly heterodont lower dentition.

32 ndirect evidence from jaw morphology and the dentition.

33 inct expression domains in patterning of the dentition.

34 be done in the late mixed or early permanent dentition.

35 tion, followed by a phase 2 in the permanent dentition.

36 actively, and continuously regenerate their dentition.

37 ific role for this pathway in development of dentition.

38 the molecular basis of the patterning of the dentition.

39 normal inhabitant of a periodontally healthy dentition.

40 the development of the face, eyes, limbs and dentition.

41 minations at qualifying sites and the entire dentition.

42 2-9 years were caries-free in their primary dentition.

43 17 years were caries-free in their permanent dentition.

44 mly assigned to the various quadrants in the dentition.

45 andomly assigned to various quadrants in the dentition.

46 al treatment (RCT) and the types of opposing dentition.

47 odontium, potentially leading to loss of the dentition.

48 veolar bone/periodontal defects, and altered dentition.

49 ive and interceptive procedures in the mixed dentition.

50 g indicating p62 abnormalities, including in dentition.

51 er and evolutionary outcomes of rodent cheek dentition.

52 o pathophysiological conditions in the adult dentition.

53 ng the effect of small dose radiation on the dentition.

54 integral, functionally important part of our dentition.

55 patterns of morphological variation in their dentition.

56 and periodontal ligaments and eventually the dentition.

57 creased anomalies of the maxillary permanent dentition.

58 ed with children/young adults with permanent dentition.

59 in primary dentition compared with permanent dentition.

60 fferentially affects characters in the mouse dentition.

61 ctive for LAgP in both primary and permanent dentitions.

62 late with evolutionary changes in vertebrate dentitions.

63 erity in both emerging primary and permanent dentitions.

64 tin affecting both the primary and permanent dentitions.

65 e primary to those affected in the permanent dentitions.

66 led teeth) for the primary and the permanent dentitions.

67 root morphology in primary and/or secondary dentitions.

68 al genetic patterning mechanisms for primate dentitions.

69 d in case probands for primary and permanent dentitions.

70 anium and associated lower jaws with in situ dentitions.

71 nical outcomes of both primary and permanent dentitions.

72 away from retaining and treating the natural dentition?

73 y (21% vs. 4%, P = 3 x 10(-8)) and permanent dentitions (51% vs. 8%, P = 4 x 10(-62)) but not in the

74 with root resection remained as part of the dentition (55.3%) and 38 (44.7%) failed.

75 orms independently developed high-complexity dentitions a minimum of three times.

76 mber of snack foods that are retained on the dentition accumulate fermentable sugars and short-chain

77 d young adults with primary versus permanent dentition affected by LAgP.

78 and 67 females; 22 primary and 75 permanent dentitions affected) diagnosed with LAgP were included.

79 The first known upper dentitions--an adult and subadult--of the cercamoniine a

80 om eight myrmecophagous species with reduced dentition and 21 non-myrmecophages, to investigate the e

81 An abnormal dentition and a bone ridge along the underside of the pa

82 Abnormal dentition and a midline bone ridge projecting from the i

83 erized by a highly specialized insectivorous dentition and a sizable patagium (flying membrane) for g

84 The simple dentition and absence of bilophodonty in the Nakwai monk

85 Emergence of permanent dentition and achievement of approximately half of adult

86 eosimiid anatomy has been restricted to the dentition and an isolated petrosal bone, and this limite

87 Our analysis suggests that the dentition and diet of silesaurids, ornithischians and sa

88 Deterioration of dentition and dry mouth were significantly greater in qu

89 presented with periodontitis of the primary dentition and early tooth loss.

90 ctures at the dentine level in the posterior dentition and expression of a "crown buccal vertical gro

91 determined to be extraction of the remaining dentition and fabrication of immediate dentures.

92 also investigated the representation of the dentition and identified regions of cortex responsive to

93 ask how vertebrates generally replace their dentition and in turn how this process acts to influence

94 Here we describe the complete dentition and jaw of a large-bodied adapiform (Afradapis

95 ome crown-ancestor, which possessed a simple dentition and lacked a permanent dental lamina, which ev

96 The morphologically unique dentition and only known ptolemaiid cranium, that of Pto

97 clusion but no supportive evidence for mixed dentition and permanent dentition malocclusions.

98 ulp chamber in an effort to maintain natural dentition and prevent pulpal infection.

99 have problems with feeding, speech, hearing, dentition and psychological development.

100 k indicator for dental caries in the primary dentition and should be discouraged.

101 haploinsufficiency during the patterning of dentition and the subsequent loss of posterior teeth.

102 elevated serum IgE levels, retained primary dentition, and bone abnormalities.

103 e on cranial morphology, with habitat, size, dentition, and feeding method also significant factors i

104 s, for preventing excessive wear of opposing dentition, and for protecting Y-TZP from hydrothermal de

105 Maternal 25(OH)D may influence the primary dentition, and improving vitamin D status in pregnant wo

106 also on the adjacent salivary glands, bone, dentition, and masticatory musculature and apparatus.

107 genesis across the surfaces of the permanent dentition, and nominates several novel genes for investi

108 Rather-as is seen elsewhere in the cranium, dentition, and postcranial skeleton-these mandibular rem

109 Taurodontism, histologic structure of the dentition, and severe attachment loss in the primary den

110 l skull and dentaries with a nearly complete dentition, and with a dental formula of I4/3 C1/1 P5/4 M

111 Recent discovery of crania, dentitions, and postcrania of a primitive anthropoidean

112 secondary bone' at the bases of the marginal dentition; and a ventrally directed mental process at th

113 orted by the combined presence of a marginal dentition ankylosed to the apex of the dentary, maxilla,

114 Both the deciduous and permanent dentitions are affected, resulting in premature tooth lo

115 Mammalian grinding dentitions are composed of four major tissues that wear

116 Chondrichthyan dentitions are conventionally interpreted to reflect the

117 Crown-chondrichthyan dentitions are derived relative to the gnathostome crown

118 unsuccessful, perhaps because chondrichthyan dentitions are equally specialized, or else evolved inde

119 Some of the most unusual dentitions are found among members of the highly derived

120 However, mouse dentitions are highly derived compared with human dentit

121 Mammalian dentitions are highly patterned, with different types of

122 no "white spot" caries (ws) in the selected dentition area; a higher-caries group averaged 4.1 ws in

123 This finding suggests that complex dentitions arose independently in several reptilian line

124 it from lateral support from the surrounding dentition as do bridged implants, and that these restora

125 an either renew their teeth once (diphyodont dentition, as found in humans) or not at all (monophyodo

126 ent in sites > or =5 mm on one-half of their dentition at baseline and month 4.

127 thy, asymptomatic human subjects with normal dentition ate solid food coated with barium.

128 f differences in craniofacial morphology and dentition between the earliest American skeletons and mo

129 er, with nonimmunologic abnormalities of the dentition, bones, and connective tissue.

130 tylus sinensis) defined by their distinctive dentition, but excludes the putative istiodactylids Haop

131 eratinous baleen for filter-feeding and lack dentition, but the fossil record clearly shows that "too

132 terised in both the mandibular and maxillary dentition by a loss of the permanent canines, premolars

133 an important role in evolution of mammalian dentition by giving rise to new cusps and interconnectin

134 er, these results suggest that the permanent dentition can be subdivided into groups of tooth surface

135 sought to determine if caries in the primary dentition can predict caries in the permanent dentition

136 ted differential genetic factors for primary dentition caries and permanent dentition caries, as well

137 s for primary dentition caries and permanent dentition caries, as well as for pit-and-fissure- (PF) a

138 for domestication at Botai is damage to the dentition commonly linked with the use of bridle mouthpi

139 revalence of caries (51.2% of teeth in adult dentitions), comparable to modern industrialized populat

140 fferent caries trajectory in their permanent dentition compared to their caries-free contemporaries.

141 months were significantly greater in primary dentition compared with permanent dentition.

142 tions are highly derived compared with human dentitions, complicating the application of these insigh

143 Analyses according to dentition status (good dentition, compromised dentition, partial denture, and c

144 Dentition consisted of 7 primary teeth, 11 erupted perma

145 ementarily, these more durable and efficient dentitions could be selected to cope with important inge

146 rphology, we compiled a large dataset of 450 dentitions dating between ~47 and 7 thousand years ago (

147 Permanent dentition dental examinations were conducted at ages 9,

148 illed teeth and decayed teeth in the primary dentition (dft, dt) and permanent dentition (DFT, DT) in

149 he primary dentition (dft, dt) and permanent dentition (DFT, DT) in cases versus controls.

150 ing of teeth, prolonged retention of primary dentition, diastemata, and poor plaque control.

151 Their dentitions differ fundamentally from those of arthrodire

152 of important innovations such as heterodont dentition, diphyodonty and the dentary-squamosal jaw joi

153 umber of affected surfaces across the entire dentition; DMFS1-5, partial DMFS indices representing th

154 umber of affected surfaces across the entire dentition; DMFS1-5, partial DMFS indices representing th

155 mmon with most mammals, humans form only two dentitions during their lifetime.

156 n is a significant physiological landmark of dentition establishment.

157 Although such dentition evolved repeatedly in mammals (such as horses,

158 Molariform dentition evolved three to five times independently with

159 e, the horse subfamily in which high-crowned dentitions evolved.

160 advocate starting a first phase in the mixed dentition, followed by a phase 2 in the permanent dentit

161 an obligate meat-eater, possessing a robust dentition for taking down large prey, and displays one o

162 value periodontists in treating the natural dentition for their patients.

163 est (TDT) analysis (FBAT software) for three dentition groups: primary, mixed, and permanent.

164 ildren who developed caries in their primary dentition had a very different caries trajectory in thei

165 Although KT height surrounding the dentition has been devalued by evidence-based studies, t

166 r Dlx-1 and Dlx-2 genes in patterning of the dentition has been proposed with the genes envisaged as

167 n, and severe attachment loss in the primary dentition have not been described previously in trisomy

168 ertinus, including the first known antemolar dentitions, have been discovered in 1989 and 1990 in the

169 deciduous dentition replaced by a permanent dentition; however, the mouse possesses only one tooth g

170 workers have discovered an unusually complex dentition in a fossil relative of the modern-day tuatara

171 c model of the developmental modification of dentition in avian evolution; in this model, changes in

172 sults suggest that the representation of the dentition in mammals is capable of significant reorganiz

173 cently reported a unique phenotype involving dentition in mice lacking a functional Runx2 gene.

174 pered by the lack of lifelong replacing oral dentition in most conventional models.

175 ERK-MAPK cascade during the evolution of the dentition in rodents.

176 s of stronger selection for the evolution of dentitions, including the early Miocene shortly before t

177 rted pain experience, neural density in both dentitions increased significantly with caries.

178 hyperal-dosteronism, splenomegaly, abnormal dentition, intestinal obstructions, and death before wea

179 types (developed by clustering the permanent dentition into categories of tooth surfaces based on co-

180 The human dentition is a typical diphyodont mammalian system with

181 The occurrence of caries in the permanent dentition is clustered: A quarter of the children and ad

182 It is believed that mouse dentition is determined by a prepatterning of the oral e

183 While primitive, the dentition is generally small and simple in occlusal morp

184 man, have indicated that the development of dentition is under the control of several genes.

185 tment (LAgP) affecting primary and permanent dentition is unknown.

186 difference between the primary and permanent dentitions is the physiologic loss of the primary tooth

187 tive effect of breastfeeding against primary dentition malocclusion but no supportive evidence for mi

188 e evidence for mixed dentition and permanent dentition malocclusions.

189 inocycline-induced staining of the permanent dentition may not be reversible.

190 allowing abnormalities, xerostomia, and poor dentition may result in dietary adaptations that may cau

191 greater reduction in CAL in LAgP of primary dentition may suggest that younger children may carry a

192 characterized by loss of bone support of the dentition, Mfge8(-/-) mice exhibited higher numbers of o

193 e keratinized tissue present in the adjacent dentition (NCT03501537).

194 nts severe gingival recession in the primary dentition of a trisomy 18 patient.

195 ior teeth resemble in pattern and number the dentition of fish species that retain anterior pharyngea

196 The dentition of Proteopithecus is very primitive and does n

197 The dentition of Purgatorius is more primitive than those of

198 The specialized dentition of skin-feeding (dermatophagous) caecilians ma

199 rew as well as initial evidence of the upper dentition of the early Oligocene taxon Metoldobotes.

200 bolism, body size, cursorial locomotion, and dentition of the ruminants.

201 entition can predict caries in the permanent dentition of the same individuals and, if so, with what

202 on the formation of the symmetrical acrodont dentition of the veiled chameleon (Chamaeleo calyptratus

203 The dentition of this probably early-posthatchling individua

204 e first and only information about the molar dentition of this strange group of extinct marsupials.

205 affinities of Kelba and documents the lower dentition of this taxon.

206 onodont elements are not homologous with the dentition of vertebrates, but they exhibit similarities

207 The lower dentition of Widanelfarasia (new genus), a diminutive la

208 tis affecting both the primary and permanent dentitions of children.

209 The dentitions of extant fishes and land vertebrates vary in

210 the generalized insectivorous or omnivorous dentitions of other Jurassic mammals.

211 otron microtomography to describe the fossil dentitions of so-called acanthothoracids, the most phylo

212 Dentitions of the sympatric herbivorous dinosaurs Hungar

213 e deposits that have yielded numerous fossil dentitions of this poorly known mammal.

214 er child, treated to the tongue, had delayed dentition only in the teeth adjacent to the brachytherap

215 aries increment in the primary and secondary dentitions or in the proportions of children attending a

216 ither renew their teeth one time (diphyodont dentition) or not at all (monophyodont dentition).

217 ols, periodontitis occurrence, and permanent dentition orthodontic treatment need.

218 en attributed to reduced selection for large dentitions owing to changes in diet or the acquisition o

219 y despite children's age, caries status, and dentition (p < .001), with healthy plaque predicting hig

220 r the anterior teeth compared with posterior dentition (P < 0.05).

221 was found for these defects in the permanent dentition (p = 0.005).

222 n caries prevalence in primary and permanent dentitions (p < 0.01).

223 entition status (good dentition, compromised dentition, partial denture, and complete dentures) showe

224 n WNT10B affect the development of permanent dentition, particularly the lateral incisors.

225 Dentition patterning also provides a unique model for un

226 We therefore cultured primary dentition PDL fibroblasts (PPDL cells) to investigate in

227 erticulitis and esophagitis (one each)], and dentition [periodontal abscess (10)].

228 formed separate GWAS for caries in permanent-dentition PF surfaces (1,017 participants, adjusted for

229 dless of children's caries status or type of dentition, PF (378.6) had significantly higher ADS activ

230 Compared with PDL cells from the permanent dentition, PPDL cells generally produced a greater amoun

231 ) = 0.98; 95% CL = 0.90, 1.06] and the mixed dentition (PR = 0.98; 95% CL = 0.91, 1.05).

232 found in humans) or not at all (monophyodont dentition, present in mice).

233 rd tissue during tooth formation in acrodont dentitions probably represents a novelty in the Acrodont

234 ese two species of disparate size ranges and dentitions provides strong evidence for niche partitioni

235 CONCLUSIONs: A periodontally compromised dentition punctuated by teeth with limited clinical root

236 reatment of avulsions in the young permanent dentition remains a common problem, and a universally ac

237 two sets of teeth (diphyodont) - a deciduous dentition replaced by a permanent dentition; however, th

238 In many non-mammalian vertebrates, adult dentitions result from cyclical rounds of tooth regenera

239 eriodontal access surgery needs in untreated dentition sextants but markedly overestimated surgical a

240 The primary dentition showed amber discoloration, pulp obliteration,

241 The secondary dentition showed either pulp obliteration with bulbous c

242 IP sites of subjects affected in the primary dentition showed partially overlapping but distinct micr

243 The dentition shows only modest specialization for herbivory

244 ogs have an entirely brachyodont, diphyodont dentition similar to that in humans, as opposed to mice,

245 , but it has been known only from fossilized dentitions since it was first described half a century a

246 the developmental impact of EDA on secondary dentition, since dogs have an entirely brachyodont, diph

247 be involved in the patterning of the murine dentition, since loss of function of Dlx1 and Dlx2 resul

248 t microbial communities from C-MIP permanent dentition sites (p < 0.05).

249 haga and Leptotrichia, while C-MIP permanent dentition sites showed higher prevalence of Filifactor a

250 hich have only permanent teeth (monophyodont dentition), some of which are very different (aradicular

251 to root planing individual quadrants of the dentition, spaced 2 weeks apart.

252 nning orthodontic interventions in the mixed dentition stages thereby reducing the burden in a public

253 Analyses according to dentition status (good dentition, compromised dentition,

254 or functional tooth units, TMJ disorder, and dentition status) on overall diet quality in a community

255 ovements in dental management of compromised dentition, strategic extraction should be deferred, when

256 ructions based on isotopic analyzes of horse dentition suggest Graunceanu would have been relatively

257 4) maxillary anterior surfaces, and (C5) mid-dentition surfaces.

258 , the teeth continue to erupt, the posterior dentition tends to drift in a mesial direction, and the

259 gher dental caries experience in the primary dentition than did children with other fluid consumption

260 in those pupils with caries in their primary dentition than in those without.

261 evolution but retain a posterior pharyngeal dentition that requires retinoic acid (RA) cell-cell sig

262 features of the postcranial skeleton and the dentition that support the molecular phylogeny and clear

263 ns in an asymptomatic elderly male with poor dentition that was treated with levofloxacin.

264 ely, carnivorous reptiles have non-occluding dentitions that engender negligible bone damage during f

265 lex tooth shapes develop in first generation dentitions that lack the capacity for lifelong replaceme

266 ore extractions, while he was still in mixed dentition the subgingival plaque was collected and analy

267 e interplay among cariogenic bacteria on the dentition, the host diet, and other environmental exposu

268 e is a multisystem disorder that affects the dentition, the skeleton, connective tissue, and the immu

269 , and simulated unilateral biting across the dentition; the models differed in the number of FEs, deg

270 ental lamina of sharks that regenerate their dentition throughout life, providing evidence that human

271 he occurrence of multiple origins of complex dentitions throughout Crocodyliformes indicates that her

272 d tissue width (KTW) augmentation in natural dentition, to evaluate the long-term outcomes and assess

273 55,143) using previously developed permanent dentition tooth surface-level dental caries pattern trai

274 netic association between caries of the mid- dentition tooth surfaces and AJAP1 (p value = 2e-8), a g

275 Diet, echolocation, feeding method, and dentition type strongly influence mandible shape.

276 , genus Lethrinus, relating to body form and dentition type.

277 s gap, allowing direct comparison of extreme dentition types.

278 good cutting capabilities, it likely put the dentition under greater constraints, conserving the high

279 evolution in one such system, the vertebrate dentition, using as a model loss of oral teeth in cyprin

280 nt rate, formation time, crown volume, total dentition volume, and enamel thickness for two coexistin

281 and in severe caries of the young permanent dentition was compared using Sanger sequencing of the ri

282 The rest of the dentition was less affected, with a diagnosis of general

283 Visible periapical or periodontal changes in dentition were analyzed with intraoral X-rays with the u

284 When treated sides of the dentition were compared to untreated sides, DH showed a

285 aries patterns for the primary and permanent dentition were dissimilar.

286 The defects in the permanent dentition were typically mild and consistent with a diag

287 equently been lost or decoupled in mammalian dentitions where complex tooth shapes develop in first g

288 Mammals have single-rowed dentitions, whereas many nonmammalian vertebrates have t

289 ammation of the supporting structures of the dentition which constitutes one of the most common cause

290 cterized by the complex adaptations of their dentition, which are an indication that diet has played

291 oung animals are equipped with a specialized dentition, which they use to peel and eat the outer laye

292 h between the size of the lower face and the dentition, which, in turn, leads to increased prevalence

293 dition was complete coverage of the marginal dentition with extraoral tissue when the mouth was close

294 short, broad skull, robust lower jaw, and a dentition with relatively few teeth that nonetheless sho

295 the development of the zebrafish pharyngeal dentition with the goal of uncovering novel roles for FG

296 The well-developed and worn molariform dentition with three tooth rows supports the previous in

297 eatly impact the periodontium, especially in dentitions with a thin periodontal phenotype.

298 ernative renewal mechanism of bearded dragon dentition, with dual location of slow-cycling cells, dem

299 lt to frame the morphological trend of their dentitions within an adaptive scenario.

300 he most complete Caribbean subfossil primate dentition yet recorded, demonstrating the likely coexist