ライフサイエンスコーパス: temperature-sensitive

1 g315Leu, indicating that these mutations are temperature sensitive.

2 development rate, and vector competence are temperature sensitive.

3 renders yeast cells rapamycin resistant and temperature sensitive.

4 pathogenic Cx31 mutants are un/misfolded and temperature sensitive.

5 136 kJ mol(-1), HMF formation being the most temperature sensitive.

6 e modification of OsFIE1 were observed to be temperature sensitive.

7 aeruginosa chronic infection isolate 2192 is temperature sensitive.

8 morphic alleles, and another two mutants are temperature sensitive.

9 other key biochemical processes appear more temperature sensitive.

10 ed (CPD) versions of RSV were attenuated and temperature-sensitive.

11 We allowed all five steps in the cycle to be temperature-sensitive.

12 tissue, and many physiological processes are temperature-sensitive.

13 The mutant phenotype is also temperature-sensitive.

14 dization processes, which are expected to be temperature-sensitive.

15 The concept utilizes temperature-sensitive absorption of a suitable solvent f

16 ase A (ACA) with SQ22536 and incubation of a temperature-sensitive ACA mutant at the restrictive temp

17 Mutants screened for temperature-sensitive activity had mutations clustered a

18 Temperature-sensitive aep3 mutants are selectively block

19 Based on these data, we suggest that temperature-sensitive age 0 bass constrain the upstream

20 Using the rnpA49 temperature sensitive allele, which encodes a partially

21 We isolated a temperature-sensitive allele (rsw12) of the gene in a sc

22 Using a temperature-sensitive allele (Sac1(ts)), we show that Sa

23 in S. pombe We show that the lethality of a temperature-sensitive allele of eso1 (eso1-H17) is due t

24 A temperature-sensitive allele of the EGFR ligand Spitz (S

25 chemical mutagenesis screen, we identified a temperature-sensitive allele of the gene encoding DNA po

26 Utilizing a temperature-sensitive allele, spt6-1004, we show that Sp

27 We isolated temperature-sensitive alleles of all three and investiga

28 P417L or P417S as the only copy of Ssa were temperature sensitive and exhibited defects in Ssa1-depe

29 stabilized vaccine candidate was moderately temperature sensitive and had a level of restriction in

30 g evidence that mutations at these sites are temperature sensitive and highlighting the importance of

31 Results show that heart fibres were more temperature sensitive and increased respiration rate wit

32 demonstrate that this process is remarkably temperature sensitive and mediated through intracellular

33 tures at low temperature, as inactivation of temperature-sensitive and cold-sensitive ded1 mutants ga

34 es were poorly tolerated, conferring extreme temperature-sensitive and lethal phenotypes.

35 The ambisense viruses were temperature sensitive, and NSs was shown to localize to

36 ver, Ca(2+) dissociation from TnC was not as temperature-sensitive as cross-bridge detachment.

37 are nonviable except for P2(Min), a variant temperature-sensitive at 33 and 39.5 degrees C.

38 nuclear migration in unc-84 null animals is temperature sensitive; at 25 degrees migration fails in

39 function of inner hair cell ribbon synapses (temperature-sensitive auditory neuropathy) or auditory n

40 ors of sensitive to low humidity 1 (slh1), a temperature-sensitive autoimmune allele of RRS1-R.

41 The temperature-sensitive blood vessel development suggests

42 omyces cerevisiae that allowed a recovery of temperature-sensitive but respiratory competent zim17 mu

43 1 neurons) were artificially activated via a temperature-sensitive cation channel (dTRPA1), males fol

44 Therefore, we investigated if TRPV4, a temperature-sensitive cation channel, plays an important

45 er release, or activated them with dTrpA1, a temperature-sensitive cation channel.

46 anilloid 1 and 4 genes (trpv1, trpv4) encode temperature-sensitive cation channels hypothesized to me

47 Temperature-sensitive cdc1(ts) mutants are reported to s

48 lement a growth defect in yeast containing a temperature-sensitive Cdc7 mutant.

49 rkably, deletion of mdbA results in a severe temperature-sensitive cell division phenotype.

50 tied to enhanced chromosome instability and temperature-sensitive cell growth.

51 We decorated a modified temperature-sensitive channel, TRPV1, with antibody-coat

52 r system provides opportunities for studying temperature-sensitive chemical, biochemical, and biologi

53 This study reports that metastable and temperature-sensitive chemically exfoliated MoS2 (ce-MoS

54 ed with a near-infrared emissive oxygen- and temperature-sensitive chromium(III) complex ([Cr(ddpd)(2

55 he six internal protein gene segments of the temperature sensitive, cold-adapted (ca) A/Ann Arbor/60

56 that mahi-mahi heart mitochondria were more temperature sensitive compared to those from RM.

57 es low surfactant emulsion formulations with temperature-sensitive compounds, is scalable to industri

58 In a screen for temperature-sensitive conditional seizure mutants, we id

59 ility and conduction that safeguards against temperature-sensitive conduction failure.

60 ites for transport inhibitors have specific, temperature-sensitive conformations.

61 Here we investigated the critical period for temperature-sensitive courtship rate plasticity in the b

62 The temperature-sensitive cps1-191 strain (Liu et al., 1999)

63 We deployed temperature-sensitive crayons throughout the burn site,

64 This is the first time that a temperature-sensitive defect in O-antigen production has

65 d against deattenuation, specifically, a non-temperature-sensitive deletion mutation involving 6 nucl

66 two orders of magnitude, owing to the highly temperature-sensitive diffusion between aggregated DNA-c

67 ell extravasation within tumors treated with temperature-sensitive doxorubicin and ultrasound hyperth

68 riving expression of the gene coding for the temperature sensitive dTRPA1 channel, yielded a single l

69 Temperature-sensitive dynamin (shi(ts1)) mutations in Dr

70 o exacerbate other environmental problems in temperature-sensitive ecosystems (e.g., coral bleaching,

71 , and organisms of depressional wetlands are temperature-sensitive ectotherms.

72 TEs of >600 mRNAs, whereas inactivation of a temperature-sensitive eIF4A variant encoded by tif1-A79V

73 ght sensitivity using gold nanorods bound to temperature-sensitive engineered transient receptor pote

74 a neurodevelopmental disorder with prominent temperature-sensitive epilepsy.

75 sion in hamster (ldlF) cells depleted of the temperature-sensitive epsilon-COP subunit.

76 sential gene deletion mutants, as well as in temperature-sensitive essential gene mutants.

77 , the observation of striking differences in temperature-sensitive expressions, testicular physiology

78 tional mutation in the cdkg1 gene leads to a temperature-sensitive failure of meiosis in late Zygoten

79 mito-nuclear incompatibility causes a severe temperature-sensitive female infertility.

80 we screened for extragenic suppressors of a temperature-sensitive fission yeast strain mutated in th

81 rmal gradients by changes in fluorescence of temperature-sensitive fluorescent dyes need to account f

82 on human CFTR, the F508del mutation caused a temperature-sensitive folding defect, which disrupted ov

83 arly interesting as Asp-302 is the site of a temperature-sensitive-folding mutation.

84 rprisingly, the recombinant CPD viruses were temperature-sensitive for replication in vitro (level of

85 BSI: 5 have been previously described in non-temperature-sensitive forms of congenital ichthyosis (Ar

86 ly time points following treatment with this temperature sensitive formulation.

87 rA and DrrB proteins expressed together in a temperature-sensitive ftsH mutant strain of Escherichia

88 Here, we combined the Gal4/UAS system and a temperature-sensitive Gal80 molecule to induce RNAi-medi

89 The physicochemical underpinnings of this temperature-sensitive gating have proven difficult to pa

90 ing a wide range of concentration-dependent, temperature-sensitive gel strengths.

91 This live vaccine candidate was temperature-sensitive, genetically stable, replication r

92 10, Saccharomyces cerevisiae cells exhibit a temperature-sensitive growth defect under oxidative grow

93 biosynthesis mutant (rer2) complemented the temperature-sensitive growth defect.

94 We identified a temperature-sensitive growth mutant, FV-P6, which irreve

95 hosphomimetic cse4-4SD mutant suppresses the temperature-sensitive growth of ipl1-2 and Ipl1 substrat

96 rms based on their ability to complement the temperature-sensitive growth phenotype of Escherichia co

97 talloprotease belonging to the FILAMENTATION TEMPERATURE-SENSITIVE H (FTSH) family.

98 BI in the context of a bcmd-RGFlu carrying a temperature-sensitive H1N1 virus resulted in protection

99 , we report the generation of a recombinant, temperature-sensitive H3N8 CIV as a live-attenuated infl

100 10-bp gene that codes for a homologue of the temperature-sensitive hemagglutinin (Tsh) autotransporte

101 ers of photo-crosslinkable copolymers with a temperature-sensitive hydrogel as the middle layer.

102 d that the timing of chromatin compaction is temperature sensitive in both wild type and synMuv B mut

103 Microbial respiration is highly temperature sensitive in frozen soils, as liquid water a

104 arge peptide pool, subsequently refined by a temperature-sensitive induced-fit mechanism to retain th

105 Here we show that a temperature-sensitive interaction between the N- and C-t

106 n of Escherichia coli, which is dependent on temperature-sensitive interdomain unfolding and cis-tran

107 The biophysical basis of temperature-sensitive ion channel gating has been a toug

108 Thus, even highly temperature-sensitive ion channel properties can support

109 effect and consequently gate the associated temperature-sensitive ion channel.

110 For Cu-azurin, a temperature-sensitive IR mode involving Cu(II)-His vibra

111 In yeast, a temperature-sensitive L4,5 mutation (E467A) disrupts bid

112 Specifically, we used a temperature-sensitive lactose repressor mutant that lose

113 as better than that conferred by the current temperature-sensitive LAIV.

114 We isolated a temperature-sensitive lethal mtDNA allele, mt:CoI(T300I)

115 all of that chromosome's essential genes by temperature-sensitive lethal mutations.

116 diated nanoparticles were quantified using a temperature sensitive lipid-based assay and compared to

117 oteridol was enhanced in tumors treated with temperature-sensitive liposomal doxorubicin and ultrasou

118 Temperature-sensitive liposomal formulations of chemothe

119 on-thermosensitive liposomes (NTSLs) and low temperature sensitive liposomes (LTSLs).

120 ted whether enhanced therapeutic activity of temperature sensitive liposomes (TSL) could be obtained

121 Doxorubicin (DOX)-loaded lysolipid temperature-sensitive liposomes (LTSLs) are a promising

122 doxorubicin (CuDox) cargo in lysolipid-based temperature-sensitive liposomes (LTSLs).

123 (CuDox) in the core of lysolipid-containing temperature-sensitive liposomes (LTSLs).

124 design principles around the construction of temperature-sensitive liposomes (TSL) and their use in c

125 n, hyperthermia-triggered drug delivery from temperature-sensitive liposomes (TSLs), and combinations

126 Temperature-sensitive liposomes are an especially attrac

127 Further, doxorubicin delivery by temperature-sensitive liposomes can reliably cure local

128 Here, we explore the application of temperature-sensitive liposomes that have been formulate

129 ty, we stabilized doxorubicin with copper in temperature-sensitive liposomes that rapidly release fre

130 behavior, and clinical potential of various temperature-sensitive liposomes, as well as the various

131 r and doxorubicin (CuDox) was created within temperature-sensitive liposomes.

132 ne expression on virus pathogenesis, using a temperature-sensitive, live-attenuated 2009 pandemic H1N

133 eal of work has been dedicated to developing temperature sensitive macromolecules that can be crafted

134 Here we characterized needle1 (ndl1), a temperature-sensitive maize mutant that displays severe

135 rs with defective tapetal cells, and exhibit temperature-sensitive male fertility.

136 ted nuclei regulate their volume in a highly temperature-sensitive manner.

137 n-coding gene segments from the cold-adapted temperature-sensitive master donor virus A/Ann Arbor/6/1

138 ctions is observed which results in a highly temperature sensitive material.

139 methods cannot join ceramics in proximity to temperature-sensitive materials like polymers and electr

140 r, we find that the response is different in temperature-sensitive mcm4 mutants, affecting a subunit

141 Mathematical modeling further supports a temperature-sensitive mechanism to protect a subset of t

142 ser beam at-a-distance was found to activate temperature-sensitive membrane receptors, resulting in a

143 We then validated and narrowed our list of temperature-sensitive microbes by comparing the results

144 Dual pH and temperature sensitive microgel-based etalons were fabric

145 rticular, the Northern Hemisphere network of temperature-sensitive millennial tree-ring chronologies,

146 The massive precipitation of this temperature sensitive mineral is associated with transgr

147 eveloped plasmid constructs that overexpress temperature sensitive miRNAs: miR-34a, miR-451, and miR-

148 produced in a single step by exploiting the temperature-sensitive miscibility of hydrocarbon and flu

149 The fabrication makes use of the temperature-sensitive miscibility of hydrocarbon, silico

150 pen reading frames (ORFs) (C(Delta170)) or a temperature-sensitive missense mutation in the L ORF (L(

151 Here, we use a temperature-sensitive mitf zebrafish mutant to condition

152 Selection drove complete replacement of the temperature-sensitive mitochondrial genome by a wild-typ

153 may serve as the basis for developing other temperature-sensitive models for the study of recessive

154 spatial and temporal control of Filamenting temperature sensitive mutant Z (FtsZ) Z-ring formation i

155 ees C with those in the widely used pat1-114 temperature-sensitive mutant at 34 degrees C, a temperat

156 s to complement fission yeast profilin SpPRF temperature-sensitive mutant cdc3-124 cells.

157 tivity on the functional conformation of the temperature-sensitive mutant cystic fibrosis channel (F5

158 Genetic analysis of the outer core in a temperature-sensitive mutant demonstrated this core func

159 ream region of highly transcribed genes in a temperature-sensitive mutant of Clp1 at elevated tempera

160 e characterized the growth of a B1-deficient temperature-sensitive mutant virus (Cts2 virus) in U2OS

161 actor for virion morphogenesis by studying a temperature-sensitive mutant with a lesion in A6.

162 direct inhibitor of the E. coli filamenting temperature-sensitive mutant Z division protein.

163 eukaryotic tubulin and bacterial filamenting temperature-sensitive mutant Z protein (FtsZ) polymers.

164 thesized Gp0.4 binds to purified filamenting temperature-sensitive mutant Z protein and directly inhi

165 Utilizing temperature sensitive mutants of tor2 and tap42, we exam

166 The loss of Srp1 is lethal, although several temperature-sensitive mutants have been described.

167 Temperature-sensitive mutants in both pUL25 and pUL36 do

168 ng upshifts to nonpermissive temperatures in temperature-sensitive mutants of cell-wall synthesis enz

169 inner membrane 23 is compromised such as in temperature-sensitive mutants of Tim17.

170 Here, using temperature-sensitive mutants of trz1 and trz2, we provi

171 were used to screen a targeted collection of temperature-sensitive mutants to identify mutations that

172 Characterization of two temperature-sensitive mutants, nse5-ts1 and nse5-ts2, de

173 Here, we isolated a temperature-sensitive mutation affecting CPN60alpha2, wh

174 ased temperature imposed selection against a temperature-sensitive mutation affecting cytochrome oxid

175 the flagella of fla10-1 cells, which carry a temperature-sensitive mutation in the anterograde motor

176 In Escherichia coli, temperature sensitive mutations in either its protein (r

177 Viruses carrying temperature-sensitive mutations are good candidates for

178 otypes, multiple cold-adaptive mutations and temperature-sensitive mutations arose.

179 f the UTRs together with the introduction of temperature-sensitive mutations in both the nucleocapsid

180 subgenic M polypeptides, by incorporation of temperature-sensitive mutations in the N and L genes, an

181 hing suit ichthyosis is caused by recessive, temperature-sensitive mutations in the transglutaminase-

182 encoding the NSs protein and introduction of temperature-sensitive mutations, in the design of attenu

183 To take full advantage of fast-acting temperature-sensitive mutations, thermal control must be

184 n also suppress aurora protein kinase, ipl1, temperature-sensitive mutations.

185 Temperature-sensitive mzt1 mutants display varying degre

186 It is still unknown whether and how these temperature-sensitive neurons are involved in thermoregu

187 ive regulator of caspase-1 activation by the temperature-sensitive NLRC4-H443P mutant.

188 lobal transcriptome analysis reveals a major temperature-sensitive node of SA signalling, impacting 6

189 Specifically, we used a temperature-sensitive Notch allele to drive germ-line st

190 tion mutant of stO1, we demonstrate that the temperature-sensitive O-antigen production defect in 219

191 RFP-GRalpha translocation was temperature sensitive, occurring at 37 degrees C but not

192 We further determined if the temperature-sensitive P2X receptor is involved in the ef

193 varian tumor cells expressed a heterozygous, temperature-sensitive p53(V172F) mutation, which reduced

194 e find that the drug-metal complex formed in temperature-sensitive particles can be internalized by c

195 der to design protocols for the use of these temperature-sensitive particles in cancer treatment, the

196 is required to inactivate the commonly used temperature-sensitive Pat1 kinase mutant (pat1-114).

197 the incubation temperature during a critical temperature sensitive period (TSP) determines sexual fat

198 of female-biased gene expression in the post-temperature sensitive period gonads.

199 specifically to determine if the attenuating temperature-sensitive phenotype can revert and, if so, t

200 g required for the protein to complement the temperature-sensitive phenotype of an spo7Delta mutant s

201 n allele-specific manner, (b) suppresses the temperature-sensitive phenotype of both groES and groEL

202 ns and PVR-Tg21 transgenic mice, loss of the temperature-sensitive phenotype, and the capacity for su

203 ng the H3N2 NS1-V194I protein demonstrated a temperature-sensitive phenotype, further attenuating the

204 sequences partially suppresses the bdf1Delta temperature-sensitive phenotype, suggesting that maintai

205 t, we found that all three segments encode a temperature-sensitive phenotype.

206 e wild-type BUNV, resulted in a virus with a temperature-sensitive phenotype.

207 phenotype, and mutants A49, A52 and A53 had temperature-sensitive phenotypes.

208 we identified Ptgds as a genetic marker for temperature-sensitive POA neurons.

209 sect pest, Drosophila suzukii, by creating a temperature-sensitive point mutation in the sex-determin

210 brid material comprising functional NPs with temperature-sensitive polymer ligands.

211 e metal-free purely organic phosphors in the temperature-sensitive polymer matrix.

212 ted with the use of lysolipids and synthetic temperature-sensitive polymers.

213 Here, we determine how temperature sensitive POP1 and POP6 alleles affect yeast

214 temperatures above 30 degrees C suggesting a temperature-sensitive process that slows impulse propaga

215 change is likely to increase the rate of the temperature-sensitive processes that decompose stored or

216 s can exploit degenerate relationships among temperature-sensitive processes to achieve robust functi

217 We show that R1108C and R1129C are both temperature-sensitive processing mutants that engage the

218 ccharide-based systems with inherent pH- and temperature-sensitive properties, as well as enzyme-clea

219 We crossed any1 with the temperature-sensitive radial swelling1-1 (rsw1-1) CesA1

220 A temperature-sensitive receptor prevents mosquitoes from

221 ated at the female temperature and acts as a temperature-sensitive regulator of STAT3 activation.

222 5 degrees C) intensity heat waves during key temperature-sensitive reproductive stages (R1, flowering

223 ate an immune signaling cascade that induces temperature-sensitive responses in addition to defects i

224 n SCN1A mutation in a child with early-onset temperature-sensitive seizures.

225 Using a temperature-sensitive selection system, we evolved an Es

226 ationale for understanding the phenotypes of temperature-sensitive Sgt1 mutants and for linking Skp1-

227 In Drosophila melanogaster, temperature-sensitive silencers and activators are widel

228 o alpine areas should not be based solely on temperature-sensitive, site-specific upper-treeline stud

229 emperature window, which correlates with the temperature-sensitive size transition of the molecular a

230 rate that the phosphoswitch is intrinsically temperature sensitive, slowing down PER2 degradation as

231 The ability of these forests to buffer temperature-sensitive species from climate warming will

232 buffering, and subsequent ability to retain temperature-sensitive species under climate change.

233 Such changes may threaten temperature-sensitive species, causing local extinctions

234 ure favourable conditions are maintained for temperature-sensitive species.

235 have implications for the interpretation of temperature-sensitive, speleothem climate proxies such a

236 Accordingly, we find that previously known temperature-sensitive splicing mutants become lethal in

237 as found to be constitutively induced in two temperature-sensitive sss1 mutants (sss1(ts) ) that are

238 y, and demonstrates the need to identify the temperature-sensitive stages in predator-prey phenology

239 ay not be necessary to include an additional temperature-sensitive step.

240 anifested by their inability to complement a temperature-sensitive strain of FtsW.

241 DX3X complements the growth defect in a ded1 temperature-sensitive strain of Schizosaccharomyces pomb

242 Starting with a conditional strain (i.e., a temperature-sensitive strain), we describe how to effici

243 tability, did not complement the growth of a temperature-sensitive strain, and had weakened dimerizat

244 clamp loader, complemented cell growth of a temperature-sensitive strain, and were successfully load

245 e but dimerized and complemented growth of a temperature-sensitive strain.

246 AF-C phosphorylation from wild-type and CKII temperature-sensitive strains (cka1Delta cka2-8) showed

247 folding-unfolding reaction of a specialized temperature-sensitive structure is coupled to TRPM8 gati

248 cessing of high-performance transistors onto temperature sensitive substrates such as plastic.

249 agglomeration and is incompatible with many temperature-sensitive substrates.

250 ze the conserved GII.4 blockade epitope were temperature sensitive, suggesting that particle conforma

251 E. coli DeltafliL cells also exhibit temperature-sensitive swarming.

252 nt temperature window which coincides with a temperature-sensitive switch in seed dormancy state.

253 d-site mutation that enhances lethality of a temperature sensitive tbx-2 mutant and show that this mu

254 Increased awareness of temperature-sensitive TGM1 genotypes should aid in genet

255 ge upstream of the second AAA+ domain in the temperature sensitive TgNoAP1 allele leads to conditiona

256 ur models reveal that activation is far more temperature sensitive than inactivation, and we observe

257 ing flat watersheds was up to six times more temperature sensitive than streams draining steeper wate

258 d that the rate of dissociation was far more temperature-sensitive than the rates of both association

259 ral of these TRP channels on macrophages are temperature sensitive, they may comprise the link for hy

260 monstrate that human alpha2C-AR has a unique temperature-sensitive traffic pattern within the G prote

261 Temperature-sensitive transient receptor potential (TRP)

262 Temperature-sensitive transient receptor potential vanil

263 ilic supramolecular assemblies with a unique temperature-sensitive transition have been investigated.

264 e systems are known to exhibit a macroscopic temperature-sensitive transition, where the assembly pha

265 dence of the coupling between gating and the temperature-sensitive transitions, as well as the DeltaH

266 evere neurodevelopmental disorder defined by temperature-sensitive, treatment-resistant epilepsy-and

267 In mammals, temperature-sensitive TRP channels make membrane conduct

268 tivity to drive channel activation, allowing temperature-sensitive TRP channels to function as polymo

269 Here, we determined that a temperature sensitive (ts) PSD1 allele is autocatalytica

270 tates are derived from a human virus that is temperature sensitive (ts), characterized by restricted

271 cted mutagenesis, we have discovered 12 taf2 temperature-sensitive (ts) alleles.

272 ive attenuated influenza vaccines (LAIVs) on temperature-sensitive (ts) backbones derived from animal

273 ising live-attenuated vaccine candidate is a temperature-sensitive (ts) cDNA-derived virus named rA2c

274 and yielded variants with wild-type (wt) or temperature-sensitive (ts) growth phenotypes or had a le

275 Temperature-sensitive (TS) missense mutants have been fo

276 The temperature-sensitive (ts) mutant Dts57, which was gener

277 The use of a temperature-sensitive (TS) mutant of Cns1p in yeast reve

278 Analysis of temperature-sensitive (ts) mutant viruses is a classic m

279 Temperature-sensitive (ts) mutants of simian rotavirus (

280 Conditional temperature-sensitive (ts) mutations are important reage

281 have shown previously that incorporation of temperature-sensitive (ts) mutations into the PB1 and PB

282 ng the H3N2 NS1-V194I protein demonstrated a temperature-sensitive (ts) phenotype, providing a most l

283 hal mutants, bearing cold-sensitive (cs) and temperature-sensitive (ts) point mutations, were more am

284 e previously showed that introduction of the temperature-sensitive (ts) residue signature of the AA/6

285 n Mediator integrity is compromised in med17 temperature-sensitive (ts) yeast, demonstrating the modu

286 Here, we establish temperature-sensitive (ts-) peripheral mitochondrial out

287 ver, our data uncover the molecular basis of temperature-sensitive UNC-45 mutations underlying one of

288 This mutation conferred temperature-sensitive uncoordination in a gain-of-functi

289 Alternatives to the widely used but highly temperature-sensitive uzu1.a allele of HvBRI1 represent

290 ntaminated edibles, to suboptimal potency of temperature-sensitive vaccines.

291 e results were validated using a yeast trs23 temperature sensitive variant that exhibits constitutive

292 the activation segment of PINK1 uncovered a temperature-sensitive variant of PINK1 (tsPINK1).

293 nents and the rationale behind the design of temperature-sensitive vesicle systems, as well as the cr

294 Using a temperature-sensitive viral glycoprotein folding mutant,

295 Here, we isolated a temperature-sensitive virescent (tsv) mutant that is ext

296 Rhodopsin (RH1), the temperature-sensitive visual pigment mediating dim-light

297 the cpSRP receptor, chloroplast filamentous temperature-sensitive Y (cpFtsY).

298 Z ring, composed of cytoskeletal Filamenting temperature-sensitive Z (FtsZ) proteins.

299 The cytoskeletal Filamenting temperature-sensitive Z (FtsZ) ring is critical for cell

300 FtsZ (filamentation temperature-sensitive Z) is the bacterial homolog of tub