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1 r, the slowest reactions tend to be the most heat-sensitive.
2                                              Heat-sensitive 3'-protected derivatives of 2'-deoxyribon
3 ky clones containing the fragment secreted a heat-sensitive activity that induced competence in Wicky
4                                          All heat-sensitive afferents (n = 16) were insensitive to me
5                                          The heat-sensitive allele arises through a single base delet
6                     Characterizations of the heat-sensitive allele demonstrate that mutants are also
7                                Mutants for a heat-sensitive allele, called mup-2(e2346ts), and for a
8 icate that the pre-U1 processing activity is heat sensitive and that an RNA component is required.
9 both temperatures, and 1, ts25, was strongly heat sensitive and was unable to form plaques at 39 degr
10                     SOAF comprises discrete, heat-sensitive and -stable components (referred to here
11          Unlike LPS, the activity of EDA was heat-sensitive and persisted in the presence of the LPS-
12 tion of proliferation was pathogen specific, heat sensitive, and multiplicity of infection dependent
13                  The G-protein activator was heat-sensitive, and the magnitude of its action was rela
14 that have complex geometries, those that are heat-sensitive, and those bearing complex sample matrice
15 s from cells not expressing the protein were heat-sensitive at 60 degreesC.
16 lease is regulated by formalin-resistant and heat-sensitive bacterial surface factors distinct from u
17 e sudA gene, an extragenic suppressor of the heat-sensitive bimD6 mutation and showed that it coded f
18                    We have been studying the heat-sensitive bimD6 mutation of Aspergillus nidulans.
19                             Frequency of the heat-sensitive Buchnera allele is negatively correlated
20 tein 3 (VRL3, also known as TRPV3), which is heat-sensitive but capsaicin-insensitive.
21  the cutaneous receptive field of 43 mechano-heat-sensitive C-fiber (CMH) nociceptors.
22  the prevalence of mechanically insensitive, heat-sensitive C-fibers (CH) that contain the heat trans
23 t stimuli and that mechanically insensitive, heat-sensitive C-fibers (CHs) that contain TRPV1 increas
24 ral excitation through the activation of the heat-sensitive capsaicin receptor TRPV1 by magnetic nano
25 ring activation threshold temperature of the heat-sensitive capsaicin receptor TRPV1 ion channel, lea
26 avior with that of its distant relative, the heat-sensitive capsaicin-gated transient receptor potent
27 roidal neovascularization (CNV) by injecting heat-sensitive carboxyfluorescein liposomes intravenousl
28 ertani (LB) medium to strains containing the heat-sensitive cell division mutation ftsZ84.
29 mediate TLR2-dependent activation, whereas a heat-sensitive cell-associated mycobacterial factor medi
30 to assessed their functional roles using the heat-sensitive channel dTRPA1.
31 nd irreversibly activates the capsaicin- and heat-sensitive channel, TRPV1.
32 usly, we have shown that snakes co-opt a non-heat-sensitive channel, vertebrate TRPA1 (transient rece
33 ther with our previous identification of the heat-sensitive channels VR1 and VRL-1, demonstrate that
34                                          The heat-sensitive component of viable E. chaffeensis cells
35  (GC-FID and GC-MS), while quantitation of a heat-sensitive compound, isofuranodiene, known for its a
36 st that the protective epitope(s) on OspC is heat sensitive/conformational, a finding which has impli
37 aching conditions changes the microbiome for heat-sensitive corals, but not for heat-tolerant corals
38 mber mutations can conditionally correct the heat-sensitive defect in three mutant forms of the repre
39 d heat tolerance in Arabidopsis and restored heat-sensitive defects of Arabidopsis hsfa2 mutant, whic
40 termine the mortality projection of specific heat-sensitive diseases to provide more detailed informa
41 ntiinflammatory effects of a small (<3-kDa), heat-sensitive factor(s) that is not lipopolysaccharide,
42 ow temperature so that it is compatible with heat-sensitive flexible materials like papers and textil
43                                            A heat-sensitive glycoprotein fraction of Melosira EPS acc
44 e to impaired ubiquitin ligase activity, the heat-sensitive growth defect of the spa1-1 mutant is sup
45 5 degrees C but display pronounced cold- and heat-sensitive growth phenotypes.
46  substrate-bound, developmentally regulated, heat-sensitive guidance cues preserved in the cryostat s
47 ts from other enteropathogens and requires a heat-sensitive H. pylori component and the DC-intrinsic
48             We identified approximately 1100 heat-sensitive HEK293 proteins, 12% of which could be is
49 ity present in BSN-CM indicates that it is a heat-sensitive, heparin-binding factor with a probable m
50 nts being cold sensitive in some species and heat sensitive in others, with varying and non-coinciden
51 r potential vanilloid subtype 1 (TRPV1) is a heat-sensitive ion channel also involved in pain sensati
52 r potential vanilloid subtype 1 (TRPV1) is a heat-sensitive ion channel that plays a key role in enha
53                       Transcripts undergoing heat-sensitive IR are mostly involved in specific functi
54  growth, allowing direct implementation into heat-sensitive large-area devices.
55 1 receptors have classically been defined as heat-sensitive, ligand-gated, nonselective cation channe
56 duct of ApHsp26.2m did not accumulate in the heat-sensitive line.
57       Carboxyfluorescein was encapsulated in heat-sensitive liposomes and injected intravenously in r
58 thalocyanine tetrasulfonate, encapsulated in heat-sensitive liposomes, was administered intravenously
59 ulation, and those spores that did form were heat sensitive, lysed extensively, and were highly irreg
60                              A shift towards heat-sensitive M. vaginatus could ultimately destabilize
61 nd to possess a non-dialyzable, trypsin- and heat-sensitive material capable of generating ROS in res
62 ild conditions provide an entry to acid- and heat-sensitive members of this theoretically intriguing
63  temperatures makes them unsuitable to study heat-sensitive membrane proteins like cytochrome-P450 an
64 A1 channels, we have identified two portable heat-sensitive modules within the ankyrin repeat-rich am
65        Furthermore, shot1-2 suppresses other heat-sensitive mutants, and shot1-2 alone is more heat t
66 he translation of proline codons; and (iv) a heat-sensitive mutation in trmD, whose product catalyzes
67 charomyces cerevisiae SEN1 gene results in a heat-sensitive mutation that alters the cellular abundan
68 I is in good agreement with data on noxious, heat-sensitive neurons in the dorsal horn.
69                     TRPV1(-/-) mice had more heat-sensitive neurons, and these neurons had normal tem
70 naling depends on NGF and is mediated by the heat-sensitive nociceptive channel TRPV1.
71 and that TRPV1 immunoreactivity is absent in heat-sensitive nociceptors.
72  decreased the response of acid- and noxious heat-sensitive nociceptors.
73 hibition of autophagy by spautin-1 generated heat-sensitive, noninfectious dengue virus particles, re
74 the suppressor mutation was the cause of the heat-sensitive phenotype of the SLC strain 7R4.
75 n base auxotrophy (SLC, strain 7R4) showed a heat-sensitive phenotype that was corrected by transform
76   The ability of sphingolipids to rescue the heat-sensitive phenotype was examined, and two endogenou
77 y but, in combination with sua7-1, created a heat-sensitive phenotype.
78 and that a bZIP28 null mutant has a striking heat-sensitive phenotype.
79 onase (EC 3.2.1.15) activity, resulting in a heat-sensitive phenotype.
80 in which mutations within pcaH or -G cause a heat-sensitive phenotype.
81 mutation conferred recessive slow-growth and heat-sensitive phenotypes in yeast, but quantitative eff
82                Mutants with null, leaky, and heat-sensitive phenotypes were isolated.
83  the knockout mutants of these genes display heat-sensitive phenotypes.
84  groups structurally related to well-studied heat-sensitive phosphate/thiophosphate protecting groups
85 suppression through asymmetric effects, e.g. heat-sensitive predator vs. heat-tolerant prey.
86 enhanced at higher temperatures, revealing a heat-sensitive process that is normally masked by the pr
87          We describe the identification of a heat-sensitive protein complex whose integrity is requir
88 perfusion system, contained LPS-independent, heat-sensitive protein molecules that activated macropha
89 s to prevent the irreversible aggregation of heat-sensitive proteins.
90 tage for solid-state and solution studies of heat-sensitive proteins.
91      Genetic interactions between CUS2 and a heat-sensitive prp5 allele parallel those observed betwe
92  use infrared warning signals in response to heat-sensitive rattlesnakes.
93            We show that tableting stabilizes heat-sensitive reagents and simplifies a broad range of
94 skilled technicians, and facilities to store heat-sensitive reagents.
95 rons expressed the vanilloid receptor VR1, a heat-sensitive receptor expressed by many IB4-positive n
96                                          The heat-sensitive SOAF component, SOAF-I(m), becomes solubi
97 lly in a manner that mimics the new mutant's heat-sensitive song anomaly.
98                                          The heat-sensitive strain had greater infection success at 2
99  varying infectiousness among differentially heat-sensitive Symbiodinium strains could provide a mech
100  was reduced, but readily detectable, in the heat-sensitive tfa1 mutant at the non-permissive tempera
101   In particular, we find proficient TCR in a heat-sensitive tfa1 mutant at the non-permissive tempera
102 eptive field, nociceptors were classified as heat-sensitive (threshold, </=53 degrees C, 1 sec) or he
103 eptide 3 expression and editing function was heat sensitive to a certain degree, partly explaining th
104 eat shock proteins (HSP genes) is reduced in heat-sensitive transgenic plants expressing miR398-resis
105 eceptor potential (TRP) channel superfamily: heat-sensitive TRP vanilloid subtype 1 (TRPV1) and cold-
106 ounds capsaicin and menthol activate noxious heat-sensitive TRPV1 and cold-sensitive TRPM8, respectiv
107 ative QX-314 through the pore of the noxious-heat-sensitive TRPV1 channel.
108                          C-fibers expressing heat-sensitive TRPV1 channels are proposed, for example,
109 ergic activation increases expression of the heat-sensitive TRPV1 ion channel and reduces expression
110                                          The heat-sensitive TRPV1 ion channel responds to various nox
111  vampire bats tune a channel that is already heat-sensitive, TRPV1, by lowering its thermal activatio
112 r NA might also interact with the homologous heat-sensitive TRPV2-4 channels, particularly given that
113 r of a TFIIB (sua7-1) defect, resulting in a heat-sensitive (Ts(-)) phenotype and a dramatic downstre
114                            Expression of the heat-sensitive vanilloid receptor 1 (VR1) and sensitivit
115          The sequence of ApHsp26.2m from the heat-sensitive variant was identical to ApHsp26.2, excep
116 tional CP-sHSP isoforms not expressed in the heat-sensitive variant, that accumulation of the additio
117 26.8, and ApHsp26.7b, were isolated from the heat-sensitive variant.
118 akes (vipers, pythons and boas) are the most heat-sensitive vertebrate ion channels thus far identifi
119                    Sts repressor mutants are heat sensitive when in supE or supF hosts and heat resis

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