Journal of Sericultural and Entomological Science (한국잠사곤충학회지)

Korean Society of Sericultural Science (한국잠사학회)
권호 표지

Studies on the Change of Biochemical Components during Wintering and Thawing Periods and Cold Hardiness of Mulberry(Morus)

월동 및 해동기 뽕나무의 생화학적 물질의 변동과 내동성과의 관계

  • Published : 1997.06.01
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Abstract

In relations to cold acclimation, experiment was carried out to understand the seasonal changes in reserve substances of the mulberry. The shoot barks and leaves of three mulberry varieties(Kaeryangppong, Shinilppong and Yongcheonppong) were sampled, after that their reserve substances were analyzed. The cold hardiness of mulberry was investigated by DTA(Differential Thermal Analysis) method. To increase cold hardiness, gibberellin(100 ppm), kinetin(100 ppm) and Jambi 8 were sprayed on the mulberry leaves. After spraying, falling of the leaves of Yongcheonppong occured earier than the other varities. After the first frost, all of treatments except gibberellin were entirely fallen. Growth regulator extended the leaves fallen. After spraying, water of the shoot barks was not showed difference in the content among the treatments, but amino acid, carbohydrate and soluble protein increased from September to October. Starch content of the shoot barks and leaves was maximum in October, but thereafter decreased during wintering stage. In Shinilppong, Jambi 8 spray increased cold hardiness by 1-2$^{\circ}C$ more than no spray. It was concluded that the cold hardiness of the mulberry in midwinter is closely related to the reserve substances with spraying Jambi 8 on the mulberry leaves.

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References

  1. Plant. Physiol. v.44 Characterization and role of an endogenos inhibitor in the induction of cold hardiness in Acer negundo Irving, R. M.
  2. Planta. v.52 Uber den Jahresgang einiger Zucker in den Blattern von Hedera helix L. Jeermias, K.
  3. Plant. Physiol. v.43 Control of senescence in Rumex leaf dizes by gibberellic acid Jonathan J. Golathwaite;W. H. Latetsch
  4. Ph.D. thesis, University of Illinois The biochemistry of nitrogen recycling in the apple Kang, S. M.
  5. Biophys. J. v.6 Physical properties of cell water in partially dried Saccharomyces cerevisae Koga, S.;A. Echigo;K. Nunomura
  6. Can. J. Res. C. v.14 Frost-hardening studies with living cells. Ⅱ. Permeability in relationn to frost resistance and the seasonal Levitt, J.;G. W. Scarth
  7. The Hardiness of plants Levitt, J.
  8. J. Biol. Chem. v.193 Protein measurement with the Folin phenol reagent Lowry, O. H.;N. J. Rosebrough;A. L. Farr;R. J. Randall
  9. Res. Bull. Obihiro Zootech Univ. Ser.1 v.8 Studies on the state of water in soybean in relation to moisure content Okamura, T.
  10. Trans. Ⅲ. State Acad. Sci. v.58 The determination of total chlorophyll in methanol extracts Ozerol, N. H.;J. S. Titus
  11. Bot. Gaz. v.212 Seasonal changes in white pine leaves: A comparison of cold resistance and free sugar fluctuations Parker, J.
  12. J. Amer. Soc. Hort. Sci. v.97 The relationship of exotherms to cold injury in apple stem tissues Quamme, H. A. C. Stushnoff;C. J. Weiser
  13. Plant. Physiol. v.51 The mochanism of freezing injury in xylem of winter apple twigs Quamme, H.A.;C. J. Weiser;C. Stushnoff
  14. Plant Physiol. v.53 Effect of low temperature on amino acid metabolism in wintering poplar. Arginine-glutamine relationships Sagisaka, S.
  15. Plant Cell Physiol. v.24 Amino acid pools in perennial plants of the wintering stage and at the beginning of growth Sagisaka, S.;T. Araki
  16. Nature v.185 Relation of sugar content to frost hardiness in plants Sakai, A.
  17. Cont. Inst. Low. Temp. Sci. Ser. B. v.11 Studies on the frost-hardiness of woody plants. Ⅰ. The causal relation between sugar content and frost-hardiness Sakai, A.
  18. Low Temp. Sci. B. v.36 Freezing tolerance of evergreen and deciduous broad-leaved trees in Japan with reference to tree regions Sakai, A.
  19. Jour. Kor. Soc. hort. Sci. v.23 no.4 Seasonal changes in nitrogenous compounds in senescing leaf and bark tissues of the Ginto trees Shim, K. K.;Y. H. Ahn
  20. J. Kor. Soc. Hort. Scil v.24 no.1 Mobillization of storage nitrogen in ginko trees(Ginko biloba L.)shoot bark Shim, K. K.;Y. H. Ahn
  21. J. Kor. Hort. Sci. v.26 no.4 Accumulation and mobilization of storage proteins in the Ginko shoot bark Shim, K. K.;J. S. titus
  22. Plant Physiol. v.28 Studies on the chemistry of the living bark of the black locust tree in relation to frost hardiness V. Seasonal transformation and variation in the carbohydrates : Starch-sucrose interconversions Siminovitch, D. C.;M. Wilson;D. R. Briggs
  23. Plant Physiol. v.29 Studies on the chemistry of the living bark of the black locust tree in relation to frost hardiness Ⅶ. A possible direct effect of starch on the susceptibility of plants to freezing inujury Siminovitch, D.;D. R. Briggs
  24. Cryobiology v.5 Phospholipid, protein, and nucleic acid increase in protoplasm and membrane structures associated with development of extreme freezing resistance in black locust tree cells Siminovitch, D.;B. Rheaume;K. Pomeroy;M. Lepage
  25. Fiziol. Rast. v.10 The significance of different forms of sugars in increasing the frost resistance of the coleoptiles of winter wheat Trunova, T. I.
  26. Laboratory manual for physiological studies of rice(2nd edition) Yoshida, S.;D. A. Forno;J. H. Lock;K. A. Gomes
  27. Ph. D. thesis, Seoul National University Stidies on the autumnal senescence related to quantitative changes in nitrogenous compounds in different tissues of early and late apple varieties Yoo, W. H.
  28. 農業論文集 v.36 no.2 뽕나무 生體內含窒素化合物의 季節的 消長에 관한 硏究 崔榮哲;柳根燮;李梡周;安永熙
  29. 食品分析法 朱絃圭;趙黃衍;朴忠均;曺圭成;蔡洙圭;馬相朝
  30. 日蠶雜 v.24 桑の炭水化物に關する硏究(III). 桑條の遊離糖の時期的變化 柏田 豊
  31. 韓蠶學誌 v.22 no.1 뽕나무 耐寒性과의 關係에 대하여:특히 枝條含有物質과 耐寒性과의 關係에 대하여 金浩樂
  32. 北海島農試年報 v.140 リンゴ樹耐凍性に及ばす窒素とリン酸の施用ならびに秋施肥の影響 黑田治之;西山保直;村上準市
  33. 低溫科學, 生物篇 v.29 ポプラの燐酸エステル含量と生活相の關係 내坂勝之助
  34. 低溫科學, 生物篇 v.29 0℃におけるポプラと馬領薯塊莖リポ-ス-14C代謝 내坂勝之助
  35. 低溫科學, 生物篇 v.30 開葉前後におけるポプラの遊離アミノ酸 내坂勝之助
  36. 低溫科學, 生物篇 v.14 植物における耐凍性增大と外圍溫度 酒井 昭
  37. 低溫科學, 生物篇 v.15 木本類の耐凍性增大と糖類び及水溶性蛋白質との關係(1) 酒井 昭
  38. 日蠶雜 v.26 no.1 桑枝條の耐凍性增大に及ばす抑制劑の影響:先枯防止に對する試案 酒井 昭
  39. 低溫科學, 生物篇 v.16 木本類の耐凍性增大過程 II. 耐凍性增大と糖類び及水溶性蛋白質との關係(2) 酒井 昭
  40. 低溫科學, 生物篇 v.16 木本類の耐凍性增大過程 VII. 糖類の季節的 變化(2) 酒井 昭
  41. 低溫科學, 生物篇 v.22 木本類の耐凍性增大過程 X. 枝の耐凍性を效果的にかめる溫度 酒井 昭
  42. 低溫科學, 生物篇 v.25 木本類の耐凍性增大過程 ニセアカシアの幹の耐凍性と物質變動の關係 酒井 昭
  43. 雪永 v.34 植物の寒害と耐凍性, 1968年以前の硏究論文リスト 酒井 昭
  44. 低溫科學, 生物篇 v.35 日本の常綠及び落葉廣葉樹の耐凍性 酒井 昭
  45. 植物の耐凍性と寒冷適應-冬の生理 生態學-學會出版センタ 酒井 昭
  46. 成大論文集(自然大) v.34 造景樹木類의 葉綠素 變化에 關한 硏究 沈慶久;安永熙
  47. 低溫科學, 生物篇 v.25 木本類の耐凍性增大科程XIII. ニセアカシアの幹の耐凍性と物質變動との關係 吉田靜夫;酒井 昭