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Figure 2a from Application of Molecular Techniques to Problems in Rice Pathology report
Title supplied. Caption: "Leaf cross-sections of rice variety C039. Fig. 2a, b, and d: sections are stained with Uvitex. 2a. Uninoculated leaf. Note the fluorescing green epidemerial cells and vascular bundles in contrast with the light yellow parenchymal cells.
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Figure 2c from Application of Molecular Techniques to Problems in Rice Pathology report
Title supplied. Caption : "Leaf cross-sections of rice variety C039. Fig. 2a, b, and d: sections are stained with Uvitex. Fig. b, c, and d: 4 days after inoculation with Pyricularia oryzae isolate P06-6. 2c. Stained with Sass Safranin-Fast Green. Note that the mycelial growth does not stain differently from the host cells."
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Figure 2b from Application of Molecular Techniques to Problems in Rice Pathology report
Title supplied. Caption : "Leaf cross-sections of rice variety C039. Fig. 2a, b, and d: sections are stained with Uvitex. Fig. b, c, and d: 4 days after inoculation with Pyricularia oryzae isolate P06-6. 2b. The host response to infection is seen as the darkening of the infected parenchymal cells."
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Figures 1a-d and Figures 1e-h from Application of Molecular Techniques to Problems in Rice Pathology report
Title supplied. Caption for Figures 1a-d: "Interaction between rice variety C039 and P. oryzae isolate P06-6 (compatible). (a&b) At 48 hours after inoculation (HAI), some appressoria have not yet produced infection hyphae (IH) while some had produced infection hypae (IH) in the bulliform cell (BC). (c ) At 72 HAI, growth of infection hypae (IH) inside the bulliform cell (BC) was noted. Note shrinkage and darkening of infected parenchyma cells (IPC). (d) At 96 HAI, the infection hyphae (IH) had colonized the bulliform cells (BC). Note the necrotic parenchyma cells (NPC). Bars= 10mm." Caption for Figures 1e-h: " Interation between wild rice 0. minuta and P. oryzae isolate P06-6 (incompatible). (e&f) At 48 HAI, some infection peg (IP) were not able to penetrate at the bulliform cells (BC) while some were able to produce infection hypae (IH) in the bulliform cells (BC). (g) At 72 HAI, the infection hyphae (IH) had ceased growing and had started to deteriorate. (h) At 96 HAI, slight browning of very few parenchyma cells (BPC)." -
Figure 2d from Application of Molecular Techniques to Problems in Rice Pathology report
Title supplied. Caption : "Leaf cross-sections of rice variety C039. Fig. 2a, b, and d: sections are stained with Uvitex. Fig. b, c, and d: 4 days after inoculation with Pyricularia oryzae isolate P06-6. 2d. Note the fluorescing blue-green mycelial growth which can be differentiated easily from the yellow parenchymal cells."
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Memorandum grants for period ending 1992 December
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Memorandum grants for period ending 1993 December
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Memorandum grants for period ending 1994 March
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The Rockefeller Foundation's International Program on Rice Biotechnology
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Letter from Gary H. Toenniessen to Toshio Murashige, 1998 June 30
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RF Grant on application of molecular techniques in rice pathology, 1987 progress report to Rockefeller Foundation
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RF Grant on application of molecular techniques in rice pathology, 1987 progress report to Rockefeller Foundation
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Letter from John C. O'Toole to Andrew Hanson, 1988 September 28
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Toenniessen, Gary H., “Letter from Gary H. Toenniessen to Andrew D. Hanson, 1989 January 3,”
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Letter from Gary H. Toenniessen to Andrew D. Hanson, 1989 January 3
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Letter from Toshio Murashige to Tan Jai-zhen, 1989 January 25
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