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1 cal lignin biosynthetic pathway, the flavone tricin.
2 ively assess the amount of lignin-integrated tricin.
3 d is considered as a cheap source of natural tricin.
4 . the substrates of ZmCAD2, ferulic acid and tricin.
5 gnols, dimeric phenolics, and the flavonoid, tricin.
6           Their efficiencies at cleaving the tricin-(4'-O-beta)-ether bonds and the degradation of tr
7 und to cross couple with monolignols to form tricin-(4'-O-beta)-linked dimers in biomimetic oxidation
8                                 The flavone, tricin (5,7,4'-trihydroxy-3',5'-dimethoxyflavone) has gr
9                                              Tricin [5,7-dihydroxy-2-(4-hydroxy-3,5-dimethoxyphenyl)-
10  7-O-glucoside, apigenin 7-O-glucuronide and tricin 7-O-diglucuronide have been isolated and identifi
11 abolite detected from July to November while tricin-7-O-diglucuronide was the major compound in all o
12 nits, lending support to the contention that tricin acts to initiate lignin chains and that, in the a
13                             A hexadeuterated tricin analog was synthesized as an internal standard fo
14 ntin, vitexin, swertisin, diosmin, apigenin, tricin and diosmetin) was carried out by LCMS.
15 e flavones diosmin, diosmetin, luteolin, and tricin, and their interactions with sugarcane fiber on t
16 s apigenin, acacetin, luteolin, orientin and tricin, are subjected to two AlCl(3) spectrophotometric
17 ignols), grasses additionally use a flavone, tricin, as a natural lignin monomer to generate tricin-i
18 d selgin intermediates in the monolignol and tricin biosynthetic pathways, respectively.
19          This selective action suggests that tricin could be considered as a potential candidate for
20 ycosides (50-68%), present as derivatives of tricin (exclusively O-glycosides), chrysoeriol (O-/C-gly
21 s in lignin, thereby releasing the flavonoid tricin from monocot lignin and enhancing the digestion o
22 cin, as a natural lignin monomer to generate tricin-incorporated lignin polymers in cell walls.
23 lting in a strongly reduced incorporation of tricin into the lignin polymer.
24                                              Tricin is found mainly in cereal grains, such as wheat,
25                  These findings suggest that tricin is fully compatible with lignification reactions,
26 r linked to lignin units, demonstrating that tricin is indeed incorporated into the lignin polymer.
27                        To provide proof that tricin is involved in lignification and establish the me
28             The content of lignin-integrated tricin is much higher than the extractable tricin level
29 from monocot species showed that the flavone tricin is part of the native lignin polymer, where it is
30 d tricin is much higher than the extractable tricin level in all cases.
31  we investigated the consequences of altered tricin levels on lignin structure and cell wall recalcit
32 thways both dedicated to the biosynthesis of tricin-lignins in rice cell walls.
33          One eudicotyledon was found to have tricin (Medicago sativa, Fabaceae).
34 ed maize (Zea mays) lignin revealed that the tricin moieties are found in even the highest molecular
35 te lignin chains and that, in the absence of tricin, more monolignol dimerization reactions occur.
36 three methoxyluteolin-C-glycosides and three tricin-O-glycosides some of which have not been reported
37                                              Tricin occurs at low levels in some commelinid monocotyl
38  and polymers of monolignols that start from tricin (or incorporate other flavonoids) in the cell wal
39 duces highly reduced levels of apigenin- and tricin-related flavonoids, resulting in a strongly reduc
40 nt species for the occurrence and content of tricin showed that it is widely distributed in the ligni
41                        However, the level of tricin that incorporates into lignin remains unclear.
42 TRANSFERASE (OsCAldOMT1) reduced extractable tricin-type metabolites in rice vegetative tissues.
43 '-O-beta)-ether bonds and the degradation of tricin under the corresponding reaction conditions were
44 ignins largely depleted in both syringyl and tricin units.
45                                              Tricin was also found to cross couple with monolignols t
46                     The purified wheat husks tricin was found to be a selective potent inhibitor of t
47                                              Tricin was recently discovered in lignin preparations fr
48           To find a reliable, rich source of tricin, we investigated its distribution in different pa
49 y the combinations of diosmin, luteolin, and tricin with fiber.
50 ient method, liberating more than 91% of the tricin with little degradation.
51  polymer, the 4'-O-beta-coupling products of tricin with the monolignols (p-coumaryl, coniferyl, and
52 ication of diosmin, diosmetin, luteolin, and tricin without fiber had no significant effect on the ov