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1 in T. weissflogii was twice as high in cells acclimated to 10 microm rather than 22 microm CO(2), ind
2 lature of developing Homarus gammarus larvae acclimated to 10, 14 and 19+/-1 degrees C.
3  chronically hypoxic (CH) rats that had been acclimated to 12% O(2) for 3-4 weeks.
4     These results indicate that CH rats were acclimated to 12% O2 such that the resting tone of arter
5 o behavior, in wild and laboratory zebrafish acclimated to 15 temperatures from 10 degrees C to 38 de
6 roductive phase in field-grown rice panicles acclimated to 2 to 3 C WNT.
7                                Crayfish were acclimated to 20 L aquaria filled with Hudson River wate
8  repelled by pheromones that attract animals acclimated to 21% O2 This behavioral plasticity arises f
9                                  After being acclimated to 27 degrees C, glochidia were subjected to
10                                      Lizards acclimated to 29 degrees C showed a robust increase in p
11             Haematocrit was higher in sharks acclimated to 31 degrees C than to 28 degrees C.
12 ar cell mass (ILCM) on the gills of goldfish acclimated to 7 degrees C leads to preferential distribu
13                                   C. elegans acclimated to 7% O2 are aroused by CO2 and repelled by p
14                                       Plants acclimate to a balanced state of photomorphogenesis to a
15 r responses of a chilling-resistant plant to acclimate to a moderate reduction in temperature.
16  cyanobacterial species have the capacity to acclimate to a wide variety of light colors through the
17 ng the transition of the plant from the dark-acclimated to a light-acclimated state via a quenching a
18                         The algae were first acclimated to a low (LM) or high trace metal (HM) medium
19                     Here, we show that cells acclimated to a low oxygen environment develop marked re
20         Priming of a systemic leaf to become acclimated to a particular stress during SAA involves th
21    Trematodes or tadpoles were independently acclimated to a range of 'acclimation temperatures' prio
22 ellular green alga Chlamydomonas reinhardtii acclimates to a low-CO2 environment by modifying the exp
23  relies on visible light, some cyanobacteria acclimate to absorb far-red light, thus expanding the ab
24                        Plant respiration can acclimate to altered temperatures, however, weakening th
25 plant's metabolic flexibility and ability to acclimate to an altered photoperiod.
26 ation pathways that become active when cells acclimate to anoxia.
27                                      Biomass acclimated to B60, however, was unable to degrade most o
28 ke most higher plants, unicellular algae can acclimate to changes in irradiance on time scales of hou
29 a central part in enabling microorganisms to acclimate to changes in metal availability.
30                                     Microbes acclimate to changes in substrate availability by alteri
31  are successful phytoplankton clades able to acclimate to changing environmental conditions, includin
32 rns can allow individuals greater ability to acclimate to changing environments.
33 on (Omega(cf)), and hence their potential to acclimate to changing Omega(sw).
34 ulate to lethal levels if the xylem does not acclimate to climate change in newer growth.
35           Many photosynthetic microorganisms acclimate to CO(2) limited environments by induction and
36 rvival, based on their remarkable ability to acclimate to cold and develop cold hardiness.
37 owth temperature and that the CCM is able to acclimate to cold through increased activity of PPDK and
38             It remains unknown how they were acclimated to contaminated environment and built up such
39 solated intestinal tissue from Gulf toadfish acclimated to control or 1900 muatm CO2 (projected for y
40 pb cell walls depends on the SPL7 pathway to acclimate to copper deficiency and provide sufficient co
41                   In conclusion, normal rats acclimate to dietary NaCl by primarily adjusting transpo
42  necessitating that photosynthetic organisms acclimate to different environmental conditions in order
43 c apparatus and the capacity of the cells to acclimate to different light conditions.
44                               Plants need to acclimate to different stresses to optimize growth under
45 s of Chl in Synechocystis sp. PCC 6803 cells acclimated to different light intensities.
46 ck components in Arabidopsis thaliana plants acclimated to different steady state temperatures or und
47 lore how this quantity varies for ectotherms acclimated to different temperatures.
48     Therefore, plants evolved to respond and acclimate to diverse stimuli, including the seemingly in
49    Physiological responses allow microbes to acclimate to drought within minutes to days.
50                            Participants were acclimated to early meals and then switched to late meal
51 nths Antarctic encrusting communities do not acclimate to either +1 degrees C or +2 degrees C above a
52 reception, we incubated Prl cells of tilapia acclimated to either FW or seawater (SW) in different co
53 scle and liver of brown trout (Salmo trutta) acclimated to either high (19.5 degrees C) or near-optim
54 the ability of woody plants in the Amazon to acclimate to elevated air temperatures.
55  little is known about how these species may acclimate to elevated temperatures.
56                                  Respiration acclimated to elevated temperatures, but there were no t
57 r acclimation temperatures or relocate, fish acclimated to end-of-century predicted temperatures (i.e
58 r acclimation temperatures or relocate, fish acclimated to end-of-century predicted temperatures (i.e
59  to be relatively unable to sense or rapidly acclimate to energy-rich conditions.
60  be critical for the ability of organisms to acclimate to environmental conditions.
61 need to adapt to rapidly rising CO2 and also acclimate to environmental heterogeneity in more slowly
62 maintaining thermogenic fitness when mammals acclimate to environmental warmth.
63                Leaf dark respiration (R(d) ) acclimates to environmental changes.
64 , to determine how photorespiratory capacity acclimates to environmental treatments.
65                            Control mice were acclimated to exposure to the experimental room at 20 de
66 l and oceanic Atlantic Synechococcus strains acclimate to Fe availability, we compared the growth, ph
67 isition, distribution and storage of metals, acclimating to feast or famine can involve a wealth of g
68                                        Cells acclimate to fluctuating environments by utilizing senso
69 to predict metabolic pathway usage for cells acclimated to four different light intensities.
70 m Synechococcus sp. PCC 7335 cells that were acclimated to FRL.
71 m Synechococcus sp. PCC 7335 cells that were acclimated to FRL.
72 to ecosystem level constraints and as plants acclimate to future CO(2) concentrations.
73 integrity were optimal when these cells were acclimated to grow in coculture, to emulate intercellula
74                  The missense alleles cannot acclimate to heat as dark-grown seedlings but grow norma
75 y of photosystem II, both processes could be acclimated to heat stress by gradually increasing the le
76   Wild-type Chlamydomonas cells were able to acclimate to high amounts of light following transfer fr
77   Moreover, respiration of DeltarpoZ did not acclimate to high CO2 Unlike the photosynthetic complexe
78 vestigated how different leaves on a rosette acclimate to high light and show that younger leaves are
79                                Cyanobacteria acclimate to high-light conditions by adjusting photosys
80 rane components of Chlamydomonas reinhardtii acclimated to high and low light, using a combination of
81  accumulation was higher in antisense plants acclimated to high light, indicating that the capacity t
82 offspring fitness is highest from F0 females acclimated to high temperature and specific members of t
83      The higher thermal tolerance of animals acclimated to high temperature can be transferred to non
84 observed when Prochlorococcus spp. was fully acclimated to high-CO2 (1,000 microL L(-1)) or low-CO2 (
85 esults suggest that S. alveolata was able to acclimate to higher temperatures, as observed by a decre
86  daytime rates while respiration appeared to acclimate to higher temperatures.
87                               Although cells acclimated to higher irradiances (150 and 300 muE m(-2)s
88                The vtc2 mutant was unable to acclimate to HL, when transferred from low light to HL.
89 e and indicate that a program is in place to acclimate to impending Fe deficiency.
90 lant growth, yield, and survival, how plants acclimate to increased levels of stress complexity is la
91 tosynthetic metabolism in sugar beet has not acclimated to increasing CO2 over >100 y.
92                         Trematodes that were acclimated to intermediate temperatures (19-22 degrees C
93                The ability of an organism to acclimate to its environment is a key determinant in its
94                                   C. elegans acclimates to its cultivation temperature (Tc) and exhib
95 t common marmosets (Callithrix jacchus) were acclimated to light, comfortable restraint using individ
96 rstanding the capacity of temperate trees to acclimate to limited soil water has become essential in
97  nitrosylated form of NAB1 is found in cells acclimated to limiting light supply, which permits accum
98 a model, and to illustrate how Chlamydomonas acclimates to limiting CO2 conditions and how its CCM is
99 sm is induced when Chlamydomonas reinhardtii acclimates to limiting inorganic carbon (Ci), either low
100 re not significantly different between cells acclimated to LL and HL.
101 e degree to which freshwater populations can acclimate to long-term warming and the underlying molecu
102 te that cell-level water relation traits can acclimate to long-term water stress, and highlight the l
103 d an experiment where control seedlings were acclimated to long photoperiod (day/night 14/10 h), warm
104  to understand how Chlamydomonas reinhardtii acclimates to long-term heat stress (HS) and recovers fr
105 family of Escherichia coli help the cells to acclimate to low temperature conditions through an unkno
106 s of the CspA family help bacterial cells to acclimate to low temperatures.
107                                Cyanobacteria acclimate to low-temperature conditions by desaturating
108 the diurnal cycle, Chlamydomonas populations acclimated to low and high diurnal light maintain altere
109 synthesis in Thalassiosira weissflogii cells acclimated to low CO(2) (10 microm), but had little effe
110                           The BESs were then acclimated to low concentrations of a mixture of metals,
111                               However, cells acclimated to low light intensity are indeed able to pro
112 s but have greatly reduced activity in cells acclimated to low pH.
113 is of synchronized Chlamydomonas populations acclimated to low, moderate, and high diurnal light.
114 the model diatom, Phaeodactylum tricornutum, acclimates to low light and sought to identify the molec
115          Low-light-grown plants were able to acclimate to maintain structural and functional features
116                      If these animals cannot acclimate to marine heatwaves, the extreme heat could im
117 the steady-state scenario whereby cells have acclimated to maximize fitness.
118                Male Sprague-Dawley rats were acclimated to metabolism cages, and baseline 24-h urine
119 tressful light intensities as in populations acclimated to moderate light.
120 hat in ecosystems where soil respiration has acclimated to moderate warming, further increases in soi
121               Yet, some ecosystems appear to acclimate to multiyear drought, with constant or diminis
122 assimilated seabird-derived nutrients, fully acclimating to new nutrient conditions within 3 years.
123 obacteria synthesize chlorophylls d and f to acclimate to niches enriched in far-red light (FRL) and
124                                    Dogwhelks acclimated to night-time lighting exhibited natural refu
125  were performed on individuals that had been acclimated to night-time white LED lighting conditions f
126 af respiration of tropical forest plants can acclimate to nighttime warming, thereby reducing the mag
127                           When cyanobacteria acclimate to nitrogen deficiency, they degrade their lar
128 uggest that in case of a failure to adapt or acclimate to novel climatic conditions, species may be u
129 ict, in part because ectotherms may adapt or acclimate to novel conditions or may use behavioural the
130 y that is critical for allowing the cells to acclimate to nutrient limitation conditions.
131 gest that clams and scallops are unlikely to acclimate to ocean acidification over short time scales
132 ast it seemed sufficient to study how plants acclimate to one or even two different stresses affectin
133                 Female domestic felines were acclimated to one of six different defined diets 1 mo be
134  high SRP concentration on stream periphyton acclimated to P scarcity.
135 ll survival depends on the cell's ability to acclimate to phosphorus (P) limitation.
136 abundances of Pho regulon genes as the cells acclimated to phosphorus-limiting conditions.
137             We conclude that the root system acclimates to phosphorus deficiency by changing the sign
138                                  The monkeys acclimated to procedures in the NHP chair necessary to p
139 cover from single isolated bleaching and can acclimate to recurring bleaching events that are separat
140 -type cells; the inability of this mutant to acclimate to S deprivation probably leads to elevated le
141             Some cyanobacteria facultatively acclimate to shaded environments by altering their photo
142                                    Mice were acclimated to short-day (SD) 'winter' and long-day (LD)
143                         Alternatively, BLECs acclimated to sodium hypertonicity and subsequently tran
144  its metabolic state, L. pneumophila swiftly acclimates to stresses encountered in its host or the en
145 oteins peak at the same times in populations acclimated to stressful light intensities as in populati
146 ula) is a perennial weed which is capable of acclimating to sub-freezing temperatures.
147 r redirects transcription when cyanobacteria acclimate to suboptimal environmental conditions.
148 d assimilation, conserves S amino acids, and acclimates to suboptimal growth conditions.
149 nd cell death are mechanisms by which plants acclimate to such stress and serve a dual purpose: prote
150 the marine microalga Emiliania huxleyi as it acclimated to sulfate limitation.
151 einhardtii mutants with altered abilities to acclimate to sulfur (S) deficiency.
152  to contrasting environments and is known to acclimate to sustained changes in temperature.
153         This includes how respiratory traits acclimate to sustained changes in the environment.
154 hat these widespread heterotrophic fungi can acclimate to temperature.
155 ark ), and light respiration (Rlight ) rates acclimated to temperature, but not CO2 : the thermal opt
156                          Both species groups acclimated to temperature, but only warm-affiliated spec
157           Adults took at least 6-8 months to acclimate to the altered conditions, but beyond this, th
158 by altering growth and metabolic activity to acclimate to the altered environmental conditions.
159 athways, meaning that plants will be able to acclimate to the changing environment over the coming de
160 evelopmental and physiological strategies to acclimate to the changing environment.
161  freezing temperatures, completely unable to acclimate to the cold, and are hypersensitive to NaCl.
162  played a role in enabling ancient plants to acclimate to the continental surfaces of the planet.
163 t that SEB-3 activation allows C. elegans to acclimate to the environment and thus continue to execut
164 em chloroplasts are not only active but also acclimate to the spectral composition of light reaching
165                   Metabolic rate appeared to acclimate to the stressors in isolation, but was signifi
166 ry populations, which shows their ability to acclimate to the tissue environment to allow for long-te
167                          Nonetheless, leaves acclimated to the augmented irradiance, and photosynthes
168 ROS wave propagation and their local tissues acclimated to the HL stress, they were deficient in SAA
169               In E. vaginatum both RL and RD acclimated to the long-term warming treatment, reducing
170 the chlorosomes in green sulfur bacteria are acclimated to the stressful light conditions, for instan
171  freeze tolerant to -30 degrees C when fully acclimated, to the function of genes in the current stud
172         Our results shed light on how plants acclimate to their environment and survive a combination
173 or following an isolated cage change in mice acclimated to their housing facility.
174 eir sessile life style, plants are forced to acclimate to them at the cellular and molecular level.
175 n is whether corals will be able to adapt or acclimate to these changes in seawater chemistry.
176 ion, likely due to its inability to properly acclimate to these stress conditions.
177 rees C and then moved to 26 degrees C become acclimated to this temperature and thereafter migrate to
178     Temperate and tropical species were each acclimated to three daytime growth temperatures (Tgrowth
179 removal, biocathodes were first individually acclimated to three different metals using microbial fue
180 ting that these populations did not adapt or acclimate to urban warming.
181 gulation of membrane fluidity is crucial for acclimating to variations in temperature.
182                  The potential for plants to acclimate to warmer conditions could strongly impact fut
183                     Ectotherms given time to acclimate to warmer environments, habitats or experiment
184 ponses may allow long-lived alpine plants to acclimate to warmer temperatures.
185 e different spatial scales enables plants to acclimate to water-deficit stress.
186 er, the specific mechanisms by which diatoms acclimate to Zn deficiency are poorly understood.

 
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