1、 7s0 e 1,f6 1, 1, U i2( 1. =S Sn 3/ , 2450044; 2. 2 8E b2 ; o; Y 3?1Hqb 3 ; Y/ eb E 2 B v, vHq V 7, vHq5 7b E 2; o ; s8 s;|7 Sb , E 2 ?C 5 ; PHYAaPHYBaPHYCaPHYDaPHYE3 CRY1aCRY2CRY3b; s;, s ;,;b s ; 3 n j;Hq/,;/;1 ,7;1 6b ;1 |, P* ?F 7 32bK E 2V ,5 ;/;1 ? PFLCVr , VMFLCT;W P _;bv/, ;/;1 V PPHYBaPHYDP
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3、,V7 7 37b4 o E 2, GA 7Tb ?F vHq/7 3 E 2 v/fbafacafdafeacoafpaaftafvefwalM8 738bGAo31oyGAIaRGARGL1, “M ,7 O ?9M bGAIaRGARGL1y lM8 (VC*bV , GA 3olM8V ? GAou7h GAIaRGARGL1T,Kb GAoKTGAIaRGARGL1y,V7Y 7b “ -, GA 7s0 s 3F+syLFY 0,F LFY c,V7 7 39b5 7VC sHq,VB“ |.V, 7 %V ey,i1oyMT#oM/,YVs 3F+y Tb 7 HW e4Ho4N
4、 ,M,KB ,SOC1aFTaLFY to1oy,yNMoon 7o0 40,COFLC/,YV 1 7o|,7 es 3F+syVr,V7 e E 2 7V41b “ -X E 2 X H LFYaAP1aCALaAP2s 3F+sy, 7 BaBL. e/ 3 3# ? 3Vb5 # y M M,!s 3F_ 3s 3F M , 7VyWM1“L.L !b 7$ j# 5 -,yNVs0 y 71oy e Es1b ID1傅永福,孟凡静.植物的成花生理信号J.中国农业大学学报, 1998, 3(3): 1- 11.2赵大中,雍伟东,种康,等.高等植物开花研究现状简述 J.植物学通报, 1
5、999, 16(2): 157- 162.3雍伟东,种康,许智宏,等.高等植物开花时间决定的基因调控研究J.科学通报, 2000, 45(5): 455- 466.4 BOSSPK, BASTOW RM,MYLNE J S, et a.lMultiplepathways in the de2cision to flower: enabling, promoting, and resettingJ. PlantCel,l 2004, 16:18- 31.5种康,雍伟东,谭克辉.高等植物春化作用研究进展 J.植物学通报,1999(5): 481- 487.6 SUNG S, AMASINO RM.
6、 Rememberingwinter: toward amolecular under2standing of vernalizationJ. AnnuRev Plant Bio,l 2005, 56: 491- 508.7 JOHANSON U, WEST J, LISTER C, et a.lMolecularanalysis ofFRIGIDA,amajordeterminantofnatural variation inArabidopsis flowering tmi e J.Science, 2000, 290(5490): 344- 347.8 SEARLE I, HE Y, T
7、URCK F, et a.l The transcription factor FLC confers aflowering response to vernalization by repressingmeristem competence andsystem ic signaling inArabidopsisJ. GenesDev, 2006, 20: 898- 912.9 MICHAELS SD, HE Y, SCIRTECCIK C, et a.l Attenuation ofFLOWER2ING LOCUSC activityas amechanism for theevoluti
8、on ofsummer2annualflowering behavior inArabidopsis J. ProcNatlAcad SciUSA, 2003, 100:10102- 10107.10 CHANDLER J, WILSON A, DEAN C.Arabidopsismutants showing an al2tered response to vernalization J. Plant J, 1996, 10: 637- 644.11 LEVY YY, MESNAGE S, MYLNE J S, et a.lMultiple roles ofArabidopsisVRN1 i
9、n vernalization and flowering tmi e controlJ. Science, 2002, 297(5579): 243- 246.61538 2 7s0 e 12 GENDELLA R, LEVY YY,WILSON A, et a.l TheVERNALIZATION 2genemediates theepigentic regulation ofvernalization inArabidopsis J.Cel,l 2001, 107(4): 525- 535.13 SUNG S, AMASINO R. Vernalization inArabidopsis
10、 thalianaismediatedby thePHD2finger protein VIN3J. Nature, 2004, 427: 159- 164.14 HE Y, DOYLE M R, AMASINO R M. PAF1 complex2mediated histonemethylation ofFLOWERINGLOCUSC chromatin is required for the ver2nalization2responsive, winter2annual habit inArabidopsis J. GeneDev,2004, 18, 2774- 2784.15 QUA
11、IL PH. Phytochrome photosensory signalling networks J. Nat RevMolCell Bio,l 2002, 3(2): 85- 93.16 PUTTERILL J, LAURIE R,MACKNIGHTR. It. s tmi e to flower: the ge2netic control of flowering tmi eJ. Bioessays, 2004, 26: 363- 373.17 NIWAY, ITO S, NAKAMICHIN, et a.l Genetic linkages of the circadiancloc
12、k2associated genes,TOC1, CCA1and LHY, in the photoperiodic con2trolofflowering tmi e inArabidopsisthalianaJ. Plant CellPhysio,l 2007,48: 925- 937.18 BAURLE I, DEAN C. The tmi ing of developmental transitions in plants J. Cel,l 2006, 125: 655- 664.19 SUAREZ2LOPEZP,WHEATLEYK, ROBSON F, et a.lCONSTANSm
13、edi2ates between the circadianclock and thecontrolofflowering inArabidopsis J. Nature, 2001, 410(6832): 1116- 1120.20 VALVERDE F,MOURADOVA, SOPPEW, et a.l Photoreceptor regulationofCONSTANS protein in photoperiodic flowering J. Science, 2004, 303(5660): 1003- 1006.21 IMAIZUMIT, SCHULTZ T F, HARMON F
14、 G, et a.lFKF1 F2Box proteinmediates cyclic degradation of a repressor ofCONSTANS inArabidopsis J. Nature, 2005, 426(5732): 302- 306.22 WU JF, WANGY,WU SH. Twonew clock proteins, LWD1 and LWD2,regulateArabidopsisphotoperiodic floweringJ. Plant Physio,l 2008, 148:948- 959.23樊丽娜,邓海华,齐永文.植物CO基因研究进展J.西北
15、植物学报,2008, 28(6): 1281- 1287.24 ZHAOXY, LIUM S, LI JR, et a.l ThewheatTaGI1, involved in photope2riodic flowering, encodes anArabidopsisGI orthologJ. PlantMol Bio,l2005, 58(1): 53- 64.25 OOUCHIH, IGEO M I, PERILL L, et a.lMutagenesis of plants overex2pressingCONSTANS demonstrates novel interactions
16、amongArabidopsisflowering tmi e genesJ. Plant Cel,l 2000, 12: 885- 900.26 PINEIROM, GONEZ2MENA C, SCHAFFER R, et a.lEARLYBLOTINGIN SHORTDAYS is related to chromatin remodeling factors and regulatesflowering inArabidopsisby repressingFT J. Plant Cel,l 2003, 15(7):1552- 1562.27 NOTAGUCHIM, ABEM, KIMUR
17、AT, et a.l Long2distance, graft2transm is2sible action ofArabidopsis FLOWERING LOCUS T protein to promoteflowering J. Plant CellPhysio,l 2008, 49: 1645- 1658.28王团宗,李师鹏.揭开植物开花之谜) ) )成花素的发现J.生物学通报, 2007, 42(12): 28- 29.29 CORBESIER L, VINCENT C, JANG S, et a.l FT protein movement con2tributes to long2
18、distance signaling in floral induction ofArabidopsist J.Science, 2007, 316: 1030- 1033.30 ZEEVAART J A. Leaf2produced floral signalsJ. CurrOpin Plant Bio,l2008, 11: 541- 547.31 ABE M, KOBAYASHIY, YAMAMOTO S, et a.l a bZIP proteinmediatingsignals from the floral pathway integratorFT at the shoot apex
19、t J. Sci2ence, 2005, 309: 1052- 1056.32 SIMPSON GG, DEAN C.Arabidopsis, theRosetta stone offlowering tmi e?J. Science, 2002, 296: 285- 289.33 WOLLENBERG A C, STRASSER B, CERDAN PD, et a.lAcceleration offlowering during shade avoidance inArabidopsis alters the balance be2tween FLOWERING LOCUSC2mediat
20、ed repression and photoperiodic in2duction of floweringJ. Plant Physio,l 2008, 148: 1681- 1694.34 KIM SY, YU X,MICHAELSSD. Regulation ofCONSTANSand FLOW2ERING LOCUST expression in response to changing light quality J.Plant Physio,l 2008, 148: 269- 279.35曾群赵,仲华,赵淑清.植物开花时间调控的信号途径 J.遗传, 2006,28(8): 103
21、1- 1036.36 QUESADAV,MACKNIGHT R, DEAN C, et a.l AutoregulationofFCApre2mRNA processing controlsArabidopsis flowering tmi e J. EMBO J, 2003,22(12): 3142- 3152.37 HE Y,MICHAELSSD, AMASINO RM. Regulation offlowering tmi e byhistoneacetylation inArabidipsis J. Science, 2003, 302(5651): 1751-1754.38 CHAN
22、DLER J, DEAN C. Factors influencing the vernalization responseand flowering tmi eof late floweringmutants ofArabidopsisthaliana (L. )J. J Exp Bo,t 1994, 45: 1279- 1288.39 MIGUEL A, GREENR, NILSSON O, et a.l Gibberellins promote floweringofArabidopsis by activating the LEAFYpromoter J. The Plant Cel,
23、l1998, 10(5): 791- 800.40 MOON J, LEEH, KIM M, et a.lAnalysis offloweringpathway in tegratorsinArabidopsis J. PlantCell Physio,l 2005, 46(2): 292- 299.41 CORBESIER L, COUPLAND G. The quest for florigen: a review of recentprogressJ. J Exp Bo,t 2006, 57(13): 3395- 3403.( 610:)yDNA V Vr, T A T 7b ?C Ca
24、BP2d28kyVr q4T, OYV T4,?C k T a A 10bt e8 = T4 ZE/ m b “y8 =Vr/ m , V|y 8 =40MVr , T 4 ZE/ b ID1俞路,王雅倩,章世元,等.鸡蛋壳内部组成a构造及其质量的基因调控技术J.动物营养学报, 2008(3): 366- 370.2刘和娣,李恩.钙结合蛋白研究进展 J.国外医学#生理a病理科学和临床分册, 1995, 15(4): 278- 281.3毛萌,王道聪.维生素D及CaBP在肠道和肾脏钙转运中的作用J.国外医学#儿科学分册, 1996, 23(6): 289- 291.4章世元,俞路,王雅倩,等.真
25、核表达载体pCDNA3. 12CaBP2D28k的构建及细胞表达J.西北农业学报, 2008(5): 46- 52.5章世元,李燕舞,杨利国,等.鸡D28k钙结合蛋白cDNA的克隆与序列分析J.扬州大学学报:农业与生命科学版, 2004(3): 27- 30.6章世元.鸡钙代谢调节相关基因的克隆重组与表达研究D.南京:南京农业大学, 2005: 366- 370.7李燕舞.钙结合蛋白D28k基因真核表达质粒的构建及其表达效果的研究D.扬州:扬州大学, 2004: 247- 253.8 TERUKO I, NOBORU S, TAMAO O, et a.l Effects of presence
26、 of an eggand calcium deposition in theshellgland on levels ofmessenger ribonucle2ic acid ofCaBP2d28K and ofVitam in D3 receptor in theshellgland ofthelayinghenJ . General and ComparativeEndocrinology, 1995, 99(2): 145- 155.9 KYUNG2CHUL C, EEU BAE J. Molecularmechanism of regulation of thecalcium2binding protein calbindin2D9k, and its physiological role( s) inmammals: a review of current research J. CellMolMed, 2008, 2(12): 409- 420.10李治学.鸡钙代谢调节物质基因真核表达质粒应用效果的研究D.扬州:扬州大学, 2007.616 j S 2010 M
