• Non ci sono risultati.

Volatile organic compounds in disease-resistant grapevine hybrids

N/A
N/A
Protected

Academic year: 2021

Condividi "Volatile organic compounds in disease-resistant grapevine hybrids"

Copied!
6
0
0

Testo completo

(1). 0112456575489. 34567895:56;8<=>? 7 ?@3 A545;8:6775BC. D57536;E3C F;G. 93>3H585;.

(2) !"#$   .    %&'()'*+,-./018642.

(3) 1234567. 9 9

(4) . .   4. !"#$%&'()#*"+&,#-&.& )&#"((/+."/&(0+1.&(2+'&#3. 567589 :; <;:;= :;=>?@ 96ABCD :E5FAGHIJA6J KC9EL=;M6;99?5 >LNNOOO5=;6CD5.

(5)                   !""#. $%&'()*%+%&, 5-./ .  0/016- .//27/. 38

(6) 5  4 5&6)78%9:, ; .<48=>4=4 ?2. @A&,8%9,B9C'D:,E%&'9:FG&:D7HC, =.5

(7) /. 

(8) 5

(9) / I()'JJ%9*%):%DD:,EG9, K 45/.L2 M N&(HO,. =. ./ 2P /Q. 9.// R1113Q. S15-./ .  0/016- .//27/. 38

(10) 5  4 TUUVWW8W1X. 1. 234567589

(11)  

(12) 9. 

(13)  1.

(14) !"#$%&'"($()*+',-$"'$,"-#-#.%#-"-!'!$&%*#/"'#$012%",-$3 456789:;<=>?;@A:B78<=C<?D:AEFA;<A=G>A=H?@AH8<:9B?<B:B9<A9<A== I<:A?<D<AJKLD?:E<A=. 6

(15) 99MNO PN

(16) 9QR

(17) R 895MS9 T92UMV9

(18) R

(19) R2 W9

(20) R2N9PR

(21) MS

(22)  2 9RNR R NR9XRM9R

(23) R YMZ[9M 5 a9X9\\NNR

(24) ] N2RR9

(25) S ^9

(26) _R  U

(27) `9UM  ZR96N9 URNbR96cc NNR

(28) d9

(29)

(30) UM \\

(31)  eA9?>EF79:>A=. 8

(32) M9

(33) M9NN

(34) V

(35) 9 R NM RM[R

(36) 9MR

(37) V M9R

(38) 9[RNRMf9

(39) fRN3g

(40) VM 7

(41) 9MNf M Vb9M9

(42) MV\MRRR

(43) 9fR

(44) 9\bR

(45) \ MR

(46) M\hRM\9M7. 

(47) NRSh

(48) fRNhijklmnoplqlrstutvoklw9hNN9\hfRNhixqymtpz{r|{vluoqw38  MR 

(49) RM9

(50) 

(51)  9MRbN R9NR\9MN9MM9V9NM

(52) 9MRbM9M R i^PZZP]Z4M9N3aw3}

(53) \RR

(54) 9\\9RM 

(55) 9MR

(56) V~tutmf[R[fR

(57) ~tutmr st|t{ql\RhRMR97RM9

(58) M4R9

(59) 4R9

(60) \R3dhb [RVRM9

(61) M9RM 9N

(62)  9MRb€ 9NRMf\

(63) RbVMhRN\R9

(64) 9

(65) [\

(66) MR

(67) M[M9R

(68)  f[R3X

(69) 

(70) R

(71) M 9\€ 9NRMf bN9MRN 9

(72) R\

(73) i6}Xw9V 9MR\M9

(74) 3]

(75) MRM f Mh\N

(76) M9fM

(77) R€ h M99MRcM6}XV1aRVV

(78) M 9\7 bR

(79) f[R38 VR97RM9

(80) M 9\bR

(81) f[RR

(82) [R

(83) \ 9N9Mh99  M9R

(84) 9[N NMRb9MR

(85) R

(86) M V\MRR9

(87) [99MR9NNf93. @9<?:@5=@AE=<98>EB=. 9\9MR9N‚4NN 9\[Rh9bMR

(88) 19MM9N9MR

(89) R

(90) T9N

(91)  ]M9Nf3 9\[Rh9

(92) Nf\RSV9MN9MVRbN M Vc

(93) hRMNR€ R

(94) RM 

(95) 9

(96) M 9M7ƒX

(97) MRN9

(98) 9NfR3 dU7UYTP7X7TU‚d9\9UNR7Y9TR„M9MR

(99) 79X9M 9\fhRMT9U\7 MMfh99\\NRM9 MRVV

(100) M 9\bR

(101) 9R

(102) 389\N\\99MR

(103) \MN R[9

(104) X4 g8]M9N33UMNf 9

(105) 2 V

(106) Vc

(107) 9\9MR9Nh9 

(108) Rc 9

(109) 

(110) MRV VR

(111) 9M3\3NVM \

(112) 9M9

(113) MhM9

(114) VR

(115) MN9[ bR9N

(116) M9R

(117) R

(118) 2 V 9XN3]

(119) M

(120) 9NM9

(121) 9N MR

(122) 9

(123) 9

(124) MR„R9

(125) MN MR

(126) h938R

(127) 7  [9MR

(128) MRVMVR[iW6_†X4Z†YWTU9MR9NwR

(129) M9\9h92R

(130) 9M‡ƒX38 \

(131) hN MVMVR[R

(132) MMX7TUi_ SUR

(133) w389R 9VNhh9 N†R

(134) 389M9h9€ RR

(135) V NN9

(136) 3 Y8Z7TU‚49

(137) M YM

(138) 89

(139) VZ9MR

(140) 7T9U\MMfh99\\NR38 9\ 9MR9Nh9 

(141) 9

(142)  VM[M9R

(143) \hh9hR MR

(144) MN N9bR9N3NV9

(145) MR7 „R9

(146) MN MR

(147) h9938bR9NhR

(148)  [9M9MaƒX9

(149) M9\9h9M

(150) M9

(151) V R

(152) MMY8Z7TUbRi]

(153) R

(154) [dw389M9h9€ RR

(155)

(156) 9N

(157) RMRbRMf38 9hNM[9

(158)  NMV9\V4 }64i[N9

(159) Sb3 9\w N9MR

(160) hRM RM\9

(161) bR 9N\9R

(162) 3]

(163) MM9N ˆ9hNMVM9

(164) 9NfR\VR

(165) MR hS3 UM9MRMR9N9N N9MR

(166) ‚89M9hR\MR

(167) MUR9ibR

(168) 23w9

(169) 9YX4h9\V3. ‰<BF59B=@AE=Š:B7FBB:>A=. 8Mh\N

(170) M9fMNRbRVV

(171) M NM3]

(172) 9VdU7UYTP7X7TU M6}X 9\99M[fMXN 

(173) 9

(174) V

(175) 9\M999b9RN9[NR

(176) \ [NR9M9[938  MR

(177) MRVR9MR

(178) V\

(179) R\R[N3]

(180) 9VMY8Z7TU9

(181) 9NfRM MR9

(182) „9M N N99hR9NNh

(183) Nf9M

(184) M9MRb9R

(185) 

(186) MVMR

(187) 9NVR

(188) MM3 dU7UYTP7X7TU NM‚8R9

(189) 9NfR9NNhMM9[NRR

(190) V99\VRN9

(191) MMR

(192) 97 ‹ŒŽ‘’“‹Œ’”•–—˜Ž™š›œ”–š‹“ž˜Ž™“Ž‹•–—˜Ž™šŸ” ”Œ™”Ž‹ŒŒ”™“š¡”¢“Ž“’£¤7NR

(193) 9NN ’ŒŽ“’’¢Œ™”£¥7‹” —ŒŽ”’£¤7•Œ‹ Ž”’’’£Ž” ’£¤799

(194) 9

(195)  9

(196) RN349

(197) [

(198) R

(199) ^R  M99\VRNVRVV

(200) M9R

(201) h9M9R

(202) NbNVb9R9MR

(203) 3 1234564789

(204) 

(205) 9 89

(206) 9 

(207) 

(208) . 1.

(209) .  !"#$%&'()*+,-*.),+/&0,)*+,&1)*2345/6&*2&2375&83225)59-&.),157395&,''5//3*9/&. : ; <=>? 

(210) ??@>?A 1BC??D?EC? 

(211) @F

(212)  A G?B

(213) C>>

(214) 

(215) A?B6 C? HGD

(216) FC

(217)  ?

(218) >?6I

(219) 

(220) ?C?CE?D?>6 <

(221) G JKL F

(222) >?D?? ?M? ?>A6 6JKL46N3OJKL5O6455JKL NO653B6 ??

(223) ?F@

(224) H

(225)  ??>>  6P?? >G?

(226) C?

(227)  C

(228) EE??D

(229) ?9IQ6. R.  1%'*)5&%',--5)&S4*-&*2&S"T&*2&UV&.),157395&,''5//3*9/&,''*)839.&-*&-(5&+5,/W)58&7,4W5/&*2&-(5& SXY#$%&,9,4Z/3/& &. [ ?GDF

(230) G? >G?

(231) 

(232) @E>6\?

(233) 

(234)  CEE?@

(235) ??6 

(236) @FD ?@?

(237) ??>

(238) 

(239) D?]

(240) >?G@E GD6P?C

(241) G@?F

(242) 

(243) ?F>?

(244) D

(245) @@>? @

(246) ?6^? ?]C

(247) FD??G

(248) ???F>

(249) ?>

(250) @6Q <=

(251) >>C

(252) EE?@

(253) 

(254) ?

(255) ?E

(256) ?E?@D???  ?

(257) : ; <=6I??

(258) : ; <=

(259) >>C>G

(260) ??

(261) ?F@

(262) H

(263)  ?6^??] 

(264) F?? ?

(265) 

(266) @>?

(267) G??ED?

(268) D>6 123. 4567897

(269)   

(270)  

(271) 

(272) 13.

(273) !"#$. 9%&'

(274) '

(275) ())'%)9

(276) )%%*9

(277) )+*+'34

(278) 9

(279) ,-')'

(280). 9%&'

(281) %7 ' ./0/123/4/5678 9%3180/38'9,(9))

(282) *, 

(283) '

(284) +'

(285) 9:'

(286) 3;+& )' %'' %)'9*)9

(287) ,'9 9+

(288) ,%+,'*+3<)'9

(289) ) ( %)''99

(290) )'9*'

(291) ) 9%% )'

(292) 3=

(293) 9%%9)&)'%9*+9 ) 

(294) 9)'

(295) (./0/1,9'9,'

(296) ./0/123/4/5678%'+')'97')9

(297) )4'9

(298)  4'9

(299) %'3>

(300) ()

(301) 9)*, 9'(')9

(302) )9')9*

(303)  9)'&? 9*'),%

(304) '&( )+'*%'9

(305) 9

(306) 9%

(307) )'

(308) )9)9'

(309) ,9'3@'

(310) &*9)'* 9

(311) '%

(312)  A6=BC%*9,99D*'

(313) )( 9%? 9*'), )'+: '&9

(314) '

(315) ''

(316) ))99%('*( &9'  9%&'

(317) ,9'38+'((

(318) ))

(319) '? + E;9%9@*'7F9G'-)97 )'

(320) 79B9) 9%,+')G9@%)),A;@7@FGH7B7G@C9

(321) F)

(322) 89

(323) (I97 )'

(324) 7G9@%)),AF8I7G@C38)+%*

(325) )9,)

(326) '? 9**+9'((

(327) )'9)'

(328) ()1J) ' 9%&'

(329) 9'

(330) 9'

(331) ))'99)'%('*38 *)9'%)9

(332) ) ( 9%&'

(333) 9'

(334) 9),9

(335) 9%*,9)(%')'&9

(336) 

(337)  9)'&*)'

(338) 3. KL"MMNOP"LOQ$. R'S'

(339) 9')'

(340) +')' )

(341)  *) %(*9

(342) T

(343) +*)+')3U9

(344) &'*

(345) &'

(346) 

(347) S'

(348) 7 9

(349) )

(350) +'9 %)V*''>

(351) )9)H*S'

(352) 9A./0/123/4/5678 9%33/4/5678CT F :7 )'

(353) &

(354) S'

(355) 

(356) )T)3R'')D9

(357) (V**' (W&'

(358) 9

(359) :') +'<9*

(360) G*)9 +'H)

(361) G*)9 34 '

(362) ')H'

(363) 9)T&

(364) F(*9

(365) T

(366)  )T'))*

(367) &

(368) S')' :')'S'

(369) 99 3X 5Y

(370) 'F9*9'))'' T

(371) &

(372) ./0/123/4/56Z 787@%T'')9':9

(373) '

(374) 9'9)'

(375) :9

(376) :')')

(377) )

(378) @%T'9

(379) 3R'U9:

(380) ' T

(381) 

(382)  

(383) 9

(384)

(385) );,9' 9'

(386) 9*)

(387)

(388)

(389) I')

(390) T

(391)  

(392) W99

(393) :') 

(394) 99

(395)

(396) 9 

(397)  9)'&[ 9*')V))(( +*&

(398) 

(399) 9'9)'

(400) 9':9

(401) '

(402) @%T' W9)9 

(403) +

(404) 3<W'[ 9*')V)&

(405) S'

(406) 9

(407) %'*

(408) (*W)'  9

(409) '69'

(410) 

(411) 

(412) '

(413) . \I**3R'49') '9)'

(414) 

(415) H'

(416) 9*':'

(417) '49%('*&

(418) &'

(419) 

(420) S'

(421) 9

(422) 7 ;,9'

(423) 3X+'G)

(424) :9

(425) T H'

(426) 9)TE;9%97<)%9

(427) ':-)9:)'

(428) A;@7@FGHC. (* ) &

(429)  99) 9%'7G9

(430) %:))' AB7G@C +' F)

(431) 

(432) )9

(433) (7 I9:)'

(434) 7G9

(435) %:))'AF8I7G@C3R'G)

(436) *9 9

(437) '

(438) R'((

(439) T'

(440) &

(441) '

(442) 7. 9)1J&'

(443) 

(444) S'

(445) 9

(446) 7;,9'

(447) 99'

(448) 9 (

(449) 49%('*

(450) 3R'T'*)

(451) H7. 9

(452) ':Y

(453)

(454) 

(455) '

(456) 'H

(457) )'

(458) (W%')'&+'

(459)  9)'&@*:)'

(460) '

(461) S'

(462) 9

(463) TW)

(464). '

(465) (*'\

(466)

(467) '

(468) 9')&

(469) I*&9

(470) T3. ]NPN!NO#N$. B4U>8^6 B=U6HI@4U=G B45X^G5 ;H_G4UU; G488;HS@G 4 H`H5HI@H E;9%9*'7%9'-)9)'

(471) 7 99) 9%,79%)),(%('*'

(472). (&*9)'*%

(473) '

(474) B99

(475) )@9 &'

(476) 

(477) 9%9

(478) +'

(479) 3a3B34 bAcC 2723 <HIIH^I4I` G=U8H^I=@@ F^B4II47FHIH^I4G 4 8H^dHI44I JEH

(480) '

(481) '

(482). 9%&'

(483) ('

(484) 9')9

(485) )(

(486) 9*%9) 

(487) +') )%''

(488) +'

(489) )99'*'),38

(490) `'7 )

(491) * AJC b7123. efghijklmenjollol$. >

(492) ' &')V)^

(493)

(494) 9 : BB`7B

(495) ) (WB'

(496) `''T'

(497) ^

(498)

(499) 9'

(500) 7 b^

(501)

(502) 9 :. 4 )'9 6  T

(503) ) 59'9  59'9  b ^72cF(9))

(504) A`XC ^)9*, 2<

(505) 9T' 

(506) H

(507) G9'@9

(508) G'*9**p4'  6'9H3G9 2@9

(509) G'*9**p4'  A8UC ^)9*, JBIH4qrstuv wxvsyz{|yx}y|v~{|~}yvty}w|v~sxs|}y{yx€}t}xvuvy{xx€{~sts‚v}y}w|}|v}ƒyrst{wxv}tsy„ †‡ƒy ^)9*, ˆ4

(510) % %9)

(511) ER^6

(512) 9I485 6

(513) 939)*‰ '9:3939)Š Š 1234564789

(514) 

(515) 9 89

(516) 9 

(517) 

(518) . .

(519)

Riferimenti

Documenti correlati

ASCs from collagenase digestion reached the confluence (around 11000 cells) in 5 days, whereas the Hy-Tissue SVF® cells in almost the double of the time.. Finally, the

Using the results of the use cases workshops and integrating these with the best practices identified in the literature, interviews and surveys, the authors

Our laboratory experiments provide the quantitative emission estimations of 83 volatile organic compounds from the combustion of three different vegetation material (foliage,

The radial velocity measurements were modelled with both a Gaussian process (GP) regression and the so-called floating chunk offset (FCO) technique to simultaneously model the

Salvi i giudizi arbitrali già pendenti, anche in presenza di un meccanismo residuale di nomina degli arbitri da parte di un terzo estraneo, a decorrere dal 1° gennaio 2004 è viziata

We assessed the epidemiological effectiveness and eco- nomic costs and benefits of routine larviciding in European towns with temperate climate, using a mathematical model of

Average values of the peak areas of the compounds in the dry gaseous standard mixture measured 430. in the Nalophan bag, normalized with respect to the toluene-D8 peak area and

In particular, we estimated, on microprofilometric surface acquisitions of the samples, performed at different aging steps, standard roughness descriptors used in materials science