ライフサイエンスコーパス: systematics

1 is of fundamental importance for prokaryotic systematics.

2 ogeny is currently the basis for prokaryotic systematics.

3 stem to study grass phylogeny, evolution and systematics.

4 pecies and has become a challenge for modern systematics.

5 bases, for example, in molecular biology and systematics.

6 ir use as 'perfect' characters for molecular systematics.

7 ly on a long-standing controversy in primate systematics.

8 cing time and cost associated with molecular systematics.

9 search investment in insect biodiversity and systematics.

10 have occurred in cercopithecid taxonomy and systematics.

11 e resolving power of 400 and exhibit minimal systematics.

12 in the data such as unknown scale-dependent systematics.

13 r a more complete treatment of observational systematics.

14 are more aligned with contemporary mosquito systematics.

15 nsively sequenced molecular markers in plant systematics.

16 ethods, and generation of data for molecular systematics.

17 velopment, medicine, evolution, ecology, and systematics.

18 he greatest unresolved challenge in dinosaur systematics.

19 lk Silicate Earth, BSE) for numerous isotope systematics.

20 sion did not perturb the (18)O/(16)O isotope systematics.

21 gy, biomechanics, developmental biology, and systematics.

22 remaining questions that hinder mygalomorph systematics.

23 and critical fields such as paleobotany and systematics.

24 s of morphological evolution in invertebrate systematics.

25 ively fast and thus widely used in molecular systematics.

26 natural foundation for microbial ecology and systematics.

27 relationship between behavioral studies and systematics.

28 Kansas, especially wild bee behavior and bee systematics.

29 Characterization of the hafnium-tungsten systematics ((182)Hf decaying to (182)W and emitting two

30 dataset for further advances in Brassicaceae systematics and a timely higher-level phylogenetic frame

31 Lead isotope systematics and between-site flux comparisons indicated

32 However, the systematics and biology of this group of ascidians is no

33 Its secular occurrence, carbon isotope systematics and co-occurrence with other demethylated te

34 However, many aspects of the systematics and divergence times of the group remain unr

35 the Biological Species Concept in prokaryote systematics and ecology.

36 ons into taxon-character matrices to support systematics and evolutionary biology research.

37 n-essential plasmid DNA has implications for systematics and evolutionary biology.

38 pplications are becoming important in insect systematics and in phenomics studies of insect behavior

39 erialia" concept may revolutionize molluscan systematics and may have important implications for meta

40 g synthetic data environments for biological systematics and other domains impacted by these conflict

41 e phylogeny of the organisms determined from systematics and other molecular studies.

42 reviously intractable questions of molecular systematics and phylogeography in slowly evolving groups

43 es span 2.0-4.0 micrometres, exhibit minimal systematics and reveal well defined molecular absorption

44 ant hybridization, phylogeography, molecular systematics and seed dispersal.

45 Results from Na-Cl-Br systematics and stable and radiogenic isotopes suggest t

46 Scorpion systematics and taxonomy have recently shown a need for

47 nificantly improved our understanding of the systematics and taxonomy of these genera.

48 f (210)Pa allow us to extend the alpha-decay systematics and test the predictive power of theoretical

49 umptions made in the treatment of instrument systematics and the atmospheric retrieval analysis(3-12)

50 plant, is important in the discussion of its systematics and the ecology of the earliest angiosperms.

51 speciation, a tradition traceable to Mayr's Systematics and the Origin of Species.

52 tly related T. horrida, considering history, systematics, and biology.

53 e research in evolutionary biology, ecology, systematics, and conservation in Ethiopia and discuss ho

54 as of the mouth as one indicator of brushing systematics, and duration of specific brushing movements

55 e set of areas that included plant genetics, systematics, and evolution.

56 markers have been used to clarify triatomine systematics, and give examples of how our understanding

57 is much slower than that obtained from Hf-W systematics, and implies substantial accretion after the

58 e the bridge between population genetics and systematics, and landscape genetics the bridge between l

59 licable for sample identification, taxonomy, systematics, and population genetics for not only ticks

60 has proven to be important for the taxonomy, systematics, and population genetics of ticks.

61 ductor chamber has long held sway in amniote systematics, and still represents a common organizationa

62 ucture, identification, genetic improvement, systematics, and the symbiosis between entomopathogenic

63 ologue sequences agrees with present primate systematics, apart from some intermingling of species of

64 Overall, our integrated systematics approach further resolves species relationsh

65 Here, we use an integrated systematics approach, which combines reduced representat

66 To investigate how plagioclase trace-element systematics are affected by moderate to weak shock ( 5 t

67 Iron and Mn redox systematics are consistent with an oxygen oasis in the M

68 that the combined oxygen and carbon isotope systematics are identical to those of well-understood Ph

69 ing chip-scale clocks, and leading long-term systematics are predicted to limit the ultimate fraction

70 In microbial and viral genomes taxonomy and systematics are well covered by LPSN, TYGS and GTDB.

71 hat they find between predicted and observed systematics arises from a spurious correlation between c

72 ce has played only a minor role in folivoran systematics, as most sloths lived in places not conduciv

73 ution, community ecology, phylogenetics, and systematics, as well as practical significance for the m

74 We explored Cr isotope systematics at 11 sites in the Czech Republic and Poland

75 of whale shark will aid studies of molecular systematics, biogeography, genetic differentiation, and

76 nvironments is an increasing need within the systematics biology community.

77 rtant factor not only for the morphology and systematics but also for the phylogeny and evolution.

78 perties are held not by the named species of systematics but by ecotypes.

79 nalysis can not only identify these types of systematics, but can also be made optimal, in the sense

80 data have significantly advanced myxomycete systematics, but the evolutionary history of individual

81 pulation genetics, species delimitation, and systematics can all make use of mathematical predictions

82 changing viewpoints in taxonomy, -omics, and systematics can be integrated to advance mycological res

83 present an important challenge for the plant systematics community.

84 nvolve interfacing traditional and molecular systematics/diagnostics, adoption of the Caenorhabditis

85 Despite remarkable progress in angiosperm systematics during the last 20 y, relationships within M

86 rded phylogenetic significance in catarrhine systematics (e.g., a well developed rostrum, elongate sa

87 tween plagioclase shock state and some REE+Y systematics (e.g., La/Y and Sm/Nd ratios).

88 ch, including agriculture, invasion biology, systematics, ecology and evolution, and developmental re

89 greatly accelerate studies of the diversity, systematics, ecology and functional biology of diverse g

90 consistent with traditional morphology-based systematics, except for some exceptions in Dolphin (Turs

91 his variability is reflected in iron isotope systematics (expressed as d(57)Fe), showing a total rang

92 sed guidelines, current methods in bacterial systematics fail to divide the bacterial domain of life

93 s point toward the development of a rational systematics for prediction of which heteroaromatics have

94 and is attracting interest within microbial systematics for the rapid identification of bacteria and

95 have witnessed a paradigm shift in molecular systematics from phylogenetic methods (using one or a fe

96 primary lunar crust is based on geochemical systematics from the lunar ferroan anorthosite (FAN) sui

97 The past half-century of bacterial systematics has been characterized by improvements in me

98 ing, based on a family of slugs of which the systematics has been completely revised, illustrates an

99 Insect molecular systematics has complemented and enhanced the value of m

100 ue that some language commonly used in plant systematics has contributed to the confusion by describi

101 Molecular systematics has dramatically contributed to accelerating

102 Perhaps the most enduring debate in reptile systematics has involved the giant Galapagos tortoises (

103 Bacterial systematics has not yet reached a consensus for defining

104 Yet paleontological systematics has routinely dealt in (mainly) morphotaxa e

105 erstanding of fungal biodiversity and fungal systematics has undergone an exponential leap, incorpora

106 Insect molecular systematics has undergone remarkable recent growth.

107 ly growing fields of molecular evolution and systematics have much to offer to molecular biology, but

108 Here, we use collection-based systematics, iconography, and resequenced accessions of

109 This study investigates the iron isotope systematics in basalts from the ultraslow spreading Gakk

110 chlorite stability cannot explain the global systematics in the depth to the slab beneath the sharply

111 tigations have provided a stimulus to vector systematics in the discovery and delineation of cryptic

112 Global systematics in the location of volcanic arcs above subdu

113 Systematics in the location of volcanic arcs, the surfac

114 bonate inclusions, petrology, and Mg isotope systematics indicate Ca(2+) in carbonates is replaced by

115 Here we utilize Fe-S-C systematics integrated with palaeontological observation

116 Systematics is in the midst of a renaissance, heralded b

117 genus diversity, and understanding Micrurus systematics is of medical importance.

118 of Mars from shergottite radiogenic isotope systematics is reasonable.

119 iences, where its relatively simple isotopic systematics is used to trace degassing from the mantle,

120 chondritic initial (143)Nd-(176)Hf isotopic systematics may be derived from a chemically homogenous,

121 atoma huehuetenanguensis vector by molecular systematics methods occurring in the peridomestic enviro

122 In order to (i) establish the biological systematics necessary to interpret nitrogen (N) and oxyg

123 weakening the interpretation of 146Sm-142Nd systematics obtained for early planetary processes.

124 We measured the 26Al-26Mg isotope systematics of a approximately 5-micrometer refractory p

125 Thus, the effect of sea water on the osmium systematics of abyssal peridotites has been overestimate

126 Because of higher mantle S contents, Cu systematics of arc magmas require one log unit higher ox

127 nderstanding of diversity, distribution, and systematics of Black Basses will serve as important basi

128 formation and, therefore, the (26)Al-(26)Mg systematics of CAIs cannot be used to define their forma

129 methods have opened new interpretations for systematics of disease vectors.

130 Current understanding of the higher order systematics of eukaryotes relies largely on analyses of

131 nomic and phenomic approach to resolving the systematics of extinct megafauna will allow for an impro

132 stigate the Se concentrations and Se isotope systematics of groundwater and of U ore bearing sediment

133 The combined Ru and W isotope systematics of Hawaiian basalts are best explained by si

134 Here we present He-CO(2)-N(2) systematics of hydrothermal fluids that reveal the exist

135 is described in detail, and the taxonomy and systematics of Late Jurassic pliosaurids is revised.

136 The systematics of lecanoroid lichens, particularly the genu

137 The systematics of Madagascar's extinct elephant birds remai

138 tic evidence for assessing the species-level systematics of newly discovered lineages.

139 The noble gas isotope systematics of ocean island basalts suggest the existenc

140 The systematics of Oriental freshwater mussels (Bivalvia: Un

141 r publishers, the International Committee on Systematics of Prokaryotes (ICSP), and international mic

142 ormation, based on the (176)Lu-(176)Hf decay systematics of Ryugu samples, which reflect late lutetiu

143 rther clarity to the ecology, evolution, and systematics of symbiotic dinoflagellates.

144 article we examine the progress made on the systematics of the An. funestus group and review researc

145 on of the long-lived (147)Sm-(143)Nd isotope systematics of the depleted mantle and the continental c

146 and change the mobility and future trapping systematics of the evolved supercritical fluid.

147 those who try to interpret the taxonomy and systematics of the human fossil record.

148 The implications of this scheme for the systematics of the lower organisms is discussed.

149 We demonstrate that the U-Nb-Sc-Yb systematics of the majority of these Hadean zircons show

150 Attention has centered on systematics of the mid-Pleistocene hominins, their paleo

151 It also motivates important changes to the systematics of the phylum, including the elevation of Ar

152 Obtaining samples that shared the isotopic systematics of the shergottites would provide confidence

153 ss of the volcanic fronts, together with the systematics of their locations, requires that arcs must

154 la taxa, and major controversy surrounds the systematics of this complex.

155 recently little attention was focused on the systematics of this group.

156 We explore the evolutionary history and systematics of this novel virus, suggesting that it be i

157 sion somewhat blurs distinctions between the systematics of traces and trace makers, thus adding to t

158 Tanzanian peridotites are similar to the PGE systematics of ultramafic rocks from ophiolites.

159 Elemental and isotope systematics of uranium in OIBs are strikingly consistent

160 this study, we interrogate the compositional systematics of ~ 3500 Cenozoic oceanic and continental s

161 Sulphur isotope systematics offer insight into some aspects of crustal a

162 Our knowledge of the higher systematics on hesperiids from China is still very limit

163 t to research questions in plant physiology, systematics, paleoecology, and physics.

164 Diplopod systematics, past and present, are reviewed with a focus

165 ll eventually lead to consilience in reptile systematics, paving the way for synthetic studies of amn

166 or 179 species as a resource for drosophilid systematics, phylogenetics, and comparative genomics.

167 sequenced and will allow further studies of systematics, population genetics, and genome evolution.

168 bryophytes (otherwise predicted by molecular systematics) poses a major problem in our understanding

169 creasing analysis time for large chloroplast systematics projects.

170 Divergence dating analyses in systematics provide a framework to develop and test biog

171 Prokaryotic systematics provides the fundamental framework for micro

172 bacterial evolution, we argue that bacterial systematics should seek to identify ecologically distinc

173 rectly from the reference tree, facilitating systematics studies of focal clades.

174 Based on recent molecular systematics studies, the water lily lineage (Nymphaeales

175 ures, proteomics may produce a revolution in systematics such as that achieved by genomics, but with

176 Decoupled oxygen-hafnium isotope systematics suggest a complex source for these magmas in

177 aZulu-Natal, South Africa, have C-He isotope systematics that support an origin from degassing mantle

178 resolved characterization of limiting clock systematics, the development of clock-based gravitationa

179 his has important implications for bacterial systematics, the primary objective of this study was to

180 strating that, with respect to Re-Os isotope systematics, the upper mantle is extremely heterogeneous

181 and plastid DNA sequences, and morphological systematics to identify significant evolutionary units a

182 Taxonomy and systematics underpin our ability to conserve and benefit

183 omic technologies have revolutionized fungal systematics, ushering the field into the phylogenomic er

184 ltiple sulfur isotope and iron-sulfur-carbon systematics, we demonstrate continued oscillations in at

185 Tools originally developed for molecular systematics, where genetic lineages have been separated

186 )At deviates from that extrapolated from the systematics, which can be interpreted as the first evide

187 development of a natural and stable type of systematics, which can provide guidelines for selecting

188 remain one of the most contentious issues in systematics, which has traditionally been the domain of

189 tals are excellent platforms to perform such systematics, which may in turn allow to better resolve f

190 In this postgenomic era, insect systematics will be furthered best by integrative method