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1 t in terms of activation and repression, and environmental condition.
2 ontribute to acclimation to this unfavorable environmental condition.
3  respiratory capacity, cell-cycle phase, and environmental condition.
4 the molecular mechanisms involved under this environmental condition.
5 on of photosynthesis under different dynamic environmental conditions.
6 tabolic activity to acclimate to the altered environmental conditions.
7  tropisms to link the direction of growth to environmental conditions.
8  of the genetic adaptions of humans to local environmental conditions.
9  adjust the onset of flowering to favourable environmental conditions.
10 sites, which were characterized by different environmental conditions.
11 turation states of the urease subject to the environmental conditions.
12  a specific function or response under given environmental conditions.
13 h and cell expansion in response to changing environmental conditions.
14 f body length may occur in response to harsh environmental conditions.
15 ns and beliefs put to action under a host of environmental conditions.
16 r, enabling tumor cells to adapt to changing environmental conditions.
17 ng advantages to the E4 allele under certain environmental conditions.
18 d predict ecosystem processes under changing environmental conditions.
19 produce woody tissues appropriate to diverse environmental conditions.
20  is better able to adapt to rapidly changing environmental conditions.
21 redator and prey traits that may change with environmental conditions.
22 of C cycling and climate under unprecedented environmental conditions.
23 ing gene expression regulation under adverse environmental conditions.
24 sponses to continually changing contexts and environmental conditions.
25 s under a fairly broad range of micellar and environmental conditions.
26 ral populations already resistant to extreme environmental conditions.
27 ically and allowed to develop under the same environmental conditions.
28  richness at a mountain ridge under specific environmental conditions.
29  and can be affected by fixation methods and environmental conditions.
30 cesses are fine-tuned to adjust to different environmental conditions.
31 identification of organic contaminants under environmental conditions.
32 htly regulate gene expression in response to environmental conditions.
33 ve changed, due to alterations in social and environmental conditions.
34 lcitrant carbohydrates under a wide range of environmental conditions.
35 accumulate secondary metabolites to adapt to environmental conditions.
36 t enable cells to sense and adapt to varying environmental conditions.
37 rotein folding and stability under different environmental conditions.
38 flasks as batch experiments under controlled environmental conditions.
39 ure the survival of organisms under changing environmental conditions.
40 n genetically identical cells under the same environmental conditions.
41 ritical for bacterial survival under diverse environmental conditions.
42  modulate entry into mitosis under differing environmental conditions.
43 evelopmental processes and plant response to environmental conditions.
44 they were confronted with harsh, fluctuating environmental conditions.
45 l cell morphology is adaptable to changes in environmental conditions.
46 er adaptation of associated species to local environmental conditions.
47 cellular components in response to different environmental conditions.
48 nce a species' ability to cope with changing environmental conditions.
49 ing that the gene repertoire is modulated by environmental conditions.
50 mes in complex reaction media and in various environmental conditions.
51 ophilopoiesis may be affected by atmospheric environmental conditions.
52 enetic drift, which varies among strains and environmental conditions.
53 w selection of resistant lines regardless of environmental conditions.
54 s of tick exposure and temporal variation in environmental conditions.
55 that bimodality evolved for a large range of environmental conditions.
56 ator attraction, particularly under shifting environmental conditions.
57  and numbers change in response to different environmental conditions.
58 the strength of hybrid vigor is dependent on environmental conditions.
59 l changes and socially mediated responses to environmental conditions.
60 mean family age after accounting for current environmental conditions.
61 y of tumors to evolve and adapt to different environmental conditions.
62 and recovery of cells exposed to unfavorable environmental conditions.
63 rerequisite for plants to cope with changing environmental conditions.
64 nts in coordination with nutrient status and environmental conditions.
65 raphic inequalities that may depend on local environmental conditions.
66 come from different species but share common environmental conditions.
67 e by invoking different sensitivities to key environmental conditions.
68 equilibria that can be shifted by changes in environmental conditions.
69  the potential for adaptation under changing environmental conditions.
70 sily administered and withstand uncontrolled environmental conditions.
71 han direct physiological effects of changing environmental conditions.
72 and relationships between microbial taxa and environmental conditions.
73 m in response to particular physiological or environmental conditions.
74 ding in diverse ways to changing climate and environmental conditions.
75 for accurately timed rhythmicity in changing environmental conditions.
76 hly variable and heterogeneously distributed environmental conditions.
77 sition of 9 Coffea species grown in the same environmental conditions.
78  that are each defined by shared response to environmental conditions.
79 op production under a variety of unfavorable environmental conditions.
80 terrestrial carbon stocks respond to varying environmental conditions.
81 id vegetation change in response to changing environmental conditions.
82 at possess the ability to survive in extreme environmental conditions.
83 tories of organisms adapting to differential environmental conditions.
84 r genetically identical cells under the same environmental conditions.
85 tter understanding of adaptation to specific environmental conditions.
86 re that the essentiality of genes depends on environmental conditions.
87 ane nitrile (SFN) are produced, depending on environmental conditions.
88 ing geographic borders and adapting to local environmental conditions.
89 ater exchange under current, past, or future environmental conditions.
90 epends on cell/tissue, development stage and environmental conditions.
91 ovides protection from predators and extreme environmental conditions.
92 curate representation of space under varying environmental conditions.
93 ure (Tb) within a narrow limit with changing environmental conditions.
94 Bacteria frequently need to adapt to altered environmental conditions.
95 istic spatial structure of species pools and environmental conditions.
96 he ability to adaptively respond to changing environmental conditions.
97 fine-tune plant morphogenesis in response to environmental conditions.
98 e weeks as semibatch reactors under variable environmental conditions.
99 ity of slow-growing mycobacteria to adapt to environmental conditions.
100 ior on a variety of genotypes and social and environmental conditions.
101 l debate over how this ensemble changes with environmental conditions.
102                Despite persistent effects of environmental conditions across life stages, and despite
103 nd minerals and find that both chemistry and environmental conditions affect binding.
104 evented a clear understanding of how natural environmental conditions affect circadian clocks and the
105  to test the hypothesis that climate-related environmental conditions affect the sensitivity of Arcti
106 s a lack of consensus as to how gradients in environmental conditions affect tropical forest carbon.
107 ng replication or may form due to changes in environmental conditions after virus particles are relea
108 o develop over several months under constant environmental conditions, after which their microbial co
109 blished carefully based on analogous sets of environmental conditions, all evidence of niche shifts d
110 consistent through space, whatever the local environmental conditions, along 40 km of NW Mediterranea
111  plants to maintain growth under unfavorable environmental conditions, although the mechanisms are no
112                        In order to mimic the environmental conditions, an appropriate growth medium m
113 eding behaviour, as assessed by the study of environmental conditions, anchovy diet and trophic level
114  climate change, (ii) sensitivity to altered environmental conditions and (iii) resilience potential.
115 performs reliably under four different harsh environmental conditions and 2 MeV proton irradiation fl
116 he role of regulatory systems coupled to the environmental conditions and by the action of horizontal
117 sights into intestinal adaptation to altered environmental conditions and disease pathogenesis.
118 els, we quantified the relative influence of environmental conditions and farm management factors.
119 on chromosome 3B that is highly dependent on environmental conditions and for which the climatic inte
120 ns (G*E) in response to natural variation in environmental conditions and found that evidence for G*E
121 ed that were highly preserved across diverse environmental conditions and genetic backgrounds.
122 cilitates the development of a wide range of environmental conditions and habitat niches in urban pon
123     Sporogony is thought to be controlled by environmental conditions and mosquito/parasite genetic f
124    It has an excellent adaptability to harsh environmental conditions and plays an important role in
125 juveniles, in contrast, are prevalent across environmental conditions and share few environmental ass
126 o evaluate the impact on BBB under realistic environmental conditions and take into account vulnerabi
127 hia coli in dairy feces exposed to different environmental conditions and temperature extremes was in
128        The material chemistry, presentation, environmental conditions and testing methodology used af
129 ics and photonics, yet its instability under environmental conditions and the lack of well-establishe
130 n the congeners' physicochemical properties, environmental conditions and the presence of competing n
131 nce the limitations of dwelling in imperfect environmental conditions and the risks associated with s
132         The current distribution of species, environmental conditions and their interactions represen
133 ates of tree species responses to changes in environmental conditions and to evaluate the extent that
134 esize primarily G3P or glycerol depending on environmental conditions and/or metabolic demands in alg
135 its average rate of adaptation in a specific environmental condition, and analyze the heritability, p
136 pate global range expansion as influenced by environmental conditions, and by the possibility of coop
137  dynamics across rare cell types, genotypes, environmental conditions, and drug treatments.
138 erstand how ecosystems respond to changes in environmental conditions, and how taxonomic and function
139 l dynamics driven by local socioeconomic and environmental conditions, and human mobility.
140  side, dependent on their concentration, the environmental conditions, and the cellular stimuli engag
141           Plants are exposed to a variety of environmental conditions, and their ability to respond t
142  time was evaluated in F4:5 families in five environmental conditions, and three major loci were foun
143 ng three species, grown across three to five environmental conditions, and through 20-30 developmenta
144 t C pools, nitrogen regulation, altered soil environmental conditions, and vertical mixing along the
145         Although they are assembled when the environmental conditions are appropriate, they only star
146 ange of ecological settings, especially when environmental conditions are changing rapidly.
147 nt forms to overall metal uptake rates under environmental conditions are not quantitatively defined.
148   Such anticipatory responses to fluctuating environmental conditions are typically orchestrated by t
149 his structurally dynamic S-layer responds to environmental conditions as an ion sensor and protects C
150 s distributions usually only include abiotic environmental conditions as explanatory variables, despi
151 xpenditure and adjust their Tb under adverse environmental conditions as has been reported for some w
152 s for characterizing aerosols under changing environmental conditions as they can provide high tempor
153 ertain developmental stages or under adverse environmental conditions, as a result of the accumulatio
154 e complex connections between the history of environmental conditions, assembly processes and microbi
155                                              Environmental conditions associated with low biological
156                    CCM models suggested that environmental conditions associated with recent ENSO cyc
157 ariation and link it with plant function and environmental conditions at a global scale.
158                                         When environmental conditions become unfavorable in early aut
159 linearities were explained by homogeneity of environmental conditions below 5 m and by a lack of addi
160       These were used to show differences in environmental conditions between observed and background
161 important direct drivers, however, depend on environmental conditions: biodiversity influences popula
162 ametocyte production rates vary depending on environmental conditions, but external stimuli remain ob
163      chi is tightly regulated and depends on environmental conditions, but is represented empirically
164 s, these drainage networks adapt to changing environmental conditions by remaining active for longer
165 stems being able to adapt to a wide range of environmental conditions, by maximizing the information
166 ssentiality and dispensability under various environmental conditions can elucidate how genetic inter
167                                     Paternal environmental conditions can influence phenotypes in fut
168 m hypoxia exposures, whether from disease or environmental condition, can cause cardiomyopathy and le
169 network structures can increase the range of environmental conditions compatible with species coexist
170 y by selection for cooperative breeding when environmental conditions deteriorate and within-year var
171                  Microbial exposures and gut environmental conditions differ between infants in diffe
172                                   Suboptimal environmental conditions during early life that may prom
173                              By changing the environmental conditions during the selection process, d
174   Pace-of-life can vary in relation to local environmental conditions (e.g. latitude, altitude), and
175        To protect anthocyanins against harsh environmental conditions (e.g., pH and temperature), sol
176                         This may reflect the environmental conditions encountered by HSV-1 when enter
177  an integrated, individual-based response to environmental conditions, especially in ectotherms.
178             Our results demonstrate that the environmental conditions experienced during a relatively
179 ed population models to demonstrate that the environmental conditions experienced during a short but
180 actors include botanical characteristics and environmental conditions, extraction and quantification
181 hods are often inadequate, particularly when environmental conditions favor disease.
182     These transitions can be affected by the environmental conditions, film thickness and applied ele
183                          We quantify optimal environmental conditions for phytoplankton, defined as t
184  in a U-shape, which depends on the specific environmental conditions found in different solvents.
185 rately predicts cell size under a variety of environmental conditions, from just a few measurable var
186 well species distributions were explained by environmental conditions, from modest at small scales (R
187 ed with the requirement to adapt to changing environmental conditions, has helped to define the diver
188 hat population structure, high gene flow and environmental conditions have favored the broad invasive
189                 This suggests that the local environmental conditions have left significant signature
190 iomass, and ensures flowering independent of environmental conditions; however, the underlying regula
191  that must be considered when characterizing environmental conditions in both modern and ancient cold
192 microbial community characteristics and soil environmental conditions in controlling Arctic methane e
193 manifestation of heterosis under fluctuating environmental conditions in hybrid progeny of the inbred
194 ods of stability in population structure and environmental conditions in South Center Lake that were
195  five areas that markedly differ in terms of environmental conditions in the Philippines, India, Chin
196                              To determine if environmental conditions in two hydraulically connected
197  family unit, and address the structural and environmental conditions in which families live and oper
198 nd coordination environment as a function of environmental conditions including low-temperature (473
199 alleles were differentially expressed across environmental conditions, including darkness, low iron,
200 ntain stable yields across a wide variety of environmental conditions, including drought.
201 us pathways to sense and respond to changing environmental conditions, including, within Gram-positiv
202 orth American red squirrels we show that the environmental conditions individuals encountered could c
203 nematode Caenorhabditis elegans, unfavorable environmental conditions induce a state of diapause know
204                     Upon exposure to hostile environmental conditions, infected FLA will encyst and p
205 s unclear how homolog pairing in diploids or environmental conditions influence overall genome organi
206                                       How do environmental conditions influence selection and genetic
207 in a flexible and adaptive manner that takes environmental conditions into account.
208 ly adjust her nest sex ratios in response to environmental conditions is constrained, potentially lim
209 to which debris-covered glaciers record past environmental conditions is debated.
210 ble prediction of evolutionary outcomes from environmental conditions is difficult, graph-theoretic p
211     Depending on its oxidation state and the environmental conditions, it can participate in redox re
212  reconstruction is stable in a wide range of environmental conditions, its simulated STM image perfec
213 ility and a long infectious period, and when environmental conditions lead to enhanced between-group
214 ific fluorescence emission during changes in environmental conditions (light, temperature, humidity).
215 ns between hosts and their ecosystems in two environmental conditions (low and high nutrients).
216 ttent wastewater emissions and high latitude environmental conditions (low temperatures and seasonal
217 a to an intermediate level, and variation in environmental conditions may alter the relative costs an
218                                   Such novel environmental conditions may be natural and/or of anthro
219 toxicity, and whether adaptation to deep-sea environmental conditions moderates any effects of these
220                                              Environmental conditions modulate cell cycle progression
221 blishment through time, driven by changes in environmental conditions near the species' western range
222  might provide an invaluable window into the environmental conditions of early Earth.
223                      This coincided with the environmental conditions of increased levels of gaseous
224  developed different strategies to cope with environmental conditions of low Fe availability based on
225 e, and greatly potentiated by the social and environmental conditions of recreational drug use.
226     Not much is known about the influence of environmental conditions on DOC quality.
227 ied this technique to study the influence of environmental conditions on sorption of inorganic anions
228 raints highlights the potential influence of environmental conditions on the conformation of the rece
229                                          The environmental conditions on the Earth before 4 billion y
230 fy the impacts of both parasite exposure and environmental conditions on the lizard's survival rates
231  influence of fish species and the effect of environmental conditions on the metal accumulation in fi
232  be strong or weak responders, influenced by environmental conditions or developmental differences.
233             However, a lack of adaptation to environmental conditions other than climate - for exampl
234                     Our results suggest that environmental conditions other than temperature may infl
235 ily emergent near-neutrality." For different environmental conditions, our model predicts diverse veg
236  different types of factors and information (environmental conditions, personal and public informatio
237                                              Environmental conditions profoundly affect plant disease
238 ree species were classified as vulnerable if environmental conditions projected in the future appear
239 ypes and structures of HMOs are sensitive to environmental conditions, protective of morbidity, predi
240 g-utans (P. pygmaeus), under the homogeneous environmental conditions provided by zoos.
241 The movement of wild animals during changing environmental conditions provides essential information
242                     Here we investigated how environmental conditions regulate Cdr1 signaling for cel
243 ding depression (ID) observed across adverse environmental conditions remains a challenge.
244 s occurrences, compared with biogeography or environmental conditions, remains largely unknown.
245 target RNAs and affect cellular responses to environmental conditions, resulting in favorable benefit
246 f heterochromatic repression between various environmental conditions, revealed that haploid cells ex
247 of leaves is remarkably constant under fixed environmental conditions, several genes have been descri
248                                        Since environmental conditions show strong fluctuations during
249 ation of manure to agricultural soils across environmental conditions still remains unclear.
250         The bacterial phasor is sensitive to environmental conditions such as antibiotic exposure and
251 tinct photoprotective needs under particular environmental conditions such as high irradiance of a pa
252                Emerging seedlings respond to environmental conditions such as light and temperature t
253 ation is further complicated by changing the environmental conditions such as rising atmospheric CO2
254  latitudes will cause significant changes in environmental conditions such as soil temperatures, hist
255                                              Environmental conditions such as the presence of bioacti
256 defecation and with the onset of challenging environmental conditions, such as extremes in temperatur
257 gronomically relevant species under specific environmental conditions, such as in podzols or calcareo
258 ological processes and resistance to various environmental conditions, supporting the growing evidenc
259 ation that are less negatively influenced by environmental conditions than other techniques.
260 lopatric individuals to better coincide with environmental conditions that are beneficial for success
261 ropical elevation gradients characterized by environmental conditions that are both steep and relativ
262 , and the inheritance of physical and social environmental conditions that handicap brain functioning
263 duals are likely to be exposed to a range of environmental conditions that have the potential to act
264 ed that their phenotypes can be modulated by environmental conditions that increase the metabolic flu
265        Migration allows animals to track the environmental conditions that maximize growth, survival,
266 rstanding of key aspects of TGP, such as the environmental conditions that may promote it, its relati
267 lococcal biofilm development, as well as the environmental conditions that modulate this program, has
268 nstant laboratory environments; however, the environmental conditions that organisms experience in na
269 hich consists of a species-specific range of environmental conditions that support adaptive developme
270                                  Because the environmental conditions that support rainfed agricultur
271 radation was controlled by the local initial environmental conditions (that is, accumulated air tempe
272 y, gametogenic cycle, food availability, and environmental conditions, that affect the Condition Inde
273                      To survive in the harsh environmental condition the plant species have developed
274                              Under different environmental conditions, the nanodispersions exhibited
275        Despite this correlation under stable environmental conditions, the responses of both paramete
276 nce that the mode of H-NS binding depends on environmental conditions, the role of the spatial organi
277  cells and tissues, developmental stages and environmental conditions, the spatiotemporal distributio
278 experiments with native and NIS under common environmental conditions to allow detailed comparisons a
279 f probing the toxicity of ENM mixtures under environmental conditions to assess how chemical interact
280 g accession Bd1-1 were grown in a variety of environmental conditions to enable exploration of the ge
281 11, 12], maternal brain TNF-alpha may report environmental conditions to promote offspring behavioral
282 he T. cruzi parasite in the myriad different environmental conditions to which it is exposed during i
283 ecially under realistic waste management and environmental conditions, to avoid the unwanted release
284 eaks have been linked to suboptimal hospital environmental conditions, transmission via health-care w
285                                    Different environmental conditions under anesthesia may lead to un
286 ese adaptations led us to infer and validate environmental conditions under which the NMG pathway is
287 his study highlights the interaction between environmental conditions upon freezing and thawing and d
288 sting systems can work under a wide range of environmental conditions using low grade or solar heatin
289 ltivars grown under the same agronomical and environmental conditions was studied.
290 y-over effects: a phenological mismatch with environmental conditions (water depth) that occurred pot
291  x LC-HRMS study of the effects of different environmental conditions (watering and harvesting time)
292 lishing linkages between tuna physiology and environmental conditions, we provide a mechanistic basis
293 specific modeled estimates of surprise about environmental conditions were linked to pupil size in th
294 n element due to their stability under harsh environmental conditions, were synthesized using thermo-
295                              To quantify the environmental conditions where bimodal versus unimodal e
296 oductivity only shortly following changes in environmental conditions, whereas correlations in the mo
297 osynthetic efficiency in response to varying environmental conditions, which are critical for underst
298 species interactions may shift under altered environmental conditions will help form a more predictiv
299  dynamics of signalling networks that couple environmental conditions with cellular behaviour can now
300 sh eggs and larvae, more homogeneous ambient environmental conditions within each year-class, and red

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