1 ignificantly more introverted, neurotic, and
hostile.
2 y function, reoperative aortic procedure, a "
hostile"
abdomen, or an emergency operation.
3 e accounted for 41.2% of deaths, followed by
hostile acts (36.1%), and illness or other causes (22.7%
4 RR of deaths from all causes and deaths from
hostile acts are increased.
5 g personnel have a higher risk of dying from
hostile acts in missions where more force is required.
6 Deaths from
hostile acts increased after the Cold War (relative risk
7 any acts that further in-group interests are
hostile and aggressive towards out-groups.
8 so that the avatar responds by becoming less
hostile and concedes power over the course of therapy.
9 (positive future expectations) and cynical,
hostile attitudes toward others have not been studied to
10 nitions (normative beliefs about aggression,
hostile attribution bias, aggressive fantasizing) and em
11 A pregnant woman's
hostile attributions about infant's intentions signal ri
12 Mothers who made more
hostile attributions during pregnancy reported engaging
13 Mothers'
hostile attributions increased the likelihood that their
14 Practitioners' attention to women's
hostile attributions may help identify those in need of
15 Hostile attributions were examined in terms of women's b
16 specific methods for practitioners to assess
hostile attributions.
17 o demonstrated consistently higher levels of
hostile behaviors across both their interactions healed
18 s from phagocytic attack and survives in the
hostile blood environment during life-threatening system
19 experience of the care of patients across a
hostile border has been unprecedented.
20 neurogenesis as well as of counteracting an
hostile brain microenvironment so to promote survival of
21 host molecular mechanisms to prosper in the
hostile cellular environment.
22 nctional interfaces that must contend with a
hostile,
challenging environment, driving adaption so th
23 Using liposome to shield an enzyme from
hostile chemical environments during the sol-gel formati
24 some portion of the homogeneity is due to a
hostile climate and outright discrimination against non-
25 kely due to a combination of self-selection,
hostile climate, and discrimination.
26 n of EPSs might protect this bacterium under
hostile cloud environment conditions, including low nutr
27 h and promoted axon regeneration through the
hostile CNS environment without the intervention of scar
28 ditioned axons struggle in the presence of a
hostile CNS environment.
29 s facilitate the organisms to survive in the
hostile condition by removing these R-loops.
30 To meet these requirements in the
hostile conditions at sea, a range of sensors based on p
31 forming lethal toxins that may withstand the
hostile conditions encountered in the bloodstream.
32 lts in the adaptation of the organism to the
hostile conditions imposed not only by the host but also
33 ow H. pylori to quickly adapt to dynamic and
hostile conditions present within its cognate gastric ni
34 with specks of defectors, whereas under more
hostile conditions, cooperators form isolated, compact c
35 grams to survive under diverse and sometimes
hostile conditions, the molecular signals that regulate
36 es, allowing them to survive for years under
hostile conditions.
37 ejaculate frequently act to ameliorate these
hostile conditions.
38 h to a broad spectrum of hard surfaces under
hostile conditions.
39 maximize adhesion to diverse surfaces under
hostile conditions.
40 s stabilize their secreted proteins in such '
hostile'
conditions.
41 ficantly shorter leukocyte TL than their low-
hostile counterparts.
42 High-
hostile couples also produced relatively larger increase
43 nteractions healed at 60% of the rate of low-
hostile couples.
44 social support interaction compared with low-
hostile couples.
45 se, but also its effects on self-esteem in a
hostile cultural climate.
46 cation cycle, and protect viral RNA from the
hostile cytoplasmic environment.
47 nd pursuing it, humans evolved to survive in
hostile dynamic environments where goal availability and
48 ersibly while encountering diverse and often
hostile ecological niches.
49 ackaged into the eggs and persist inside the
hostile egg albumen environment.
50 These features appear to protect HIV-1 from
hostile elements both within and outside the cell.
51 A
hostile environment and decreased regenerative capacity
52 ial scar formation, exacerbating the already
hostile environment and further inhibiting axon regenera
53 ber or the impairment of CTL activity by the
hostile environment created by the tumor.
54 employed by M. tuberculosis to overcome the
hostile environment encountered during infection of prim
55 the lymph nodes and lymphatics, a seemingly
hostile environment for infectious agents, since the loc
56 ori (H. pylori) have managed to survive in a
hostile environment in their host for long period and ha
57 tain their longevity in this immunologically
hostile environment is unknown.
58 if they have the potential to make a leap, a
hostile environment may preclude their doing so.
59 o promote the survival of C. albicans in the
hostile environment of a mammalian host.
60 ibility for escape mutants to prevail in the
hostile environment of a specific immune response.
61 sand flies the parasites have to survive the
hostile environment of blood meal digestion, escape the
62 a number of strategies to survive within the
hostile environment of host phagocytes.
63 impressive longevity in the immunologically
hostile environment of its human host.
64 man commensal to survive passage through the
hostile environment of the bloodstream to establish deep
65 Crucial to H. pylori survival within the
hostile environment of the digestive system are the adhe
66 for bacterial homeostasis in the relatively
hostile environment of the gastric mucosa.
67 iology allowing the bacterium to grow in the
hostile environment of the host cell.
68 ce but also for maintaining viability in the
hostile environment of the host.
69 d by the bacterium that help it adapt to the
hostile environment of the human stomach.
70 use cryptdins mediate innate immunity in the
hostile environment of the intestinal lumen, it should b
71 y of S. mutans to adapt and to thrive in the
hostile environment of the oral cavity suggests that thi
72 the damage and to eventually grow inside the
hostile environment of the phagosome.
73 y of intracellular parasites to adapt to the
hostile environment of their hosts.
74 creyi is found in an abscess and overcomes a
hostile environment to establish infection.
75 Finally, IL-10-aNSCs converted a
hostile environment to one supportive of neurons/oligode
76 surrounded by phagocytes and must adapt to a
hostile environment to survive.
77 ni, elucidate how this fluke survives in the
hostile environment within the bile duct and show that m
78 M. tuberculosis (Mtb) survives a
hostile environment within the host that is shaped in pa
79 n solid tumors, however, T cells encounter a
hostile environment, in particular with increased inflam
80 ic to the South Pole, but in the punishingly
hostile environment, retracing their steps back to the e
81 ans, such as gut and lungs, are exposed to a
hostile environment.
82 organism uses to escape killing within this
hostile environment.
83 fight" over zinc and thrive in an otherwise
hostile environment.
84 ce area in direct contact with a potentially
hostile environment.
85 izes the chance of parasite survival in this
hostile environment.
86 by Brucella for long-term survival within a
hostile environment.
87 cterial defenses mounted in response to this
hostile environment.
88 to mediate gas exchange and defend against a
hostile environment.
89 ables Gram-negative bacteria to survive in a
hostile environment.
90 associated with deployment to an unfamiliar
hostile environment.
91 he peptide backbone exposed to a potentially
hostile environment.
92 cidification and supports the formation of a
hostile environment.
93 It is considered unapproachable due to its
hostile environment.
94 organ, the skin, and protects us against the
hostile environment.
95 ysiology of the body and the external, often
hostile,
environment, and the semipermeable epidermal ba
96 Hostile environmental conditions therefore have the abil
97 st adapt to constantly fluctuating and often
hostile environmental conditions to persist in the oral
98 Upon exposure to
hostile environmental conditions, infected FLA will ency
99 uch, this fungus must survive and/or subvert
hostile environmental onslaughts in a professionally ant
100 med by in-core systems in what are extremely
hostile environments and in most reactor accident scenar
101 rains, enhancing their abilities to adapt to
hostile environments and rapidly take up virulence facto
102 de a mechanism through which CSCs persist in
hostile environments because of an inability to respond
103 ramatically changes the in vitro response to
hostile environments by this pathogen.
104 Life or death in
hostile environments depends crucially on one's ability
105 pable of withstanding the higher-temperature
hostile environments encountered in these engines.
106 is feasible, but also that in such seemingly
hostile environments enzymes can catalyse reactions impo
107 anding of bacterial responses to complex and
hostile environments generated within the neutrophil pha
108 ly counteract and even take advantage of the
hostile environments of a host.
109 ern Mediterranean represent some of the most
hostile environments on our planet.
110 Ceramics destined for use in
hostile environments such as nuclear reactors or waste i
111 These sites represent
hostile environments with increased salinity and alkalin
112 low certain organisms to thrive in otherwise
hostile environments, and 2-aminoethylphosphonate (AEP)
113 l see temperatures above ~1,500 degrees C in
hostile environments, as for example in next-generation
114 To survive in
hostile environments, organisms activate stress-responsi
115 cal membranes of epithelial cells exposed to
hostile environments, such as gastric glands, have no de
116 Materials for applications in
hostile environments, such as nuclear reactors or radioa
117 ability of this pathogen for rapid growth in
hostile environments, such as the inflammatory milieu, a
118 investigate the significance of catalase in
hostile environments, we made catalase deletion mutation
119 the CpxRA two-component system, to adapt to
hostile environments.
120 ure against DNA pressure and for survival in
hostile environments.
121 nism strength and flexibility in potentially
hostile environments.
122 w it to infect and survive in many different
hostile environments.
123 g shelf life and the capacity to function in
hostile environments.
124 l gene expression to enhance its survival in
hostile environments.
125 urvive and multiply in diverse and sometimes
hostile environments.
126 y a protective role for the microorganism in
hostile environments.
127 hese stages to survive in very different and
hostile environments.
128 mutation rates and exist in immunologically
hostile environments.
129 ate host, it encounters vastly different and
hostile environments.
130 tion and survival within variable, and often
hostile,
environments encountered in the host.
131 groups are currently the targets of overtly
hostile evaluation and treatment by others (e.g., Muslim
132 on growth capacity of mature neurons and the
hostile extrinsic environment composed of a milieu of in
133 her all relationships become friendly or two
hostile factions emerge.
134 immunity, and one mechanism is by degrading
hostile factors with its intrinsic E3 ligase activity.
135 re is needed to avoid increasing conflict in
hostile families.
136 overall, whereas depression was unchanged in
hostile families.
137 RS imaging, the scanning environment remains
hostile for critically ill patients, and further researc
138 This environment is potentially
hostile for T cell epitope and MHC class II survival, an
139 ring the persistence of the bacterium in the
hostile gastric environment.
140 echanisms by which NTNHA shields BoNT in the
hostile gastrointestinal environment and releases it upo
141 Fetal development in a
hostile gestational environment can lead to systemic alt
142 ers a protective environment for survival in
hostile habitats.
143 ed behavior (in-group favoring and out-group
hostile)
has been well established empirically, and has
144 following transplantation, possibly due to a
hostile host brain environment, lessens the effectivenes
145 hilum plays a crucial role in subverting the
hostile host cell environment.
146 by microbes to promote their survival in the
hostile host environment has been a recurring theme in r
147 To aid survival in the
hostile host environment, P. aeruginosa has evolved defe
148 athogenic microorganisms when they enter the
hostile host environment.
149 , facilitating bacterial survival within the
hostile host environment.
150 on of defense mechanisms, can survive in the
hostile host environment.
151 In order to cope with
hostile host environments, many viruses have developed s
152 ving phagotroph became adapted to exploiting
hostile host environments.
153 ays major role in this process as it targets
hostile host proteins for degradation with its E3 ligase
154 andscapes and for long-distance trade across
hostile hot terrains for 3,000 y.
155 spirochetal phenotypes that dominate in the
hostile immune environment, the mRNA transcripts of four
156 in all of these areas, each approach faces a
hostile immunological response that frequently ends with
157 ncreased stress levels, anger proneness, and
hostile,
impulsive behaviors.
158 nd might help pathogens adapt to and counter
hostile in vivo environments, those identified in this s
159 both short TL and high TA, compared with low-
hostile individuals.
160 ht represent a compensatory response in high-
hostile individuals.
161 These include the locally
hostile inflammatory environment and the stress of reduc
162 Tumors contain
hostile inflammatory signals generated by aberrant proli
163 cific exoproteins involved in mutualistic or
hostile interactions (i.e. hemolysins, pilins, adhesins)
164 port reviews the scope of the challenge, the
hostile internal milieu predisposing to CAD and cardiac
165 cobacterium tuberculosis, survive within the
hostile intracellular environment of a macrophage.
166 Mycobacterium tuberculosis can grow in the
hostile intracellular environment of macrophages by acti
167 DNA across the plasma membrane, through the
hostile intracellular environment, and into the nucleus.
168 favorable areas and decline in increasingly
hostile locations.
169 is critical in protecting the host from the
hostile luminal environment.
170 ct is necessary to protect the host from the
hostile luminal environment.
171 knowledge of M. tuberculosis response to the
hostile lysosomal environment, we profiled the global tr
172 High-
hostile men had significantly shorter leukocyte TL than
173 High-
hostile men were more likely to die of CVD than were low
174 After the trial, high-
hostile men who also had a nonfatal event during the tri
175 D, OR, 5.06, 1.42 to 8.22, compared with low-
hostile men without a nonfatal event during the trial.
176 were more likely to die of CVD than were low-
hostile men.
177 development, much like it protects against a
hostile microbial world.
178 eprogramming of tumor cells present within a
hostile microenvironment and suggest that proline metabo
179 In spite of the probably
hostile microenvironment of the nodule, the acpXL mutant
180 bility of neoplastic populations to induce a
hostile microenvironment through both cell contact-depen
181 hamide in the setting of this nTreg-mediated
hostile microenvironment was able to restore the antitum
182 normalities, and phenomenal adaptations to a
hostile microenvironment, such as hypoxia and nutrient d
183 lls must adapt to acidosis to thrive in this
hostile microenvironment.
184 ent and spread of malignancies by creating a
hostile microenvironment.
185 Hostile microenvironmental conditions within tumor masse
186 ich allows cancer cells to adapt and grow in
hostile microenvironments, is emerging as an important v
187 surviving loss of nutrients and anchorage in
hostile microenvironments.
188 Adaptation of malignant cells to the
hostile milieu present in tumors is an important determi
189 marginalization, mercantile exploration, and
hostile neighborhood interactions.
190 ique repair adaptation of C. burnetii to its
hostile niche.
191 Residual nondeleted
hostile NK cells expressing only the activating receptor
192 arose from the elimination of phenotypically
hostile NK cells that express an allospecific activating
193 type within the intestinal tract reservoir-a
hostile,
nutrient scarce environment depleted of inorgan
194 ovide a window on the pathways through which
hostile or abrasive relationships affect physiological f
195 n adaptive response of epithelial cells to a
hostile or changing microenvironment.
196 has been necessitated by the need to access
hostile or difficult environments in situ and in vivo.
197 e households were not interviewed because of
hostile or threatening behavior, for a 98.55% response r
198 To counter the
hostile oxidative environment inside macrophages, these
199 Some studies have found that
hostile patients have an increased risk of incident IHD.
200 h risk factor modification may be useful for
hostile patients.
201 These findings suggest that within the
hostile proteolytic microenvironments associated with ma
202 the acquisition of biological materials for
hostile purposes and armed conflict, entered into force
203 sure that the life sciences are not used for
hostile purposes, says Malcolm Dando.
204 In these more
hostile regions, the risk and cost of exploration is hig
205 ew antibiotics, unfavorable economics, and a
hostile regulatory environment.
206 he principal contributors of biomass in this
hostile river, which has a pH of 2 and contains much hig
207 bout how these systems manage to function in
hostile,
ROS-rich environments.
208 weak to strong binders, and adsorption under
hostile saltwater conditions.
209 Adolescents'
hostile social interactions with outgroup members and un
210 The population exposed to the
hostile soil conditions within the volcanic caldera poss
211 on the Brief Psychiatric Rating Scale (BPRS)
hostile suspiciousness factor, and risperidone on the BP
212 s in cluster scores for thought disturbance,
hostile-
suspiciousness, and withdrawal-retardation.
213 provement was seen in symptoms of psychosis,
hostile-
suspiciousness, anxiety-depression, thought dist
214 etic persons reported greater depressive and
hostile symptoms and greater stress experience than did
215 as wolves and chimpanzees (n = 1,382 cases),
hostile takeovers in industry (n = 1,637 cases), and int
216 f transplanted cells resulted from the local
hostile tissue environment.
217 lp explain why the macrophage environment is
hostile to chlamydial growth.
218 ns of the gastric mucosa, a niche considered
hostile to most microbes.
219 which is a bacterial refuge with conditions
hostile to phage whereas the other is phage friendly.
220 ought to help render tumor microenvironments
hostile to roving immune cells.
221 fact that the female site of insemination is
hostile to sperm, and that non-sperm components of the e
222 ate, by means of HNP release, an environment
hostile to their microbicidal function and that of their
223 microscopy in intact neural tissue, which is
hostile to traditional forms of microscopy.
224 l inflammatory cell microenvironment from a '
hostile'
to an 'instructive' role, thus facilitating the
225 Finding a less
hostile transplantation site that is both minimally inva
226 e cancer immunotherapy more effectively in a
hostile tumor environment.
227 luding creation of an immune-suppressive and
hostile tumor environment.
228 Neoplastic lesions can create a
hostile tumor microenvironment with low extracellular pH
229 tumor and recapitulate a clinically relevant
hostile tumor microenvironment.
230 lls with a selective growth advantage in the
hostile tumor microenvironment.
231 nisms via which these CAR T cells overcome a
hostile tumor microenvironment.
232 tumors are abnormal, which together create a
hostile tumor microenvironment.
233 nd cells that create and sustain this immune-
hostile tumor microenvironment.
234 ells to promote cell survival and renewal in
hostile tumor microenvironments.
235 To combat
hostile viruses, bacteria and archaea have evolved a uni
236 e changing microbial threats associated with
hostile vs. affine social conditions.
237 The most cynical,
hostile women (top versus bottom quartile) had higher ra
238 Most (versus least) cynical,
hostile women had a higher hazard of cancer-related mort
239 ctromagnetic interference in an electrically
hostile work site environment, with the ultimate goal of
240 ween Plasmodium parasites and their possibly
hostile,
yet ultimately sustaining, host cell environmen