- Bc 1: Cân 100 m gb t go vào bình tam giác hay bình nh mc 100 ml, thêm vào 1ml ethanol 95% l c u sau ó cho thêm vào 10 ml NaOH 1N và qua
7. Bùi T hD ng Khuy u, Bùi Chí B u, Nguy nTh Lang (2011), Nghiên cu ng d ng d u chu n phân t phát hi n gen kháng b nh o ôn c a các
TÀI L IU THAM KHO
A. Ti ng Vi t
1. Nguy n Duy B y, TN Herry, Bùi Chí B u, Bùi Bá B ng (2001), Nghiên c u di truy n ch th phân t trong genome và ch n gi ng cây tr ng, Ch n gi ng nh marker và phân tích QTL, H i th o và t p hu n, Vi n lúa BSCL.
2. Bùi Chí B u và Nguy n Th Lang (1995), ng d ng công ngh sinh h c trong i ti n gi ng lúa, Nxb Nông nghi p, TP. H Chí Minh, tr. 49-51.
3. Bùi Chí B u, Nguy n V n T o, Nguy n Th Lang (1997), B o qu n qu gen cây lúa, t qu nghiên c u khoa h c Vi n Lúa BSCL 1977-1997, tr. 9-16. 4. Bùi Chí B u và Nguy n Th Lang (1999), Di truy n phân t , nh ng nguyên t c
b n trong ch n gi ng cây tr ng,Nxb Nông nghi p, TP. H Chí Minh. 5. Bùi Chí B u và Nguy n Th Lang (2002), s di truy n tính kháng sâu b nh
i cây tr ng. Nxb Nông nghi p, TP. H Chí Minh.
6. Bùi Chí B u và Nguy n Th Lang (2003), Giáo trình di truy n s l ng, Nxb Nông nghi p, TP. H Chí Minh.
7. Bùi Chí B u và Nguy n Th Lang (2004), Di truy n phân t , Nxb Nông nghi p, TP. H Chí Minh.
8. Bùi Chí B u và Nguy n Th Lang (2007), Ch n gi ng cây tr ng ph ng pháp truy n th ng và phân t , Nxb Nông nghi p, TP. H Chí Minh, tr. 387-418. 9. ng Minh Châu, Nguy n V n Lu t (2008), Tính kháng sâu b nh c a t p oàn
lúa mùa a ph ng t i BSCL, p chí Khoa h c K thu t Nông nghi p Vi t Nam, 4/1998, tr. 153.
10. c b o v th c v t (2006),Niên giám th ng kê 2007, Nxb Hà N i.
11. Nguy n M nh C ng (2004), ng d ng ch th (marker) phân t trong vi c ánh giá tính kháng b nh o ôn m t s gi ng lúa mùa a ph ng, Lu n
n i h c chuyên ngành Công ngh sinh h c, Tr ng H T Nhiên TP.H Chí Minh.
12. Ph m V n D (1997), M t s k t qu nghiên c u v b nh cháy lá lúa BSCL,
t qu nghiên c u khoa h c Vi n Lúa BSCL 1977-1997, tr. 127-131. 13. Ph m V n D (2002), C s di truy n h c tính kháng trong nghiên c u qu n lý
nh h i cây tr ng, s di truy n tính kháng sâu b nh h i cây tr ng, Nxb Nông nghi p, TP. H Chí Minh, tr. 89-108.
14. Ph m V n D , Lê C m Loan (2009), Nghiên c u m t s gen kháng b nh o ôn có hi u qu i v i các nòi n m Pyricularia grisea BSCL, i Th o qu c gia b nh h i th c v t Vi t Nam l n th 8,Ninh Thu n 25-26/7/2009, tr. 7-14.
15. Hu nh Th Nh H ng (2008), ng d ng marker phân t ánh giá gen o ôn trên lúa (Oryza sativa L.) mang gen ch ng ch u khô h n, Lu n v n i h c chuyên ngành Công ngh sinh h c, Tr ng H An Giang.
16. Nguy n V n Hoan (2007), Giáo trình k thu t canh tác lúa, H s ph m Hà i. Nxb Giáo d c
17. Võ Thanh Hoàng và Nguy n Th Nghiêm (1993), nh cây chuyên khoa, Giáo trình n t , Khoa Nông nghi p và Sinh h c ng d ng, Tr ng H C n Th .
18. Nguy n Th Thu H ng (2001), d ng marker phân t ánh d u RG64 trong ch n gi ng lúa mang gen Pi-2(t) kháng b nh o ôn (Pyricularia grisea),
Lu n án Th c s khoa h c chuyên ngành Công ngh sinh h c, Tr ng H n Th .
19. Ph m V n Kim (2004), Giáo trình b nh cây chuyên khoa, Khoa Nông nghi p, tr ng H C n Th .
20. Nguy n Th Lang (2002),Ph ng pháp c b n trong nghiên c u công ngh sinh c, Nxb Nông nghi p, TP. H Chí Minh.
21. Nguy n Th Lang, Bùi Chí Bùi Chí B u (2002), a ng di truy n ngu n gen lúa mùa thông qua d u chu n phân t , Di truy n h c và ng d ng, 4/2002, tr. 5-12.
22. Nguy n Th Lang, Bùi Chí B u (2011), Khoa h c v cây lúa di truy n và ch n gi ng, Nxb Nông nghi p, TP. H Chí Minh.
23. Lê C m Loan, Nguy n c Tài và Ph m V n D (2006), Hi u l c c a gen kháng b nh o ôn (Pyricularia grisea) trên lúa, i th o qu c gia b nh cây và sinh h c phân t , Nxb Nông nghi p, tr. 98-101.
24. Lê C m Loan (2007), C i ti n gi ng lúa kháng b nh o ôn thông qua k thu t ch ng gen kháng,Báo cáo nghi m thu tài nghiên c u khoa h c Vi n Lúa
BSCL, B Nông nghi p và Phát tri n Nông thôn.
25. Tri u Mân, Lê L ng T (1998), nh cây nông nghi p, Nxb Nông nghi p, tr. 76-79.
26. Lã Tu n Ngh a (1999), Nghiên c u s a d ng di truy n qu n th n m o ôn và m t s gi ng lúa ph c v cho công tác t o gi ng lúa kháng b nh o ôn, Lu n án Ti n s Nông nghi p, Vi n Khoa h c k thu t Nông nghi p Vi t Nam.
27. Nguy n Th Minh Nguy t (2002),Kh o sát và ng d ng ch th phân t liên k t i tính kháng b nh o ôn trong ánh giá các gi ng lúa b m ph c v công tác ch n t o gi ng kháng b n v ng, Lu n v n Th c s , Tr ng H Qu c Gia Hà N i.
28. Ou SH (1983), B nh h i lúa,Nxb Nông nghi p, tr. 73-124.
29. u V n Qu nh (2002),Nghiên c u v t li u kh i u ph c v công tác ch n t o gi ng lúa kháng b n v ng v i b nh o ôn BSCL, Lu n án Ti n s Nông nghi p,Vi n Khoa h c k thu t Nông nghi p Vi t Nam.
30. Tr n L c Thu (2006), Nghiên c u v t li u kh i u cho gen kháng b nh o ôn thông qua ph ng pháp lai dialle trên cây lúa (Oryza sativa.L), Lu n v n
i h c chuyên ngành công ngh sinh h c, Tr ng H An Giang.
31. ng c c th ng kê (2010), Tình hình kinh t - xã h i n m 2010, http://www.chinhphu.vn/portal/page?_pageid=33,40846312&_dad=portal&_ schema=PORTAL&item_id=46077755&thth_details=1.
32. u Ng c Trình, ào Th Tu n (1995), S a d ng v di truy n lúa Vi t Nam và khu v c ông Nam Á, i th o tài nguyên di truy n th c v t 20- 30/03/1995, tr. 3.
33. Ngô V nh Vi n, Hành Minh Trung, Mai Th Liên (1997), M t s k t qu nghiên u v b nh o ôn (1991-1995), p chí Khoa h c Công ngh và qu n lý kinh t (3), tr 99-102.
34. Võ Tòng Xuân, Nguy n Ng c , Tr n V n Sáu (1999), Nghi n c u bi n pháp ng h p thâm canh lúa BSCL, Gi ng lúa BSCL, i th o gi ng lúa l n th 3, ng Tháp 05/02/1999.
B. Ti ng Anh
35. Anastasia PK, A Kalliopi and R Angelakis (1999), The generation of active oxygen species differs in tobacco and grapevine mesophyll protoplasts,Plant Physiolog 197, pp. 197-205.
36. Atkins JG, AL Robert, CR Adair, K Goto, T Kozaka, R Yanagida, M Yamada and S Matsumoto (1967), An international set of rice varieties for differentiating races ofPyricularia oryzae,Ibid 57, pp. 297-301.
37. Ballini E, JB Morel, B Courtois, JL Notteghem, D Tharreau. A Review of Rice Blast Resistance Genes and QTLs (2007), 4th International Blast conference
38. Barman SR, M Gowda, RC Venu, BB Chattoo (2004), Identification of a major blast resistance gene in the rice cultivar ‘Tetep’,Plant Breeding, Vol 123 (3), pp. 300 -302.
39. Berruyer R, H Adreit, J Milazzo, S Gailard, A Berger, W Dioh, MH Lebrun and D Tharreau (2003), Identification and fine mapping of Pi33, the rice resistance gene corresponding to the Magnapothe grisea avirulence gene
ACE1,Theor Appl Genet107, pp. 1139–1147.
40. Bilgami KS and HC Dube (1996), A text book of modern plant pathology, pp. 101-122.
41. Bryan GT, KS Wu, L Farrall, YL Jia, HP Hershey, SA McAdams, KN Faulk, GK Donaldson, R Tarchini, & B Valent (2000), A single amino acid difference distinguishes resistant and susceptible alleles of the rice blast resistance gene Pi-ta. Plant Cell12, pp. 2033–2046.
42. Causse, MA, TM Fulton, YG Cho, SN Ahn, J Chunwongse, KS Wu, JH Xiao, ZH Yu, PC Ronald, SE Harington, G Second, SR McCouch and SD Tanksley (1994), Saturated molecular map of the rice chromosome based on an interspecific backcross population, Genetics138, pp. 1251–1274.
43. Chen DH, RS Zeigler, SW Ahn and RJ Nelson (1996), Phenotypic characterization of the rice blast resistance genePi-2(t),Plant disease 80, pp. 52-56.
44. Chen DH, M Vina, T Inukai, DJ Mackill, PC Ronald and RJ Nelson (1999), Molecular mapping of the blast resistance gene, Pi-44(t), in a line derived from a durably resistant rice cultivar,Theor Appl Genet 98, pp. 1046-1053. 45. Chen S, L Wang, Z Que, R Pan and Q Pan (2005), Genetic and physical
mapping of Pi37(t), a new gene controlling resistance to rice blast in the famous cultivar,Theor Appl Genet111, pp. 1563–1570.
46. Chen XW, JJ Shang, DX Chen, CL Lei, Y Zou, WX Zhai, GZ Liu, JC Xu, ZZ Ling, G Cao, BT Ma, YP Wang, XF Zhao, SG Li and LH Zhu (2006), A B-
lectin receptor kinase gene conferring rice blast resistance, Plant J 46, pp. 794–804.
47. Cho YC, IS Choi, MK Beak, JP Suh, HC Hong, YG Kim, S Koizumi, Jeana KK, HC Choi and HC Hwang (2003), Resistant genes and their effects to rice blast in isogenic line of genetic background of Chucheongbyeo and Suweon345, Rice Genetic newsletter20, pp. 101-105.
48. Choi W and RA Dean (1997), The adenylate cyclase gene MAC1 of
Magnaporthe grisea controls appressorium formation and other aspects of growth and development, Plant Cell 9, pp. 1973-1983.
49. Collard B and Mackill D (2006), Marker assisted breeding for rice improvement in Rice breeding course,Rice Knowledge Bank, IRRI. Philippines.
50. Conaway CA, Bormans, MA Marchetti, CW Johnson, AM McClung and WD Park (2003), Molecular markers linked to the blast resistance gene Pi-z in rice for use in marker-assisted selection, Theor Appl Genet 107, pp. 1014- 1020.
51. Dai L, J Wu, X Li, X Wang, X Liu, C Jantasuriyarat, D Kudrna, Y Yu, RA Wing, B Han, B Zhou, GL Wang (2010), Genomic structure and evolution of thePi2/9 locus in wild rice species,Theor Appl Genet 121 (2), pp. 295-309. 52. Don LD, Y Tosa, H Nakayashi and S Mayama (1999), Population structure of
the rice blast pathogen in Vietnam, Ann Phytopathol Soc Jpn 65, pp. 475- 479.
53. Du LC and J Wang (1992), Activites and distribution of chitinase and -1,3 glucanase in rice induced by Pyricularia oryzea, Acta Phytopathological Sinica18 pp. 29-36.
54. Du PV, LC Loan and ND Sang (2007), Blast research in the Mekong river delta of Vietnam, In: A differential system for blast resistance for stable rice production environment, JIRCAS working report No. 53, pp. 53-63.
55. Ezuka A (1979), Breeding for and genetics of blast resistance in Japan,
Proceeding of the rice blast workshop, IRRI, Philippines, pp. 27-48.
56. Flor HH (1971), Current status of the gene-for-gene concept, Annu Rev Phytopathol 9, pp. 275-296.
57. Foyer CH, ML Elandais and KJ Kunert (1994), Photoxidative stress in plants.
Physiol Plant 92, pp. 696-717.
58. Fukuoka S and K Okuno (2001), QTL analysis and mapping ofpi21, a recessive gene for field resistance to blast in Japanese upland rice, Theor Appl Genet
103, pp. 185-190.
59. Fukuta Y, D Xu, MJ Yanoria, A Hairmansis, N Hayashi, N Kobayashi (2009), Genetic characterization of universal differential variety sets developed under the IRRI-Japan collaborative research project, Advance in genetics, genomics and control of rice blast disease, Spring Sci, pp. 325-335.
60. Fukuta Y, E Araki, MJY Yanoria, H Imbe, H Tsunematsu, H Kato, LA Ebron, D Mercado-Escueta and GS Khush (2004), Development of differential varieties for blast resistance in IRRI-Japan collaborative research project, In: Kawasaki S (eds) Rice Blast: Interaction with rice and control, Kluwer academic publishers, Netherlands, 229-223.
61. Goto I, YL Jaw and AA Baluch (1981), Genetic on resistance of rice plant to blast fungus, Annals of the Phytophathological Society of Japan, 47(2), pp. 252-254.
62. Gowda M, S Barman-Roy and B Chatoo (2006), Molecular mapping of a novel blast resistance gene Pi38 in rice using SSLP and AFLP marlers, Plant Breed 125, pp. 596-599.
63. Hayashi K, H Yoshida and I Ashikawa (2006), Development of PCR-based allele-specific and InDel marker sets for nine rice blast resistance genes,
64. Hayashi K, N Hashimoto, M Daigen and I Ashikawa (2004), Development of PCR-based SNP markers for rice blast resistance genes at Piz locus, Theor. Appl Genet 108, pp. 1212-1220.
65. Hittalmani S, MR Floolad, TW Mew, RL Rodriquez and N Huang (1995), Development of PCR-based marker to identify rice blast resistance gene, Pi- 2(t)in a segregation population, Theor Appl Genet 91, pp. 9-14.
66. Hittalmani S, GK Kurman and HE Sashidhar (1999), In: Proceedings of the International programme on Rice Biotechnology, Phuket, Thailand.
67. Hittalmani S, A Parco, TW Mew, RS Zeigler and N Huang (2000), Fine mapping and ADN marker-assisted pyramiding of the three major genes for blast resistance in rice,Theor Appl Genet 100, pp. 1121-1128.
68. Huang H, L Huang, G Feng, S Wang, Y Wang, J Liu, N Tiang, W Yan, L Xu, P Sun, Z Li, S Pan, X Liu, Y, Xiao, E Liu, L Dai and GL Wang (2011), Molecular mapping of the new blast resistance genes Pi47 and Pi48 in the durably resistant local cultivar Xiangzi 3150,Phytopath 101 (5), pp 620-626. 69. Imbe T and S Matsumoto (1985), Inheritance of resistance of rice varieties to the blast fungus strains virulent to th variety ‘Reiho’, Jpn J Breed 35, pp. 332- 339.
70. Inukai T, Zeigler RS, Sakarung S, Bronson M, Dung LV, Kinoshita T and Nelson RT (1996), Development of pre-isogenic lines for rice blast resistance by marker-aided selection from a recombinant inbred population,
Theor Appl Genet 93, pp. 560-567.
71. IRRI (1996), Standard evaluation system for rice, Philipines.
72. IRRI (1996), Summary report of the INGER nurseries, pp. 141-169.
73. Jeon JS, D Chen, GH Yi, GL Wang and PC Ronald (2003), Genetic and physical mapping of Pi5(t), a locus associated with broad-spectrum resistance to rice blast,Mol Gen Genomics, pp 269-289.
74. Jeung JU, BR Kim, YC Cho, SS Han, HP Moon, YT Lee, KK Jena (2007), A novel gene, Pi40(t), linked to the ADN marker derived from NBS-LRR motifs confers broad spectrum of blast resistance in rice, Theor Appl Genet
115, pp. 1163-117.
75. Jia Y, Z Wang, RG Fjellstrom, KAK Moldenhauer, MA Azam, J Correll, FN Lee, Y Xia and JN Rutger (2004), Rice Pita gene confers resistance to the major pathotypes of the rice blast fungus in the US, Phytopathology 94, pp. 296-301.
76. JIRCAS (2008), Annual meeting for 2008 under the JIRCAS “Blast research network for sustainable rice production”, Annual meeting for blast network
(Oct, 28/2008), Japan.
77. Johnson R (1983), Genetic background of durable resistance,Durable resistance in crops, Plenum press, New York, pp. 5-24.
78. Khush GS and PS Virk (2002), Rice improvement: Past, present and future, In:
Crop improvement: Challenges in the twenty first century, MS Kang (ed.), Food Products Press, New York, pp. 17-42.
79. Khush GS and and KK Jena (2007), Current status and future prospects of researchon blast disease in rice (Oryza sativa), 4th International Blast conference (Sept, 10-13 /2007), China.
80. Kingslover CH, TH Barksdale, MA Marchertti (1994), Rice blast Epidemiology Bulletin 853, pp. 29.
81. Kiyosawa S (1966), Resistance of some rice varieties to a blast fungus strain,
Agric Hortic 41, pp. 1229-1230.
82. Kiyosawa S (1981), Gene analysis for blast resistance,Oryza 18, pp. 196-203. 83. Koizumi S (2001), Rice blast control with multilines in Japan, In: Exploiting
Hardy (ed.) International Rice Research Institute, Manila, Phillippines, pp. 143-158.
84. La Tuan Nghia, Vu Duc Quang, Tran Duy Quang, H Leung (2002), Genetic structure of blast pathogen population in north and central Vietnam, Rice research and development in Vietnam for the 21st centery, Bui Ba Bong(Ed.), Proceedings of the conference on rice research and development in Vietnam for the 21st centery-aspects of Vietnam-India cooperation, Cuu Long Rice Research Institute, Cantho.
85. Lavanya B and SS Gnanamanickam (2000), Molecular tools for characterization of rice blast pathogen (Magnaporthe grisea) population and molecular marker-assised breeding for disease resistance, Review article, Current science, Vol. (78), No (3).
86. Lee EJ, SY Cho (1990), Variation in races of rice blast disease and varietal resistance in Korea, In: papers presented at the Focus on Irrigated Rice, Seoul, Korea, pp. 27-31.
87. Levine A, R Tenhaken, R Dixon, C Lamb (1994), H2O2 from the oxidative burst orchestrate the plant hypersensitive disease resistance response, Plant Biology Laboratory 79 (4), pp. 583-93.
88. Ling ZZ, TV Mew, JL Wang, CL Lei, N Huang (1995), Development of near- isogenic lines as international differentials of the blast pathogen, Int. Rice Res, Note 20, pp. 13-14.
89. Liu X, L Wang, S Chen, F Lin and Q Pan (2005), Genetic and physical mapping of Pi36(t), a novel rice blast resistance gene located on rice chromosome 8,
Mol Genet Genomics274, pp. 394-401
90. Liu X, Q Yang, F Lin, L Hua, C Wang, L Wang and Q Pan (2007), Identification and fine mapping of Pi39(t), a major gene conferring the