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1 ges are subjected to daily assaults from the external environment.
2 uronal activity to model key features of the external environment.
3 s a common mode of altering responses to the external environment.
4 mechanical and chemical barrier against the external environment.
5 ion of nanotube sidewalls are exposed to the external environment.
6 s to coordinate metabolic processes with the external environment.
7 ive interface separating our bodies from the external environment.
8 iously encapsulated membrane proteins to the external environment.
9 uction between the interior of cells and the external environment.
10 t strengths and gather information about the external environment.
11 nates glucose metabolism with changes in the external environment.
12 e barrier between the mammalian host and the external environment.
13 ntiate to reform a functional barrier to the external environment.
14 ws distinct cell types to interface with the external environment.
15 dependence of the optical properties on the external environment.
16 cal cells must have the ability to sense the external environment.
17 very delicate and easily perturbed by their external environment.
18 ile cilia also contain sensors to detect the external environment.
19 ive site and sequester the reaction from the external environment.
20 of signal transduction systems to sense the external environment.
21 itical interface between organisms and their external environment.
22 nteraction with the bilayer, and the aqueous external environment.
23 ping embryos, and adult tissues that contact external environment.
24 or mechanism for interacting and shaping the external environment.
25 hat are involved in sugar recognition to the external environment.
26 of location and learned associations to the external environment.
27 nd also synchronize these processes with the external environment.
28 s that provides an organism's barrier to the external environment.
29 ptors that participate in sensing the cell's external environment.
30 n the complex physiology of the body and the external environment.
31 ce factors and for adaptive responses to the external environment.
32 ctious and inflammatory causes rooted in the external environment.
33 hronizing the endogenous oscillator with the external environment.
34 specificity were influenced strongly by the external environment.
35 host defense mechanism against the changing external environment.
36 nship between the internal clockwork and the external environment.
37 buffered against changes in the internal and external environment.
38 c projections that help cells to sense their external environment.
39 es within an aggregate can interact with the external environment.
40 s programmed to separate from roots into the external environment.
41 ntire cell envelope, from the cytosol to the external environment.
42 lining of all organs communicating with the external environment.
43 est interface between the human body and the external environment.
44 NA damage present intracellularly and in the external environment.
45 ing between cells or between cells and their external environment.
46 e the biological clock of the brain with the external environment.
47 rough this permeability barrier and into the external environment.
48 s of an infected epithelium to the apical or external environment.
49 ctors) are exported from the bacteria to the external environment.
50 idermis, a tissue in direct contact with the external environment.
51 es to respond to information provided by the external environment.
52 s and their susceptibility to changes in the external environment.
53 e TolC protein links the translocases to the external environment.
54 cks that coordinate internal events with the external environment.
55 membrane histidine kinase that monitors the external environment.
56 root border cells from the root tip into the external environment.
57 ng the neurotoxin in the GI tract and in the external environment.
58 rganism to respond to adverse changes in the external environment.
59 ral adaptation to the arthropod host and the external environment.
60 o detoxify hydrogen peroxide coming from the external environment.
61 adaptable to an animal's internal state and external environment.
62 ssure difference between the biofilm and the external environment.
63 se to rapidly assess the oxygen level in the external environment.
64 physiological and metabolic processes to the external environment.
65 cles, and rupture of compartments facing the external environment.
66 , shielding a cell from the pressures of its external environment.
67 , and first line of defense between host and external environment.
68 to changes in the osmotic pressure of their external environment.
69 brane area and mediate interactions with the external environment.
70 sensory interfaces between the internal and external environment.
71 reported long, vivid dreams unrelated to the external environment.
72 modulate its connectivity in response to the external environment.
73 is dynamic and responsive to changes in the external environment.
74 state to anticipate and/or resonate with the external environment.
75 ) vary when the fungus senses changes in the external environment.
76 tention network involved in attending to the external environment.
77 s to a family of ion channels that sense the external environment.
78 ne transporters reacting to stimuli from the external environment.
79 ng UBL1 in G protein-mediated sensing of the external environment.
80 r encode specific regions or features of the external environment.
81 mechanism through which fungi respond to the external environment.
82 unctions as a protective barrier against the external environment.
83 ism's behavior with the daily cycling of the external environment.
84 nctioning despite ever-changing internal and external environments.
85 ium forms a barrier between the internal and external environments.
86 esulfuricans inhabits both the human gut and external environments.
87 at are sensitive to the genetic, sexual, and external environments.
88 g the communication between the internal and external environments.
89 ls to adapt to changes in their internal and external environments.
90 anobacteria and Deinococci, usually found in external environments.
91 -monitoring and allow for communication with external environments.
93 tems lose coherence through interacting with external environments-a process known as decoherence.
94 yze a stream of sensory information from the external environment, adjusting for internal signals rel
95 issues, which provide the interface with the external environment, also provide access to many of the
96 synchrony between the internal clock and the external environment alter metabolic parameters and card
97 lex itself and relate only indirectly to the external environment; anatomical connectivity influences
99 is function, the lung must be exposed to the external environment and at the same time maintain a hom
101 mollusk Clione, the statocysts, react to the external environment and continuously adjust the tail an
102 sor kinases that allow bacteria to sense the external environment and cytoplasmic, DNA-binding respon
103 did not develop an effective barrier to the external environment and died within hours of birth.
104 locity as a function of the viscosity of the external environment and find that the maximum velocity
105 ear-saturating concentrations of salt in the external environment and in their cytoplasm, potassium b
106 ring development is critical for sensing the external environment and informing appropriate behaviora
109 This cycle is entirely regulated by the external environment and is therefore energy-neutral for
110 idirectional traffic from gene action to the external environment and its effects on behavior remains
111 the model that young C. elegans males sense external environment and oxygen tension, triggering long
112 in and mucous membranes come in contact with external environment and protect tissues from infections
113 pidermis provides an essential seal from the external environment and retains fluids within the body.
114 he carboxysomal pH is similar to that of its external environment and that the protein shell does not
115 intracellular energy levels rather than the external environment and that transduces signals for aer
116 s, are situated at the interface between the external environment and the body's internal milieu, and
118 h realize the direct interaction between the external environment and the current silicon integrated
119 s to the disengagement of attention from the external environment and the generation of thoughts unre
120 provide water accessible routes between the external environment and the interior of the filament, a
122 ebrates, forming a water barrier between the external environment and the internal space of the organ
123 l epithelium forms the interface between the external environment and the mucosal immune system, and
124 those involved in the representation of the external environment and the representation or execution
125 animals must integrate information from the external environment and their internal state to maximiz
126 T drug and the biodegradable linker from the external environment and thus offers a mechanism for con
127 of the electronic states of the system to an external environment and to the applied laser fields.
128 lising patterns that remain sensitive to the external environment and to the developmental progressio
129 ensory inputs that encode the composition of external environment and top-down feedback that conveys
131 ) receive sensory and humoral input from the external environment, and 3) lack a blood-brain barrier.
132 e relationships between internal states, the external environment, and action to provide a mechanism
133 ows organisms to regulate their internal and external environment, and control the probability, proxi
134 rtant component of the skin's barrier to the external environment, and genetic defects in FLG strongl
135 -resident cells that continually monitor the external environment, and in health, instruct tolerance
137 homeostasis, optimally respond to a dynamic external environment, and integrate these functions with
138 e must parse her own reproductive state, the external environment, and male sensory cues to decide wh
139 action and communication of cells with their external environment, and several are known to possess a
140 tronger contractile forces against a stiffer external environment, and therefore exhibits features of
141 make up approximately 99% of all species in external environments, and are an untapped source of new
142 es at the interface between the internal and external environments, and that it is highly induced in
143 man oral cavity, where the conditions of the external environment are diverse and in a constant state
145 iations between cocaine and the internal and external environment are formed from the very outset of
146 fants' perceptions of tactile stimuli in the external environment are heavily dependent upon limb pos
148 al epithelial interfaces that are exposed to external environments are dominated by sugar epitopes, s
149 contribute to spatial representations of the external environment, are thought to be modulated by the
150 docrinologic in nature, or may come from the external environment, as for example products in tobacco
151 to G(alpha) exposes the BODIPY moiety to the external environment, as seen by an increase in sodium i
153 bacilli must be capable of surviving in the external environment before inhalation into a new potent
154 lar states occur not only in response to the external environment but also result from intrinsic gene
155 on that cannot be readily perceived from the external environment but has to be inferred or self-gene
156 resent a critical immunologic barrier to the external environment, but little is known about their li
157 articular, it appears that experience of the external environment can affect the brain earlier in dev
158 e degree of contact between a system and the external environment can alter dramatically its proclivi
160 eveals how non-invasive manipulations in the external environment can be used to overcome neurochemic
161 ded [3-5]; it is apparent, however, that the external environment can influence the generation of her
164 y the interface between the organism and the external environment, contributing to homeostasis and di
165 provide an additional mechanism by which the external environment controls nutrient uptake and digest
166 period generated by this oscillator with the external environment creates circadian disruption, which
167 of how the cell cytosol is connected to the external environment during export, and suggests a gener
168 s, or noisy resulting from conditions in the external environment (e.g., a cluttered visual scene) or
169 As cells adapt to a changing internal and external environment, epigenetic mechanisms can remember
170 All living organisms communicate with the external environment for their survival and existence.
171 i originating from both the internal and the external environment, functions as a modulatory apparatu
173 hat, along with host characteristics and the external environment, have been associated with the diff
175 ith mucosal surfaces that interface with the external environment; however, the role of the mucosal i
176 combines information about the internal and external environment in rhythmic activity of multiple fr
177 n recordings show that representation of the external environment in the parietal lobe is highly sele
181 ontact of developing sensory organs with the external environment is established via the formation of
183 ernal nutrient concentrations in fluctuating external environments-is essential to the survival of mo
184 ound that despite the skin's exposure to the external environment, its bacterial, fungal, and viral c
185 receptors that bind cells to their physical external environment, linking the extracellular matrix t
186 hen it is explicitly cued by features of the external environment, little is known about how we adapt
187 nsory neurons are in direct contact with the external environment, making them susceptible to infecti
189 hich prevents proper heat dissipation to the external environment, MDMA at a moderate nontoxic dose (
190 hesized within the cell or obtained from the external environment mediate many of these protein-prote
191 nthesized within cells or recruited from the external environment mediate many protein interactions.
192 ting an already learned maze relative to the external environment most strongly reduces right-whisker
193 of the male fish was indeed derived from the external environment, most likely via a conversion catal
194 al processes expressed internally and in the external environment (niche construction), showing how i
195 f the body, including protection against the external environment, nutrition, respiration, and reprod
201 y remote areas of the brain or even from the external environment of the organism, therefore indicati
205 subsequent interaction of the flow with the external environment produces long-wavelength afterglows
206 than visually attending the stimulus in the external environment, produces an analogous pattern of i
210 gulator, Hfq is engaged in the adaptation to external environment, regulation of metabolism and bacte
211 ocated within tissues at the boundary of the external environment, represent a potential target of Ah
212 ineal gland, which (being insulated from the external environment) responds to discontinuous activati
213 AIM, and the receptor acted in internal and external environment-sensing neurons of the shared nervo
214 These proteins afford the cell a peek at its external environment, signal the cell to adjust its inte
215 hways relay information about changes in the external environment so that cells can respond appropria
217 These organisms must push off against their external environment, such as a viscous medium, grains o
218 first occurs at mucosal sites exposed to the external environment, such as the skin, airways, and gas
219 the immune system and its interface with the external environment suggest that novel paradigms for ne
220 substantially fewer long-chain FA from their external environment than CD8(+) effector T (Teff) cells
221 changes that occur in response to a dynamic external environment that a given cell type encounters.
223 f mammalian MALTs right at the border to the external environment, the alteration in transcription ob
225 ticity and, thus, creates a link between the external environment, the nervous system, and behavior.
227 s the most exposed point of contact with the external environment, the skin is an important barrier t
229 es synchronize the endogenous clock with the external environment through a process called entrainmen
232 eval in rats that were trained in a constant external environment to approach different nonspatial go
233 bacterial organ for motility, in sensing the external environment to modulate not only its own biogen
235 ifts the arena for sexual selection from the external environment to the female reproductive tract, w
237 ucosal tissues, the major interface with the external environment, to initiate innate responses at th
238 ences between the interstitial fluid and the external environment trigger ATP release at tail fin wou
239 constrained by signals transmitted from the external environment via changes in the activity of DNA
242 haracterized as an internal dynamic, and the external environment was regarded as an external control
243 as further demonstrated to be exposed to the external environment, where it could facilitate interact
244 of the organism is its interaction with the external environment, whereas the speed of the organism
245 ies on information about self-motion and the external environment, which may be conveyed by grid and
246 nsory map represents related features of the external environment with adjacent "hot," "cold," "dry,"
247 anner to integrate signals received from the external environment with the internal metabolic machine
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