ライフサイエンスコーパス: cocoon

1 but pupae prevalence was low (4.0%, n = 1401 cocoons).

2 tion, TcB and TcC form a toxin-encapsulating cocoon.

3 r disability, slowed development and reduced cocoons.

4 otective tunnels, escape lines, and pupation cocoons.

5 g from orb web construction to adhesives and cocoons.

6 lies the differences in architecture between cocoons.

7 ent age-spacings, further booster doses, and cocooning.

8 ead deposited all of its energy in a thermal cocoon(4).

9 identified adult CCs comprised 172 potential cocoons; 71 (41.3%) potential cocoons had all identified

10 nal research evaluating the effectiveness of cocooning against pertussis and influenza is essential.

11 ned the mechanical properties of Bombyx mori cocoon and degummed silk, native spider silk, and artifi

12 wth of earthworms, but significantly reduced cocoon and juvenile counts.

13 s bacteria that are later transferred to the cocoon and protect the offspring from opportunistic path

14 burden, which underscores the importance of cocooning and, in some cases, vaccination of pregnant wo

15 rying lifecycle stages; eggs encapsulated in cocoons and dormant encystment stages.

16 SPIs), was extracted from discarded silkworm cocoons, and a suitable degumming method for obtaining r

17 in Hyalophora for both monomorphic "compact" cocoons, and increased intermediate space and silk in "b

18 potential functional role for the different cocoon architectural forms.

19 also highlights the potential of clitellate cocoons as microscopic "conservation traps" comparable t

20 d and compared the architectural features of cocoons at all three cocoon sections (outer envelope, in

21 A single leech emerged from each cocoon (at ~ 21 days), and was either preserved for hist

22 le for rapid charging and discharging of the cocoon battery.

23 practice is the loose cell system, in which cocooned bees are removed from nesting cavities for clea

24 eutron star mergers may lead to a wide-angle cocoon breakout, sometimes accompanied by a successful j

25 ively high (34.6% of the 52 nests containing cocoons) but pupae prevalence was low (4.0%, n = 1401 co

26 gest that the excitatory RF of A1 neurons is cocooned by wide-ranging inhibition that contributes to

27 anti-PD1 and CpG ODN by CpG DNA-based "nano-cocoons" can induce considerable immune response, which

28 Every time the cocoon charges with water vapor, the next charging cycle

29 distributed throughout an amorphous, "death cocoon," complex assembled onto abnormal spermatozoa and

30 the next charging cycle initiates after the cocoon dries up.

31 ers conformationally adapt to fit around the cocoon during the prepore-to-pore transition.

32 Inspired by the cocoon ecology, we demonstrate an alternating 'water vap

33 reakout of a wide-angle, mildly relativistic cocoon engulfing the jet explains the low-luminosity gam

34 these trends, this review serves to discuss cocooning for infants against pertussis and its more rec

35 l was developed to isolate an enriched death cocoon fraction.

36 e the wall layer of a more than 200 Ma leech cocoon from Antarctica.

37 172 potential cocoons; 71 (41.3%) potential cocoons had all identified adult CCs enrolled.

38 To date, widespread implementation of cocooning has been thwarted by both individual-level and

39 ncreases the electrical conductivity of silk cocoons, human hair, jute, and corn silk.

40 e increase the charge carrier by soaking the cocoon in an aqueous solution of common salt (NaCl) to a

41 massive star clusters (the Firefly Sparkle) cocooned in a diffuse arc in the Canadian Unbiased Clust

42 ts, and their household cohabitants, further cocooning infants against infection.

43 electron microscopy reveal that the lungfish cocoon is a living tissue that traps bacteria.

44 tennal gland reservoirs--transmission to the cocoon is selectively blocked.

45 of vaccination is high in settings in which cocooning is encouraged.

46 Silk fibroin, derived from Bombyx mori cocoons, is a widely used and studied protein polymer fo

47 A bioinspired cocoon-like anticancer drug delivery system consisting o

48 polymeric shell of the NCa, resulting in the cocoon-like self-degradation of the NCl and promoting th

49 Cocoons may be a ubiquitous phenomenon produced in neutr

50 Because the cocoon model explains the radio light curve of GW170817,

51 The mite develops within the protective silk cocoon of an Ectatomma pupa and waits for the emergence

52 aelectronvolt images reveal a 50-parsec-wide cocoon of freshly accelerated cosmic rays that flood the

53 ejected dynamically during the merger, or a cocoon of material that breaks out when a jet launched d

54 ultrarelativistic jet, viewed off-axis, or a cocoon of mildly relativistic ejecta.

55 ices, and the extent of public restraint and cocooning of vulnerable populations may save or cost tho

56 We compared the cocoons of Hyalophora species found throughout North Ame

57 Psychromonas was not detected in cocoons or 2-16 week-old juveniles, suggesting that acqu

58 ext of low pertussis incidence, the parental cocoon program is inefficient and resource intensive for

59 Regions contemplating the cocoon program should consider the NNV based on local ep

60 els for futuristic homes using a 'brine-silk cocoon protein bio-battery,' where moist waste heat gene

61 This cocoon rapidly becomes transparent(9) and is outshone by

62 thin wax layers reinforced by recycled silk cocoons reminiscent of modern fiber-reinforced composite

63 chitectural features of cocoons at all three cocoon sections (outer envelope, inner envelope, and the

64 e probably about to form, a self-gravitating cocoon seems a critical condition for their existence.

65 While all cocoons share the primary function of protecting the dev

66 In the present study, XPS analysis of cocoons showed that water vapor reduces the surface pres

67 Through comparison to cocoon silk and other industrial fibers, we find that ma

68 Protein fibers from natural sources such as cocoon silk, collagen, and soy have attracted attention

69 gies for native spider-dragline and silkworm-cocoon silk, despite their independent evolution and sub

70 function of protecting the developing moth, cocoons spun by different Hyalophora silk moth species v

71 einforces the difficulty of implementing the cocooning strategy and the importance of vaccination dur

72 tter characterization and improvement of the cocooning strategy are necessary.

73 ntal immunization has been recommended as a "cocoon" strategy to prevent serious pertussis outcomes i

74 ical transmission via the brood cell and the cocoon surface resulted in host-symbiont codiversificati

75 Furthermore, tissue from a fetus with cocoon syndrome, a lethal disorder that results from a n

76 cts, including popliteal pterygium syndrome, cocoon syndrome, and Bartsocas-Papas syndrome.

77 coon) to the emergence of juveniles from the cocoon, takes approximately 4 weeks at room temperature.

78 ic membrane translocator (TcA) and a 250-kDa cocoon (TcB and TcC) encapsulating the 30-kDa toxic enzy

79 s originate from the mildly relativistic hot cocoon that is generated by an ultra-relativistic jet wi

80 eral years, lungfish live inside a dry mucus cocoon that protects them from desiccation.

81 doptera; Saturniidae) construct multilayered cocoons that function as overwintering housing during th

82 Ultimately, the effectiveness of cocooning to produce sustained control of infections wil

83 include methods to extract silk from B. mori cocoons to fabricate hydrogels, tubes, sponges, composit

84 d eggs are deposited in an eggcase (called a cocoon) to the emergence of juveniles from the cocoon, t

85 l features and in the level of intraspecific cocoon-type polymorphism.

86 mergence of the young ant before leaving the cocoon, unmolested.

87 The SF has been fabricated from waste muga cocoons using the degumming process.

88 y vaccinated case (4.8%) and control (10.0%) cocoons was similar (P = .43).

89 To assess the effectiveness of cocooning, we conducted a case-control evaluation of inf

90 Recruited granulocytes transmigrate into the cocoon where they release extracellular traps.

91 , B. lobata fed frequently and soon produced cocoons, which were discovered adhered to sand grains.