ライフサイエンスコーパス: octadecanoid

1 duals, dominated by the presence of modified octadecanoid acyl chains in phospho- and neutral lipids,

2 The octadecanoids are a broad class of lipids consisting of

3 Octadecanoids are formed biosynthetically in mammals via

4 -isoleucine conjugate (JA-Ile) and (2) other octadecanoids are suppressed by microbe-associated molec

5 While octadecanoids are well-known mediators in plants, their

6 red in the def-1 mutant that is deficient in octadecanoid-based signaling of defensive proteinase inh

7 has been shown to be a significant source of octadecanoid biosynthesis, providing additional biosynth

8 oxyl groups located at carbons C9 and C13 of octadecanoids, C12 and C15 carbons of eicosanoids, and C

9 let radiation requires the activation of the octadecanoid defence signalling pathway.

10 X that may play a role as a component of the octadecanoid defense-signaling pathway.

11 Octadecanoid derivative-responsive AP2/ERF-domain transc

12 ously characterized ethylene response factor Octadecanoid derivative-Responsive Catharanthus APETALA2

13 ds include potent signaling molecules (e.g., octadecanoids, eicosanoids) that can exert essential fun

14 , summarize the phase-I metabolic pathway of octadecanoid formation in mammals, bacteria, and fungi,

15 The enzymatic reactions leading to octadecanoid lipid signaling intermediates in plants are

16 y indicates that def1 plants are affected in octadecanoid metabolism between the synthesis of hydrope

17 Taken together, these results show that octadecanoid metabolism plays an essential role in the t

18 enes that are normally activated through the octadecanoid pathway after wounding.

19 olet light is blocked by an inhibitor of the octadecanoid pathway and it does not occur in a tomato m

20 an amplification loop that up-regulates the octadecanoid pathway and the synthesis of jasmonates to

21 A mutant tomato line compromised in the octadecanoid pathway does not exhibit PG activity or H2O

22 t systemin induces PI expression through the octadecanoid pathway for jasmonic acid (JA) biosynthesis

23 ction of the phytohormone jasmonic acid, the octadecanoid pathway has been expanded to include produc

24 transgene that constitutively activates the octadecanoid pathway in a Def-1-dependent manner were hi

25 gh their cut stems with intermediates of the octadecanoid pathway indicates that def1 plants are affe

26 igosaccharide elicitors, indicating that the octadecanoid pathway is essential for the activation of

27 t line that is functionally deficient in the octadecanoid pathway is highly susceptible to attacks by

28 s generated at the attack sites activate the octadecanoid pathway via different recognition events to

29 gh substrate specificity and are part of the octadecanoid pathway which convert linolenic acid to the

30 c acid, synthesized from linolenic acid (the octadecanoid pathway), has been proposed to be part of a

31 Inhibitors of the octadecanoid pathway, and a mutation that interrupts thi

32 les systemin perception to activation of the octadecanoid pathway, and that systemin acts at or near

33 tant (def-1), which has an impairment in the octadecanoid pathway, displayed a severe reduction in th

34 t JA, or a related compound derived from the octadecanoid pathway, may act as a transmissible wound s

35 acid and diethyldi-thiocarbamic acid) of the octadecanoid pathway, supporting a role for the pathway

36 ef1, a mutant tomato line having a defective octadecanoid pathway, the 48-kDa MBP kinase is activated

37 that is deficient in the biosynthesis of the octadecanoid pathway-derived signal, jasmonic acid (JA).

38 ransmissible signal that is derived from the octadecanoid pathway.

39 alicylic acid, which is known to inhibit the octadecanoid pathway.

40 r cut stems, as expected if they utilize the octadecanoid pathway.

41 which is derived from linolenic acid via the octadecanoid pathway.

42 todienoic acid and jasmonic acid through the octadecanoid pathway.

43 tandardized nomenclature, provide details of octadecanoid preparation and measurement, summarize the

44 is review, we summarize the current field of octadecanoids, propose standardized nomenclature, provid

45 This led to the isolation of octadecanoid-responsive AP2/ERF-domain transcription fac

46 es transcription of the genes YUC4, YUC8 and OCTADECANOID-RESPONSIVE ARABIDOPSIS AP2/ERF (ORA)59 inde

47 nterestingly, in elp2, expression of WRKY33, OCTADECANOID-RESPONSIVE ARABIDOPSIS AP2/ERF59 (ORA59), a

48 RESPONSE FACTOR (ERF) transcription factors OCTADECANOID-RESPONSIVE ARABIDOPSIS AP2/ERF59 and ERF1 a

49 al activation experiments, we also show that OCTADECANOID-RESPONSIVE ARABIDOPSIS AP2/ERF59- and ERF1-

50 g ACC-induced APETALA2/ERFs, only ORA59 (for OCTADECANOID-RESPONSIVE ARABIDOPSIS APETALA2/ETHYLENE RE

51 xide synthase, which are associated with the octadecanoid signaling pathway and are expressed 0.5 to

52 The octadecanoid signaling pathway has been shown to play an

53 ese findings indicate that activation of the octadecanoid signaling pathway promotes resistance of to

54 the generation of H2O2 requires a functional octadecanoid signaling pathway.

55 anding roles of prostaglandinE(2) in cancer, octadecanoid structures and nomenclature, complex forms