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1 ssing systems and motor pathways used in the defense reaction.
2 elevance of these changes for the integrated defense reaction.
3 degrading peptidoglycan, and initiating host defense reactions.
4 port and/or re-uptake, as can occur in plant defense reactions.
5 emoprotein thought to primarily mediate host defense reactions.
6 crobial pathogens and to induce a variety of defense reactions.
7 ce of invading pathogens and initiating host defense reactions.
8 10 is involved in the chronic stages of host defense reactions.
9 e inflammatory injury without affecting host defense reactions.
10 ions, plant-pathogen interactions, and plant defense reactions.
11 t cytokine implicated in a variety of immune defense reactions.
12 and migration and hence a mediator of immune defense reactions.
13 togein and flagellin, two elicitors of plant defense reactions.
14 often discussed with regard to their role in defense reactions, a common physiological function has n
15                            Inflammation is a defense reaction against diverse insults, designed to re
16 ferent lymphocyte subpopulations in the host defense reaction against influenza virus infection, taki
17 ces elevated polyamine levels that trigger a defense reaction and likely inhibits bacterial niche com
18 ents that participate in hemostatic and host defense reactions and deliver pro- and antiangiogenic fa
19 the increased energy demand to trigger plant defense reactions and to deprive the fungus by changing
20 e associated with the activation of pathogen defense reactions, and that this latter pathway also ind
21 iochemical and transcriptional activation of defense reactions at distal sites is compromised in cpk5
22 genous biochemical pathways activated during defense reactions can counter-regulate inflammation and
23 genous biochemical pathways activated during defense reactions can counterregulate inflammation.
24 cting at the local level generating the full defense reaction have remained obscure.
25 oxygen species (ROS), and elicitors of plant defense reactions, have been shown to induce stomatal cl
26 jasmonates, which are involved in signal and defense reactions in higher plants.
27 e.g. locomotion, respiration, swallowing and defense reactions), in the absence of peripheral feedbac
28                                          The defense reaction includes multiple interacting behaviora
29 circumscribe the toxic products generated by defense reactions involving nitration.
30                              It represents a defense reaction of cells to damage that environmental f
31 key role for both IL-1 and HBD-2 in the host defense reaction of the epidermis.
32 se (IBD) may result from an exaggerated host defense reaction of the intestinal epithelium to endogen
33 lyanionic molecules outside cells to promote defense reactions on the one side but to provoke cardiov
34 y the host plant leads to the induction of a defense reaction that often culminates in a hypersensiti
35 l major bladder pathologies and represents a defense reaction to injury involving a mandatory partici
36  understanding of the biochemistry of midgut defense reactions to parasite invasion and how these may
37 oanthranilic acid (DCA), efficiently induced defense reactions to the phytopathogens H. parasitica an
38 ma-irradiated ARD soil suggests that typical defense reactions towards biotic stress take place in AR
39 le replant disease affected plants suggested defense reactions towards biotic stress to occur which d
40                  Primed plants show enhanced defense reactions upon further challenge with biotic or
41 itive response (HR), a complex multicellular defense reaction where programmed cell death of cells su