The Bacterial Ectosymbionts of the Ciliate Kentrophoros
Volltext
(2)
(3)
(4) . .
(5)
(6) .
(7) . . !" . ! !. $ %. &
(8)
(9) '()*.
(10)
(11)
(12)
(13) ! &
(14)
(15) +
(16) ! ,
(17).
(18) &
(19) %- ./0, 01
(20) 2 .
(21) 2.
(22)
(23)
(24)
(25)
(26)
(27)
(28)
(29)
(30)
(31)
(32)
(33) !"
(34) .
(35)
(36) !0, . 3 , & %
(37)
(38)
(39)
(40)
(41) '4 )( '()*. .
(42)
(43) %
(44) -. !. 5
(45)
(46) . !. 6 ) 1
(47) . ). 6 ' %6- !- . % 6 0 -. 78. 6 7 9 6 #
(48) :6; $-<. ==. 6 4 1 ! !
(49) >. ?*. 6 = 6! @ . 88. 6 A %
(50)
(51) 0/ - #
(52) 6- .
(53) 6 B' /. )78. 6 * . . %- 6 6-. )?8. 6 ?
(54) . '==. &66 /. '?*. & . '?8. .
(55) !.
(56) %-
(57) -
(58)
(59) 0/ :6< !. !!
(60) 6
(61) 6 - .
(62) .
(63) -; -
(64) -
(65)
(66) / 6
(67) . &
(68) /6 - . ; 0
(69) - :6< ! 6. - . 9 6 - - #
(70)
(71) @ . 6; -6- 66; -
(72) . #
(73)
(74)
(75)
(76)
(77) 6-
(78) . ; - /
(79) 6 %! 6 . - ! ! ;. - ! 6 3!; - ! . 0
(80) ; - - 6!
(81) - &. 6 - - 0 ; . ! 6- 6; #
(82) - 6!. ! ! !
(83) !
(84)
(85) . 6 - 6 ; 1 66 .
(86) - ! C
(87) D $
(88) % & &
(89)
(90) % .
(91) . 6- 0
(92)
(93) >&
(94) . 6 - :6 '< #
(95) 6-
(96) 6 6 6 9. - ; - -
(97) 0
(98) - ; 6 . ! 6
(99) 6 - 6;. ! E'
(100). $ F 9 - . ; 6 6 -
(101) ! . -
(102) ; 6 6 6; 6 . - 6; 6! 6- . - 6 ! 0! & 6 #
(103) ! . ! 6-D
(104) 6
(105) 0 6 . !
(106) - & / 6
(107)
(108)
(109) . 6 66 :6 7<. (
(110)
(111)
(112)
(113)
(114) % 9
(115) - . !-
(116) - ' $ ; 1
(117) . 3!;
(118)
(119) !;
(120) C
(121) 6--. 6 ! ; C
(122) 0
(123) - 6
(124) - / . 6 9
(125) C
(126) 6
(127) . ; 1 !6 !
(128) 6
(129) . E F :6 4<. (
(130)
(131)
(132) $ 6
(133) & %. . ! -
(134) @ . ; 1
(135) #
(136) ; ,0 6;
(137) 6
(138) :6 =< B -
(139) 06; 0 >& 6
(140)
(141) 66 . !.
(142) 3!; 6- #
(143)
(144) /6-
(145) .
(146) !
(147)
(148)
(149) 1 -6
(150) 6 6 . #
(151) ;
(152) 6- $
(153)
(154) #
(155)
(156)
(157) % '. $ 6
(158)
(159) /6
(160) D
(161) 6 - !
(162) ; - 6-
(163) 6 B' /. :6 A< 9
(164)
(165)
(166)
(167) - 6!
(168) -
(169) . - 6
(170)
(171) 6- 9 - 6- . - 6 C
(172) 1 ; . 66 6 ; - 6
(173) -.
(174)
(175) / ; 6- 6
(176) . /- 6 ! !
(177)
(178) 6 . G
(179) 6 - . 6; 6 -
(180) 6;
(181) /6; . 6
(182)
(183) ' $ . /6
(184) - 66 /
(185) !- 6;
(186) . 6
(187)
(188) 6- 6- 6 - . , #
(189) 0
(190)
(191)
(192) - 6 . 1 ! !- - . 6 6- ;
(193) @ . ;
(194) ; . ;
(195) ! . 6 :6 *<. !.
(196)
(197)
(198)
(199) %- 1
(200) -
(201) / . :96 < +
(202) !
(203) ! ! . G0
(204) %-
(205) 66 . %-
(206) .
(207) !
(208) G; %-
(209) B/ !. %
(210) ;
(211) 2 G
(212) 6
(213) . 6 %- / 9
(214) - ;. @
(215)
(216) - :, <; %- . & " 6 %- . G6 :6<
(217) #
(218)
(219) %- . #
(220) H
(221)
(222) 66 , ; -6 66 .
(223) ; ! .
(224) & " 1
(225) 66 #
(226) @ ; 3
(227) 6
(228) C
(229) . D . ! /
(230) " 6 . & . - G6
(231) %
(232)
(233) . +2
(234) % H - . G6
(235)
(236)
(237)
(238) 1 " . -
(239) #
(240) %- . "
(241) 6 %- G6
(242) .
(243)
(244)
(245) I & !
(246) 6 J
(247) . %-;
(248) !
(249) ! !
(250)
(251)
(252)
(253)
(254)
(255) .
(256) ! .
(257) K
(258) . ;
(259)
(260) D $
(261)
(262) %)& &
(263)
(264) %5
(265) &
(266) "
(267) . ,- ! #
(268) 0&
(269)
(270) H . %-
(271) %"
(272)
(273) >% . :$6 '< 1 ; ! . #
(274) 0& 6 6-
(275) 66. %- ; 1 "
(276)
(277)
(278) * 3-
(279) ".
(280) ;
(281) $ 6
(282) . - 96 ! ; L'
(283). $ E .
(284) 6 ; #
(285) 0%-
(286) " ! . %- +
(287) !
(288) !
(289) & - . ,- #
(290) 0&
(291) %-
(292) ; . 1 , 6
(293) @ G . %- 1
(294) #
(295) 0&
(296) . 6 B & B"
(297) 2
(298) JHI
(299) 6 "
(300) & . %- /
(301)
(302) &
(303) &. :$6 7< $
(304)
(305)
(306)
(307) +
(308) "
(309)
(310)
(311)
(312)
(313) "
(314)
(315) % !"
(316)
(317) %-
(318)
(319)
(320)
(321) . ! . %-
(322) ! ; . ; ! G
(323) .
(324). C
(325) I 5 %-
(326) ; 6
(327) 6 2 ! M N ! :$6 4<. !.
(328) $
(329)
(330)
(331)
(332)
(333) &
(334) $ 6
(335)
(336) ,
(337)
(338) , +
(339)
(340) $
(341) %
(342)
(343) . I &
(344) G6 ; 1
(345) ;
(346)
(347) . #
(348) H
(349) &
(350) ,6; . .
(351) . G6 ! . :$6 =< J
(352) 6
(353) .
(354) 6 9
(355) ! >%0 1
(356) H &
(357) " . ; ,- #
(358) J
(359)
(360)
(361) H
(362)
(363) :1
(364) < 1. !
(365) ;
(366) > #
(367) 0 &
(368) 2
(369) 2 ;
(370) M! N 6- %
(371) . $ 2 $ -
(372)
(373) &
(374) #
(375)
(376)
(377) % 6-. & - - '$
(378) 2
(379).
(380) D 1 J
(381) 6 %- . % 2
(382) 6 B'0/
(383) :$6 A<. 2 ; ; '$ . %- $
(384) &
(385) 6 /
(386) G
(387) ! . & ! %2 $ /
(388)
(389) O62
(390) . %C
(391)
(392) .
(393) . 6 " %. ; 2 6 .
(394) . 3
(395) B/
(396) ! %!
(397) 6
(398)
(399) . $ 2 %
(400) /-
(401) & "
(402) 6. ; 2 9 6 5 6 6-. J 6 %-
(403) ; . B
(404) 6"
(405) 6; . /6 . , ; $
(406) %- ' $ %- "
(407) %-.
(408) I
(409) 36 6 ; %6
(410) 6. %- ; ! &
(411) 6 36 . , #
(412) J
(413) B 9. :. <
(414) ,
(415)
(416)
(417) 1
(418) . !" - 1 ,
(419) 6- . .
(420) 1
(421) ; 3
(422) 6
(423) . . ! 9 ; 6 . %
(424) G
(425) .
(426) ! ,. H :$6 *<. !.
(427) .
(428) . .
(429)
(430)
(431) .
(432)
(433)
(434)
(435)
(436)
(437) ! " #
(438) !
(439)
(440)
(441)
(442)
(443) ! $% !
(444) & !& !. '
(445)
(446)
(447) ! . ! . ' .
(448)
(449) #
(450) ! .
(451) '
(452) "
(453) ()*+, !
(454)
(455) -
(456) . .
(457)
(458) / 0)1' -
(459) ! ! . !
(460) . ! ! .
(461) !
(462) ! !
(463) ! ! . ! 0)0
(464) !
(465) !
(466) .
(467) !
(468)
(469) . .
(470) !
(471) . . ! . #
(472) !
(473) 23 ),, 4
(474) . #
(475) . ! .
(476)
(477)
(478)
(479)
(480) ! 3 ! ! .
(481) "2!
(482)
(483)
(484) !
(485) ! # '
(486) !
(487)
(488)
(489) " ! ! 2!
(490)
(491) !!
(492)
(493) 5 0)3 ! . !!
(494) 6.
(495) (# 0))5
(496)
(497) .
(498) 7
(499) 82! ! .! !
(500) ! " ! . ! ! .
(501)
(502)
(503) ),,, 4
(504) .
(505) 9'
(506)
(507)
(508) ( #
(509)
(510) :;
(511)
(512)
(513)
(514) .
(515) !
(516)
(517) / 0)1<!
(518)
(519)
(520) ! ! ! =
(521) $ 0)> '
(522)
(523)
(524) !
(525) !
(526) . # #
(527)
(528) 5 !!
(529)
(530)
(531)
(532) !!
(533)
(534) - ! 3 00?3 .
(535) #
(536) #
(537) #
(538) @= !!
(539) @A!C.DE 0)+G3 ),1+3 . !
(540) ! ' C 2
(541)
(542)
(543) 4 ! !
(544)
(545)
(546)
(547)
(548)
(549)
(550) . ' 7 . .
(551)
(552)
(553)
(554) 2 2! . ! . ! ! !
(555)
(556)
(557) !'
(558)
(559)
(560) . ?.
(561)
(562)
(563) ! 2 . 2! 7
(564)
(565) . C
(566) #
(567)
(568)
(569) .
(570)
(571)
(572) ' ! H # . ! ! 7 ! *=
(573)
(574) = 00*
(575) 2
(576) .
(577)
(578)
(579)
(580) !. I 000G4
(581) 0)+J !2
(582)
(583)
(584) . 2
(585) 3
(586)
(587)
(588) .
(589) !
(590) . .
(591)
(592)
(593) ' 7 !
(594)
(595) 2
(596) C 3
(597) ! '
(598) 2 ! ! !
(599)
(600) !
(601) ' .2
(602) C ! !!! !.
(603)
(604) ! .
(605)
(606)
(607)
(608) (
(609) ! ! (2 = # ! ! 2
(610) 2
(611) 2!
(612) 8
(613) !! 2
(614) C
(615)
(616)
(617) 2
(618) (#
(619) <! # ),*+3
(620) !!
(621)
(622)
(623) !
(624) ! .
(625) K
(626)
(627) ! .
(628)
(629)
(630) 7
(631)
(632) ! !,L C 4
(633) 0)+' 2
(634) C
(635)
(636)
(637)
(638)
(639) >.
(640)
(641)
(642)
(643) /
(644) ! '
(645) !
(646) .
(647) .
(648)
(649)
(650) .
(651)
(652) .
(653). @ .
(654)
(655) . / .
(656)
(657) . </ 5</6.. < .
(658) . .
(659) . / (.
(660)
(661)
(662)
(663) . 82!
(664) !
(665) ! ! ! ! ! 2. ! ' . ! .
(666) !
(667) 2!
(668)
(669)
(670)
(671)
(672) ! ! !
(673) #
(674)
(675)
(676)
(677)
(678)
(679) .
(680)
(681)
(682)
(683) # 3
(684) !@ ( (# ! ( .(# ),>$
(685)
(686)
(687)
(688) .
(689) ! !
(690)
(691) !
(692)
(693) ' !
(694) ! 2 C <
(695) 0)0 ' !
(696) ! ' ! @3(
(697) #
(698)
(699) !+>0M3 C
(700) I 00)'@3(! ! D! 3 0)6'D!
(701) ! . #3HN0>
(702)
(703)
(704)
(705) !
(706) D C 0)6' ! # " !!
(707) (!
(708) $! ! .
(709) "O
(710) 8
(711)
(712)
(713)
(714) "
(715)
(716) 1.
(717)
(718)
(719) 00*3 !
(720)
(721)
(722) <
(723) !! D! -<
(724) $
(725) ! ' ! 2
(726) ' .
(727)
(728) 32 !
(729) ! 32P !
(730)
(731)
(732)
(733) 3! O" 00*G
(734) 8
(735) 00*3
(736) !
(737) -O 2
(738)
(739)
(740)
(741) !32! 2 (
(742) # ! . ! ! # D
(743) 00,G4
(744) 0)+.
(745)
(746)
(747)
(748) 3 .2
(749) C
(750) #
(751)
(752) . 7
(753) '
(754) !
(755)
(756)
(757) 00* !
(758)
(759)
(760) ! ! 0)+= D! 00* $! ! ". Q 0)1GN 0)0
(761) " !! D.J
(762) # 0))' C # ! ( 0)?G $
(763) 0))
(764) ! "= 0)0 # ! =2!
(765) ! ! . .
(766)
(767) C ' ! .
(768)
(769)
(770) !
(771)
(772)
(773) !
(774) #
(775) .
(776)
(777) 00* "
(778) #
(779)
(780) '
(781)
(782) ! ' 2
(783) !. ! "
(784) N C
(785) < ),,> 2
(786) . !
(787) 2
(788) 00)
(789) +.
(790)
(791) ! C
(792) D.J
(793) # 0))G @ 0)) ' . !
(794) 3. #
(795) 2 !!!
(796) !
(797) 2
(798) ! ! D.J
(799) # 0))' 2 C !
(800) ! . !
(801) .
(802)
(803) !
(804) 82! . "!
(805) O .
(806)
(807)
(808) !
(809) C
(810) ! .
(811) R 0)>
(812) !. . !#
(813)
(814)
(815)
(816) .
(817) C .
(818) .
(819) . 4! 0)?.
(820)
(821) ' ! .# 2! . !
(822) .
(823)
(824) = (
(825) @ 0)0
(826) !
(827) 00)
(828)
(829)
(830)
(831) .
(832) ! 2
(833)
(834) .
(835)
(836) .
(837)
(838) . - !
(839) ! 2! 2
(840) . #C
(841) S !! O
(842) ! 3 00>
(843)
(844)
(845) ! ! 3
(846) 2 C
(847) ! ! / !.
(848)
(849) .
(850) 5 ),,,G 0)?
(851) .
(852)
(853) 2 ! *.
(854)
(855)
(856)
(857) # !
(858) N ),*,' # ! ! !
(859) 2 0)? ' !
(860) !. !#
(861)
(862) . 2 .
(863) . 'KD 2!.
(864) 3
(865) 0)>'
(866)
(867) .
(868) ! .
(869)
(870)
(871)
(872)
(873)
(874)
(875) 8. !
(876) .
(877) 8 ),1, .
(878)
(879) .
(880) ! (
(881) 0)65 . # 9 " ! ! .
(882)
(883)
(884) ! 2
(885) .
(886) #
(887) !
(888) 2!
(889) !
(890)
(891)
(892)
(893) ! 2' C
(894)
(895) # N ),++4
ÄHNLICHE DOKUMENTE
Unfortunately, many questions regarding the pathogenesis and the prophylaxis of IE in humans remain unanswered; these include the precise sequence of events in the establishment
Mutants of the isolated lectin domain, FimH LD R60P and V27C/L34C, exhibited a low-affinity state and mimic full-length FimH regarding its conformational transition upon
Numerous studies focused on temporal variation patterns and describe seasonal bacterial community dynamics on different time scales covering several months to
In previous studies sediment samples from the Elba site bore sequences highly similar to the secondary symbionts, Gamma 3 and Delta 1, and bacterial cells hybridized with the Gamma
The objectives of this study were to analyse the genetic diversity of bacterial assemblages accompanying uni-algal, marine diatom strains, and to identify the dominant bacterial
The global total plant leaf surface, for example, has been estimated at more than 1 billion square kilometers (Vorholt 2012) and the average number only of bacteria on leaves has
Development of antibiotics for the treatment of bacterial infections has revolutionized medical care and has remarkably reduced human morbidity and mortality. To be
suggest that small halteriids are ecologically important bacterial consumers in meso- to eutrophic freshwater systems due to: (1) efficient uptake of prey over a large size