ライフサイエンスコーパス: nothing is known about

1 own for its role in olfaction, but virtually nothing is known about a clade of approximately 35 membe

2 However, nothing is known about a potential functional interactio

3 gulate CIITA in B cells have been described, nothing is known about additional distal elements that m

4 Meanwhile, almost nothing is known about App's function in glia, where it

5 of established asthma in schoolchildren, but nothing is known about ASM in preschool wheezers.

6 on by bacteria is well described, but almost nothing is known about bacterial iron export even though

7 are our closest living relatives but almost nothing is known about bonobo internal anatomy.

8 the life cycle of plants is well documented, nothing is known about boron homeostasis and function in

9 nhibitors are in clinical trials, yet almost nothing is known about Brd4 function in the brain.

10 hat adults are broadly exposed to OPFRs, but nothing is known about children's exposure.

11 However, almost nothing is known about enediyne core biosynthesis, and t

12 However, nothing is known about epigenetic regulation of this Ins

13 However, almost nothing is known about events leading to this islet auto

14 However, little or nothing is known about expression in moderately-sized (1

15 Nothing is known about fetal-placental signaling in resp

16 Virtually nothing is known about fitness landscapes in nature, and

17 euronal gene RNAi in Caenorhabditis elegans, nothing is known about flp function in nematode parasite

18 However, nothing is known about FucP conformational dynamics.

19 ted traffic to and from the plasma membrane, nothing is known about GORK, its distribution and traffi

20 have been characterized extensively, almost nothing is known about HDAC8.

21 the presenilin proteins therein, but almost nothing is known about how Abeta is degraded and cleared

22 s do not transfer to other tasks, and almost nothing is known about how activation in IC-related brai

23 been partially elucidated in a higher plant, nothing is known about how algae make DMSP except that t

24 Yet little to nothing is known about how coacervates evolve into intri

25 s of DISC1-binding proteins reported, almost nothing is known about how DISC1 interacts with other pr

26 o the membrane cytoskeleton, but essentially nothing is known about how Drosophila glutamate receptor

27 However, nothing is known about how egg surface CD9 functions in

28 However, almost nothing is known about how electrical signals propagate

29 e Gi and abrogate PI3K-Akt signals; however, nothing is known about how GIV's GEF function is regulat

30 ied camphor elicits a sensation of cool, but nothing is known about how it affects cold temperature s

31 te the biological importance of the capsule, nothing is known about how it is assembled.

32 ns as a Ras-GTPase activating protein (GAP), nothing is known about how it is normally regulated or i

33 However, nothing is known about how L is processed in this organi

34 Almost nothing is known about how lateral root initiation is re

35 endocrine representation of day length, but nothing is known about how long it takes to establish ph

36 ories on aging on the cellular scale, nearly nothing is known about how microscopic failures cascade

37 Moreover, nothing is known about how native collaterals form in he

38 Virtually nothing is known about how phages impact the establishme

39 However, nothing is known about how Pin2/TRF1 is involved in mito

40 o have occurred over millennia or centuries, nothing is known about how quickly reproductive isolatio

41 ons as a modulator of inflammation; however, nothing is known about how Rc3h1 expression is regulated

42 ing taxa that are deeply diverged, virtually nothing is known about how regeneration loss occurs.

43 ells receive afferent terminal contacts, yet nothing is known about how reinnervation progresses or w

44 Yet virtually nothing is known about how resistance traits are acquire

45 s the formation of cohesion, and essentially nothing is known about how sister chromatid cohesion is

46 signaling remain incompletely understood, as nothing is known about how superficial dorsal horn neuro

47 th sexes throughout most of development, but nothing is known about how SxlPm is expressed during the

48 f fiber and solid wood products, essentially nothing is known about how the biological processes lead

49 So far, nothing is known about how the FG nucleoporins are local

50 edress against discrimination, yet virtually nothing is known about how the intended beneficiaries ha

51 However, nothing is known about how the visual cycle is regulated

52 For example, nothing is known about how these receptors bind odorants

53 Almost nothing is known about how these three-dimensional topol

54 ans-Golgi network (TGN) in living cells, but nothing is known about how these vesicles identify and d

55 portance of these binding regions and almost nothing is known about how they work together.

56 esis has been studied extensively, virtually nothing is known about how this axis can be established

57 Golgi apparatus and the plasma membrane, but nothing is known about how this cycle is regulated.

58 a decrease in FSAP expression but, to date, nothing is known about how this might be regulated.

59 Surprisingly, nothing is known about how visually guided insects proce

60 To date, nothing is known about how wounding activates DUOX.

61 trast to the well-studied Min system, almost nothing is known about how Z ring assembly is blocked in

62 contributor to periodontal bone loss, almost nothing is known about immune responses to this organism

63 However, virtually nothing is known about intracellular signaling proteins

64 achieves its quaternary structure in the ER, nothing is known about its acquisition of tertiary struc

65 a molecule has been lacking and essentially nothing is known about its basic biochemical properties.

66 that Bordetella can form biofilms in vitro, nothing is known about its biofilm mode of existence in

67 However, nothing is known about its effects on infarction after P

68 However, nothing is known about its function and regulation durin

69 cell wall alpha(1-3)glucan is essential, but nothing is known about its localization and function in

70 sent in all examined vertebrate genomes, but nothing is known about its molecular or cellular functio

71 lso used for wine and cider fermentation but nothing is known about its natural history.

72 Virtually nothing is known about its physiological properties and

73 muscle cell contraction in several tissues, nothing is known about its possible role in tracheal smo

74 eceptor CXCR1 shares ligands with CXCR2, yet nothing is known about its potential role in liver patho

75 in this process have been characterized, but nothing is known about its regulation.

76 circadian rhythms in nocturnal species, but nothing is known about its role in diurnal species.

77 However, nothing is known about its role in memory retrieval afte

78 or (HIF) in vitro and in cultured cells, but nothing is known about its roles in mammalian erythropoi

79 s essential for its biological function, but nothing is known about its target genes.

80 Almost nothing is known about Kv2 channel functions in medial e

81 al infections has only recently emerged, and nothing is known about MDSC function in the context of S

82 Nothing is known about mechanisms regulating BRS-3 gene

83 , 2 and 4 have been characterized, virtually nothing is known about members of cluster 3 (ACA12 and A

84 However, almost nothing is known about NI function and hodological relat

85 Virtually nothing is known about nucleocytoplasmic transport in th

86 ve only partially been defined, while almost nothing is known about nutritional requirements of other

87 er, this hypothesis has not been tested, and nothing is known about other mechanisms that control sub

88 tion targets are well established, virtually nothing is known about PKG targets in LTD.

89 However, virtually nothing is known about Plp1 gene regulation in Leydig ce

90 Nothing is known about possible differentiation-dependen

91 G on DNA polymerases have been well studied, nothing is known about possible effects of this lesion o

92 However, nothing is known about SAMHD1 posttranslational modifica

93 studied in extant and fossilized organisms, nothing is known about secondary cartilage in fossils.

94 Although virtually nothing is known about sensory transduction in the mamma

95 ted Smad phosphorylation is well understood, nothing is known about Smad phosphatases that turn off S

96 However, almost nothing is known about strike performance of viperid sna

97 a number of biological functions, virtually nothing is known about structure-function relationships

98 Virtually nothing is known about such allele-specific expression v

99 However, nothing is known about the alteration and role of MEG3 i

100 Almost nothing is known about the anatomic distribution of PICK

101 ins are essential for this process; however, nothing is known about the arrangement of the subunits i

102 extracellular electron transfer, and almost nothing is known about the associated mechanisms.

103 Almost nothing is known about the basis for recombination partn

104 characterized to a limited extent and almost nothing is known about the behavior of these materials u

105 Curiously, nothing is known about the behavior of this cellular mac

106 Nothing is known about the binding mode, however.

107 periplasmic domain of the binding protomer, nothing is known about the binding of many other ligands

108 ence suggests that IscS and Fdx interact but nothing is known about the binding site and the role of

109 Virtually nothing is known about the biochemical adaptations in eu

110 However, nothing is known about the biochemical or mechanical pro

111 ts in double-strand break repair, but almost nothing is known about the biochemical role of Rad52 pro

112 t to the recent studies on GDF-9 and BMP-15, nothing is known about the biological function of BMP-6

113 So far nothing is known about the biological function of Pak6.

114 nt biochemical function between GNC and GNL, nothing is known about the biological role of the four o

115 However, nothing is known about the cell surface dynamics of Kv7.

116 kout of Nrf1 is lethal in mouse embryos, but nothing is known about the cell types that absolutely re

117 In contrast, almost nothing is known about the circuitry or laminar features

118 poglossal nucleus (XIIN); however, virtually nothing is known about the circuits involved.

119 Despite this progress, nothing is known about the composition of the CDT holoto

120 ains with short incubation periods; however, nothing is known about the conversion of the long-incuba

121 Nothing is known about the cytoskeletal motor proteins t

122 However, nearly nothing is known about the downstream effectors of these

123 as been the focus of most studies, virtually nothing is known about the effect of G protein-coupled r

124 ic map refinement in mammals is limited, and nothing is known about the effect of spontaneous retinal

125 Yet nothing is known about the effects of calcineurin when i

126 Virtually nothing is known about the effects on fetal physiology o

127 Virtually nothing is known about the endocrine regulation of oogen

128 However, virtually nothing is known about the epigenetic transition of a ce

129 Yet so far, nothing is known about the establishment of the exit poi

130 enases has only recently been described, and nothing is known about the evolutionary origin of the en

131 n numerous nonerythroid cells, but virtually nothing is known about the expression and potential sign

132 Nothing is known about the expression levels of the gene

133 However, virtually nothing is known about the expression of caveolins in br

134 By contrast, virtually nothing is known about the extent to which gene regulati

135 well understood in the insect retina, almost nothing is known about the extraretinal blue light photo

136 However, nothing is known about the factors that ensure effective

137 Almost nothing is known about the final (completion) step becau

138 Despite their importance, virtually nothing is known about the folding and transport of TRP

139 nello import studies and in silico analyses, nothing is known about the function and properties of pr

140 However, nothing is known about the function of adiponectin in re

141 rane domains have been analyzed extensively, nothing is known about the function of CAR-D2 and the ex

142 Nothing is known about the function of EP receptors in t

143 e been investigated extensively, practically nothing is known about the function of NRG2, the closest

144 e was especially interesting, because almost nothing is known about the function of OC factors in int

145 Presently, nothing is known about the function of the Ras-related p

146 l ribosomal proteins L16 and L33, but almost nothing is known about the function or enzymology of thi

147 Essentially nothing is known about the functions of SEIPIN homologs

148 However, almost nothing is known about the genes involved in such hybrid

149 ishing reproductive mode remain unknown, and nothing is known about the genetic basis of postzygotic

150 However, almost nothing is known about the heterochromatin's structural

151 However, essentially nothing is known about the identity of these inhibitory

152 ) triggers prominent motivation deficits but nothing is known about the impact of this exposure in th

153 the recent studies on Ron in breast cancer, nothing is known about the importance of this protein du

154 y to deletion in P. falciparum in vitro, but nothing is known about the in vivo functions of PAT in P

155 However, nothing is known about the influence of Jak/Stat-signali

156 Virtually nothing is known about the interaction of co-translation

157 o-inflammation and -degeneration, but almost nothing is known about the interactions between the peri

158 produce nitrous acid, HONO, but essentially nothing is known about the isomeric nitrosyl-O-hydroxide

159 Furthermore, nothing is known about the kinetics of memory responses

160 nd ability to transmit vertically, virtually nothing is known about the life history of these endobac

161 ortant to achieving high toxicity, virtually nothing is known about the matrix that binds the toxin i

162 Almost nothing is known about the mechanism by which a magnetic

163 However, nothing is known about the mechanism by which these prot

164 However, nothing is known about the mechanism of hepcidin binding

165 a sufficient supply of RF to the retina, but nothing is known about the mechanism of the vitamin upta

166 Nothing is known about the mechanism of transfer.

167 o the highly metabolically active retina but nothing is known about the mechanism, regulation or biol

168 Virtually nothing is known about the mechanisms and enzymes respon

169 e leading causes of chronic pain, but almost nothing is known about the mechanisms and molecules that

170 Almost nothing is known about the mechanisms controlling the sy

171 ith a variety of disease states, practically nothing is known about the mechanisms employed by this b

172 Almost nothing is known about the mechanisms of dissimilatory m

173 by helping recruit core binding factors, but nothing is known about the mechanisms of transcription a

174 rofound effects on neuronal function, almost nothing is known about the mechanisms responsible for co

175 ntially important physiological role, almost nothing is known about the mechanisms responsible for th

176 Unfortunately, nothing is known about the mechanisms that control the i

177 chwann cell development during this process, nothing is known about the mechanisms that mediate the m

178 Virtually nothing is known about the mechanisms underlying such pa

179 Despite the importance of DGs, nothing is known about the mechanisms underlying their t

180 cterized from several organisms, essentially nothing is known about the mitochondrial proteins.

181 be due to changes in gene regulation, almost nothing is known about the modes of natural selection ac

182 cardiogenic mesoderm in this process, almost nothing is known about the molecular aspects of avian li

183 Almost nothing is known about the molecular basis for the selec

184 ealth of information about archaeal biology, nothing is known about the molecular basis of DNA segreg

185 nd heart in humans and mice; however, almost nothing is known about the molecular downstream targets

186 e been localised to kinetochores, yet almost nothing is known about the molecular events which take p

187 However, for most of these mutations, nothing is known about the molecular mechanism linking K

188 At present, nothing is known about the molecular mechanisms regulati

189 core management strategy for this pathogen, nothing is known about the nature of resistance.

190 es in the CA1 region of the hippocampus, but nothing is known about the nature of thalamic influence

191 However, nothing is known about the nature of the signaling event

192 However, nothing is known about the nature or mechanism of action

193 located within the capsid domain of Gag, but nothing is known about the necessary CyPA residues.

194 tance and pervasiveness of marketing, almost nothing is known about the neural mechanisms through whi

195 o known as hypocretin) signaling, but almost nothing is known about the neural mechanisms through whi

196 spite these far-reaching behavioral effects, nothing is known about the neural processes impacted by

197 quences for our thoughts and actions, almost nothing is known about the neuronal substrates governing

198 Unfortunately, almost nothing is known about the normal functions of this gene

199 form oligomeric rings termed sliding clamps, nothing is known about the oligomeric state of BMRF1 or

200 Nothing is known about the pathways that regulate gameto

201 ssion has been observed in cancer cells, but nothing is known about the piRNA partners or the functio

202 r (PM) can produce inflammatory effects, but nothing is known about the possible proliferative and ca

203 lease contributes to the pathogenesis of AF, nothing is known about the potential role of JPH2 in atr

204 ed vaccine (LAV) to protect against measles, nothing is known about the primary cells in which the vi

205 However, nothing is known about the promoter regions of these gen

206 highly conserved recombination signals, but nothing is known about the protein-DNA complexes that ex

207 linked to the flagellar basal body; however, nothing is known about the proteins encoding the collar

208 Nothing is known about the proteins that control and cat

209 proteasome by a p97-based complex, currently nothing is known about the proteins that initially selec

210 However, nothing is known about the proteins that interact with t

211 However, virtually nothing is known about the quantitative requirements for

212 gonadotropin release in prepubertal animals, nothing is known about the receptor subunits that may be

213 ponse against these organisms, and virtually nothing is known about the receptors involved in host re

214 interaction is well characterized; however, nothing is known about the region of FtsA involved in th

215 ngage a pseudo-ELR and an N-like loop motif, nothing is known about the regions of CXCR4 and MIF that

216 ectron donor to the MoFe protein, but almost nothing is known about the regions of the protein that a

217 multiple signaling molecules, but virtually nothing is known about the regulation of FAK phosphoryla

218 However, almost nothing is known about the regulation of the central gen

219 lagen-induced platelet activation, virtually nothing is known about the regulatory elements that modu

220 Virtually nothing is known about the relevance of glycolysis in pa

221 ase has not been reconstituted in vitro, and nothing is known about the requirements for this reactio

222 So far, nothing is known about the role and the regulation of SK

223 However, nothing is known about the role of Cdc42 effector protei

224 Virtually nothing is known about the role of mechanotransductive s

225 However, to date, nothing is known about the role of miRNAs during develop

226 However, nothing is known about the role of Pin1 in DNA damage.

227 the other post-translational modifications, nothing is known about the role of SUMO conjugation to h

228 However, nothing is known about the role of SUMOylation in regula

229 Despite this, unexpectedly nothing is known about the role of the individual Src ki

230 However, nothing is known about the role of the PinX1-TRF1 intera

231 Virtually nothing is known about the role of these nonproteolytic

232 Virtually nothing is known about the role of these PcG proteins in

233 However, nothing is known about the role or importance of CtpA.

234 However, nothing is known about the roles of HPATs in basal plant

235 well conserved among clinical isolates, but nothing is known about the sequence variability of the g

236 Almost nothing is known about the sequences involved in transcr

237 ell characterized in brain and other organs, nothing is known about the signal transduction pathway o

238 Furthermore, virtually nothing is known about the signaling pathways and molecu

239 To date, virtually nothing is known about the signaling pathways that lead

240 However, nothing is known about the single T. brucei CDS gene (Tb

241 n displaying marked oscillations, and almost nothing is known about the specific features of these Ca

242 ion in other environmental compartments, and nothing is known about the stability of high-molecular-w

243 Nothing is known about the step(s) at which DNA cleavage

244 In contrast, nothing is known about the structural basis of somatic i

245 Yet, nothing is known about the structural development or dif

246 Apart from their identification, almost nothing is known about the structure and function of PRO

247 However, virtually nothing is known about the structure of these isomers.

248 multimeric channel complex, although almost nothing is known about the structure or subunit composit

249 Virtually nothing is known about the structure, function, and evol

250 To our knowledge, nothing is known about the survival of plasmacytoid dend

251 described to infect mature oligodendrocytes, nothing is known about the susceptibility of glial precu

252 hway of primary visual cortex, but virtually nothing is known about the synaptic influence of single

253 At present, nothing is known about the target cells and biological f

254 rties of NPR-A remain controversial, whereas nothing is known about the trafficking of NPR-B.

255 of AC133 to the field of stem cell biology, nothing is known about the transcriptional regulation of

256 However, nothing is known about the transmitters and proteins tha

257 ell-established clinical syndrome, virtually nothing is known about the tumor cells responsible for t

258 er for sufferers and their families, and yet nothing is known about the underlying mechanism.

259 Nothing is known about the upstream regulators of SND1.

260 icrobial functions of porcine cathelicidins, nothing is known about their ability to promote pDC acti

261 eptors have immunomodulatory properties, but nothing is known about their antiviral effects.

262 ined unprecedented popularity, but virtually nothing is known about their cardiovascular risks.

263 ave been identified in the zebrafish genome, nothing is known about their expression pattern.

264 RPTPs are important in axon pathfinding, but nothing is known about their function on a cellular leve

265 (11-42) make up one fifth of plaque load yet nothing is known about their interaction with full-lengt

266 lity, cell trafficking/adhesion, and cancer, nothing is known about their involvement in liver pathol

267 lutionary success of the elements, virtually nothing is known about their mode of regulation within g

268 water bodies is relatively well studied, but nothing is known about their presence in most of the com

269 However, nothing is known about their relationship.

270 ife these factors exert their influence, and nothing is known about their specificity to aggressive b

271 GEFs have also been described, but little or nothing is known about their structure, mechanism of act

272 are rapidly spreading in Southeast Asia, yet nothing is known about their transmission.

273 within the echinoderm + hemichordate clade, nothing is known about these mechanisms in several other

274 e SCN of nocturnal laboratory rats, however, nothing is known about these projections in diurnal rode

275 mbrane, the phagophore; however, essentially nothing is known about this process including the molecu

276 ociated factor 2 (TRAF2); however, virtually nothing is known about TRAF2 signaling in the adult mamm

277 However, nothing is known about vinculin's conformation in living

278 retina and is active during sleep; however, nothing is known about VLPO function in day-active (diur

279 a variety of species, including humans, but nothing is known about what dance reveals about the unde

280 nt arterialization of endothelial cells, yet nothing is known about what regulates COUP-TFII expressi

281 ough the RST is present postnatally in cats, nothing is known about when rubrospinal projections coul

282 However, nothing is known about whether a DNA damage response is

283 hance neuronal form and function, but almost nothing is known about whether and how it alters the bra

284 eat deal is known about vir gene activation, nothing is known about whether or how the vir gene regul

285 However, nothing is known about whether this equivalence extends

286 PMT structures have not yet been solved, and nothing is known about which amino acids in these enzyme

287 Virtually nothing is known about which of the distinct iron acquis