ライフサイエンスコーパス: stealth

1 e bacteria to gain a foothold in the host by stealth.

2 ding architectural acoustics, education, and stealth.

3 ompared to non-modified Ad or conventionally stealthed Ad-poly[N-(2-hydroxypropyl)methacrylamide] (Ad

4 gn goals is an ultimate ambition for many EM stealth and communication problems, yet it is nearly imp

5 a protective shell, which imparts biological stealth and dictates the pharmacokinetics.

6 from radio to optical frequencies including stealth and energy harvesting, there is a need to design

7 large objects, with direct implications for stealth and information technology, non-disturbing senso

8 cattering of EM wave, which is important for stealth and other microwave applications in the future.

9 , infrared detectors, stray light reduction, stealth and others.

10 This stealthing and density-increasing technology could ultim

11 ted targets; similarly viral vectors can be 'stealthed' and their physical properties modulated by su

12 h DP ~ 22 had a mixture of PEG(24) (provides stealth) and PEG(23)-azide groups attached to the pendan

13 ve in vivo, with active targeting, increased stealth, and controlled drug-release properties.

14 atalysis, surface enhanced Raman scattering, stealth, antireflection, IR sensors, telecommunications,

15 rable and disposable infrared camouflage for stealth applications.

16 ing is expected to further nuance HIV immune stealth because virus surfaces can escape interaction wi

17 ltaneously achieved high clearance rates and stealth behavior due to a unique flagellar arrangement.

18 sphorylcholine (Au-PC) probes exhibit 'super-stealth' behavior with little interactions with serum pr

19 odel, synthetic biomarkers that circulate in stealth but then activate at sites of disease have the t

20 ogenicity of drug-carrier complexes, imparts stealth by preventing opsonization and removal by phagoc

21 USA300 strain of Staphylococcus aureus This stealth-by-engineering SyngenicDNA approach is effective

22 ty to changing environments, such as tunable stealth capabilities.

23 Specific deuteration furnishes a "stealth" carrier for the solubilized IMP.

24 PTGG's 'active-stealth' character therefore makes it a highly promising

25 responses in order to either provide rapid 'stealth clearance' of cellular debris or to initiate the

26 The phosphocholine coating afforded highly stealth clusters, allowing a high percentage of AuPC to

27 thylene glycol (PEG) is the most widely-used stealth coating and facilitates particle accumulation in

28 trategy to overcome this barrier, the use of stealth coatings can reduce immune clearance and prolong

29 intrageneric horizontal gene transfer and a stealth conduit for intergeneric gene transfer; they are

30 We engineered nanomedicine with the stealth corona made up of densely packed bone seeking li

31 We show that the Stealth domain harbors the catalytic site, as some mutat

32 for MDR cells, with approximately 4 min for Stealth-DOX and for TSL-e.

33 -i, but was the major delivery mechanism for Stealth-DOX and for TSL-e.

34 While Stealth-DOX resulted in high tumor tissue concentrations

35 Consistent with clinical data, Stealth-DOX resulted in similar tumor intracellular conc

36 chemotherapy (Free-DOX), Stealth liposomes (Stealth-DOX), temperature sensitive liposomes (TSL) with

37 me constants for maximum cellular uptake for Stealth-DOX, TSL-e, and TSL-i were 45 min, 11 min, and <

38 ular tumor drug concentrations for Free-DOX, Stealth-DOX, TSL-i, and TSL-e were 3.4, 0.4, 100.6, and

39 lu family may be driven at least in part by "stealth-driver" elements that maintain low retrotranspos

40 natural predators, owls fly with astonishing stealth due to the serrated feather morphology that prod

41 This stealth echolocation allows the barbastelle to exploit f

42 therapeutics in the bloodstream based on the stealth effect of PEG.

43 integrates the non-ionic nature, inertness, stealth effect, and low immunogenicity of PEG coronae wi

44 EGylated drugs, resulting in the loss of the stealth effect.

45 notherapeutic agents, resulting in a "cancer-stealth" effect.

46 , which are distinct from commonly leveraged stealth engineering approaches such as nanoparticle surf

47 Coating nanoparticles with stealth epilayers increases circulation time by evading

48 pondingly, vaccines may be directed against "stealth" epitopes, overriding viral chicanery.

49 n Candida glabrata appears to utilise unique stealth, evasion and persistence strategies in subvertin

50 , we show that GarD operates as a cis-acting stealth factor barring RNF213 from targeting inclusions,

51 Sequence comparison of these two stealth family proteins revealed a C-terminal extension

52 The efficacy and versatility of this stealth feeding mechanism has enabled M. leidyi to be no

53 ed can serve as a quantitative metric of the stealth, fouling, and targeting performance of nanoengin

54 optimize functional persistence, and provide stealth from patients' immunity.

55 st that endogenously generated H2S acts as a stealth hyperpolarizing factor on smooth muscle cells to

56 ducts has been viewed as a safeguard against stealth infections; however, this hypothesis has never b

57 We uncovered the stealth intracellular lifestyle of P. destructans, which

58 the response, we propose that T. cruzi is a stealth invader, largely avoiding recognition by compone

59 We present a stealth labeling approach that can efficiently, and with

60 HAV infects in a stealth-like manner and replicates efficiently in the li

61 olymer chain of molecular weight 2000 confer stealth-like properties.

62 o its biocompatibility and ability to convey stealth-like properties.

63 Stealth liposomal doxorubicin (Alzal Corp, Palo Alto, CA

64 Stealth liposomal doxorubicin has activity in refractory

65 d dose (MTD) and define the toxic effects of stealth liposomal doxorubicin in combination with gemcit

66 udy was developed to examine the activity of Stealth liposomal doxorubicin in platinum- and paclitaxe

67 Stealth liposomal doxorubicin was administered at 50 mg/

68 dron-phospholipid constructs that form super stealth liposomes (SSLs).

69 (DOX): conventional chemotherapy (Free-DOX), Stealth liposomes (Stealth-DOX), temperature sensitive l

70 s can be used to predict adhesive forces for STEALTH liposomes and other targeted and self-assembled

71 more efficiently than commercially available stealth liposomes assembled from phospholipid components

72 e conclude that peroxide-generating, anionic Stealth liposomes can eradicate plasmacytomas infiltrate

73 ml of hydrogen peroxide-generating, anionic Stealth liposomes containing 50 micrograms of glucose ox

74 approach to evaluate the tumor targeting of stealth liposomes in vivo, which may enable personalized

75 lipids, thereby differing from conventional stealth liposomes where a PEG chain is attached to a sin

76 s coated with the state-of-the-art synthetic stealth materials.

77 The need to approach prey with stealth may have selected for a head shape that produces

78 Together our findings identify a stealth mechanism that ZIKV employs for intercellular sp

79 vements in our understanding of these fungal stealth mechanisms should provide new options for future

80 However, pathogens use various stealth mechanisms to avoid the innate immune system, wh

81 Stealth microrobots avoid detection by macrophage cells

82 ong been the dominant strategy for designing stealth nanomaterials, its inherent softness and suscept

83 rs for engineering of the next generation of stealth nanoparticles.

84 ce imaging guided techniques combined with a Stealth Navigation system (Medtronics Inc.).

85 eptor 1/Fc-gamma receptor I inhibition or by stealth NP surfaces.

86 potency, inflammatory resilience, and immune stealth of isolated islets; 2) inhibiting the thrombotic

87 promising approach has been emerged in which stealthing of synthetic nanocarriers has been attained b

88 "Stealthing" of Ad5 using hydrophilic polymers may enable

89 ere is now extensive literature available on stealth organic adlayers able to minimize fouling down t

90 nd IL-18 genes, which might make Ehrlichia a stealth organism for the macrophage.

91 arget specificity, and greater immunological stealth over the traditional AAV2 gene delivery vector.

92 other intracellular pathogens, T. cruzi is a stealth parasite that elicits few changes in host cell t

93 T. pallidum has long been regarded as a stealth pathogen because of its poorly antigenic and non

94 hat KP can no longer be considered only as a stealth pathogen.

95 ne response allowing Coxiella to behave as a stealth pathogen.

96 and the basis for the syphilis spirochete's "stealth pathogenicity," we used a dual-label, 3-step amp

97 hosts, restricting their virulence to become stealth pathogens capable of causing long-term chronic i

98 These stealth pathogens have uncommon physiology, pathogenesis

99 Brucellae are thought of as "stealth pathogens" that escape recognition by the host i

100 xternal forces often result in only moderate stealth performance.

101 We have here developed an 'active-stealth' polymer, poly(thioglycidyl glycerol)(PTGG), whi

102 process impurities, bioconjugation linkers, stealth polymers, and small proteins were observed in th

103 This form of stealth predation enables M. leidyi to feed as a general

104 cture of transmembrane proteins, artificial "stealth" probes spontaneously insert and anchor within t

105 vanced functions such as specific targeting, stealth properties and sustained release among others.

106 ies that have long been considered to convey stealth properties denature albumin to promote nanocarri

107 anorods (GNRs) with an epilayer that retains stealth properties in circulation but transforms spontan

108 findings challenge the previously described stealth properties of HBV.

109 rving LbL NP outer layer tumor-targeting and stealth properties.

110 ing, respectively, controlled drug release, "stealth" properties for immune evasion, and cell-specifi

111 We demonstrate that nanoparticles with 'stealth' properties mostly avoid internalization by all

112 (CPs) of these serogroups are members of the Stealth protein family comprising d-hexose-1-phosphate t

113 is serogroup L, is one of the smallest known Stealth proteins and caught our attention for structure-

114 n points with a data fusion method to reduce stealth regions, and a frequency modulated continuous wa

115 elatively small apertures and unrecoverable "stealth" regions due to the specularity of most objects

116 he NPs were maximally targeted and maximally stealth, resulting in most efficient PCa cell uptake in

117 Nucleofection(R) with Stealth RNAi siRNA reduced HeLa Synt5 levels to 4.6 +/-

118 tive immune response that targeted bacterial stealth siderophores and protected against UTI.

119 These pathogen-associated stealth siderophores evade host immune defenses and enha

120 ults showed that local application of Usag-1 Stealth small interfering RNA (siRNA) promoted tooth dev

121 e oligonucleotide CRTAS121 (250 nmol/ml) and stealth small interfering RNA CRT_siR479 (150 pm/ml) for

122 be a valuable complement/supplement to the "stealth" strategies.

123 several pathogens modify their lipid-A as a stealth strategy to avoid recognition by the innate immu

124 Here we describe a novel stealthing strategy which addresses both these limitatio

125 Two patients with Omicron stealth sublineage BA.2 also were identified.

126 s ranging from energy and sensing devices to stealth technologies and secure communications.

127 ong-awaited functionality range from various stealth technologies to recently proposed cloaking devic

128 However, these approaches do not ensure stealth--that the mere presence of message-bearing trans

129 me specialists that typically use mimicry or stealth to enter ant colonies to exploit the rich, but f

130 To circumvent this problem, stealth vectors must be generated that are undetectable

131 chanism initiating antiviral immunity during stealth viral replication is unknown, but recent data de

132 ring entry and expansion, suggesting it is a stealth virus early in the infection.

133 epatitis B virus (HBV) has been described as stealth virus subverting immune responses initially upon

134 bulk experiments, suggesting that HBV is a "stealth virus".

135 We confirm that HBV is a stealth virus, as it does not induce a strong innate imm

136 nate immune evasion that is reminiscent of a stealth virus.

137 e of infection (8 weeks), suggesting it is a stealth virus.

138 Early signs of progress with stealth, virus-free and in vivo gene delivery platforms

139 the H3N8 subtype since they could behave as stealth viruses in pigs.

140 eus camouflages its surface by displaying a 'stealth' wall teichoic acid (WTA) isomer.

141 ually guided(7,8) Temnodontosaurus relied on stealth while hunting in dim-lit pelagic environments.

142 e performance of microwave cloaking systems, stealth windows, frequency selective surfaces, modulator

143 The result is 'semantic annotation by stealth', with an annotation process that is less error-

144 Here, non-immunogenic stealth zwitterionic microrobots that avoid recognition