Movement and Horizontal Transmission of Columnea latent viroid
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Published:
Mar 29, 2019
Keywords:
Pospiviroid transmission movement contamination distribution
Main Article Content
Abstract
Columnea latent viroid (CLVd) is a causative agent of an important disease in tomato. There was
reported of CLVd infection in the Northeastern and Northern tomato fields in Thailand which might be come
from imported seed of CLVd hosts. In this study, the movement and horizontal transmission by “razor
slashing method” of CLVd in two commonly grown tomato varieties, “Cherry” and “Seedathip 4”, were
investigated by symptom observation and reverse transcription-polymerase chain reaction technique
confirmation on inoculated tomato plants. The results indicated that the CLVd moved to the apical shoots
before migrating downward. The viroid could effectively be transmitted horizontally through mechanical
mode until plant number 10 from a single CLVd infected Seedathip 4 tomato plant. This suggested that
mechanical route via contaminated cutters or other tools were likely caused CLVd transmission in field
condition.
Article Details
How to Cite
เหล่ามโนธรรม ส., & เหรียญวรากร ค. (2019). Movement and Horizontal Transmission of Columnea latent viroid. King Mongkut’s Agricultural Journal, 37(1), 32–42. retrieved from https://li01.tci-thaijo.org/index.php/agritechjournal/article/view/179895
Section
Research Articles
King Mongkut's Agricultural Journal
References
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ประเทศไทย. วิทยานิพนธ์ปริญญาโท, มหาวิทยาลัยเกษตรศาสตร์.
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Bani Hashemian, S.M., C.J. Barbosa, P. Serra and N. Duran-Vila. 2010. Effects of resistance of Eremocitrus glauca and
Microcitrus australis to viroid infection: replication, accumulation and long-distance movement of six citrus viroids.
Plant Pathology 59(3): 413-421.
Barbosa, C.J., J.A. Pina, J. Pérez-Panadés, L. Bernad, P. Serra and L. Navarro. 2005. Mechanical transmission of citrus
viroids. Plant Disease 89: 749-754.
Flores, R., F.D. Serio, B. Navarro, N. Duran-Vila and R.A. Owens. 2011. Viroids and Viroid Diseases of Plants Studies in Viral
Ecology: John Wiley & Sons, Inc. 307-342.
Gómez, G., and V. Pallás. 2004. A Long-distance translocatable phloem protein from cucumber forms a ribonucleoprotein
complex In Vivo with Hop stunt viroid RNA. Journal of Virology 78(18): 10104-10110.
Hadidi, A., R. Flores, P. Palukaitis and J. Randles. 2017. Viroid Biology. 53. In L. Versteeg-Buschman, ed. Viroid and
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Hammond, R., D.R. Smith and T.O. Diener. 1989. Nucleotide sequence and proposed secondary structure of Columnea
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Jeffries, C. and J. Tina. 2004. Protocol for the Diagnosis of Quarantine Organism: Potato spindle tuber viroid (PSTVd).
Scottish Agricultural Science Agency, East Craigs, Edinburgh, United Kingdom.
Matsushita, Y. and S. Tsuda. 2016. Seed transmission of Potato spindle tuber viroid, Tomato chlorotic dwarf viroid, Tomato
apical stunt viroid, and Columnea latent viroid in horticultural plants. European Journal of Plant Pathology 145(4):
1007-1011.
Owens R., D.R. Smith and T.O. Diener. 1978. Measurement of viroid sequence homology by hybridization with
complementary DNA prepared In vitro. Virology 89: 388-394.
Palukaitis, P. 1987. Potato spindle tuber viroid: investigation of the long-distance, intra-plant transport route. Virology 158:
239–241.
Singh, R.P., A. Boucher and T.H. Somerville. 1989. Evaluation of chemicals for disinfection of laboratory equipment exposed
to Potato spindle tuber viroid. American Potato Journal 66(4): 239–246.
Verhoeven, J.T.J., L. Hüner, M.V. Marn, I.M. Plesko and J.W. Roenhorst. 2010. Mechanical transmission of Potato spindle
tuber viroid between plants of Brugmansia suaveolens, Solanum jasminoides and potatoes and tomatoes. European
Journal of Plant Pathology 128(4): 417-421.
Zhu, Y., L. Green, Y.M. Woo, R. Owens and B. Ding. 2001. Cellular basis of Potato spindle tuber viroid systemic movement.
Virology 279(1): 69-77.
ปริเชษฐ์ ตั้งกาญจนภาสน์. 2548. การตรวจสอบเชื้อไวรอยด์ในแปลงผลิตเมล็ดพันธุ์มะเขือเทศในเขตภาคตะวันออกเฉียงเหนือของ
ประเทศไทย. วิทยานิพนธ์ปริญญาโท, มหาวิทยาลัยเกษตรศาสตร์.
สุทธินี สีลากุล และสุชีลา เตชะวงค์เสถียร. 2552. เทคโนโลยีการจัดการตัดแต่งช่อส?ำหรับการผลิตมะเขือเทศภายใต้สภาพโรงเรือน
พลาสติก. ว.วิทย.กษ. 40(3) (พิเศษ): 125-128.
ศศิประภา มาราช. 2551. โคลนก่อโรคของเชื้อ Columnea latent viroid และผลกระทบต่อมะเขือเทศพันธุ์การค้า. วิทยานิพนธ์ปริญญา
โท, มหาวิทยาลัยเกษตรศาสตร์.
Bani Hashemian, S.M., C.J. Barbosa, P. Serra and N. Duran-Vila. 2010. Effects of resistance of Eremocitrus glauca and
Microcitrus australis to viroid infection: replication, accumulation and long-distance movement of six citrus viroids.
Plant Pathology 59(3): 413-421.
Barbosa, C.J., J.A. Pina, J. Pérez-Panadés, L. Bernad, P. Serra and L. Navarro. 2005. Mechanical transmission of citrus
viroids. Plant Disease 89: 749-754.
Flores, R., F.D. Serio, B. Navarro, N. Duran-Vila and R.A. Owens. 2011. Viroids and Viroid Diseases of Plants Studies in Viral
Ecology: John Wiley & Sons, Inc. 307-342.
Gómez, G., and V. Pallás. 2004. A Long-distance translocatable phloem protein from cucumber forms a ribonucleoprotein
complex In Vivo with Hop stunt viroid RNA. Journal of Virology 78(18): 10104-10110.
Hadidi, A., R. Flores, P. Palukaitis and J. Randles. 2017. Viroid Biology. 53. In L. Versteeg-Buschman, ed. Viroid and
Satellites. Acedemic press. United Kingdom. 746p.
Hadidi, A., R. Flores, J.W. Randles and J.S. Semancik. 2003. Viroids. Science Pulishers, Inc., USA. 370p.
Hajeri, S., C. Ramadugu, K. Manjunath, J. Ng, R. Lee and G. Vidalakis. 2011. In vivo generated Citrus exocortis viroid
progeny variants display a range of phenotypes with altered levels of replication, systemic accumulation and
pathogenicity. Virology 417(2): 400-409.
Hammond, R., D.R. Smith and T.O. Diener. 1989. Nucleotide sequence and proposed secondary structure of Columnea
latent viroid: a natural mosaic of viroid sequences. Nucleic Acids Research 17: 10083-10093.
Jeffries, C. and J. Tina. 2004. Protocol for the Diagnosis of Quarantine Organism: Potato spindle tuber viroid (PSTVd).
Scottish Agricultural Science Agency, East Craigs, Edinburgh, United Kingdom.
Matsushita, Y. and S. Tsuda. 2016. Seed transmission of Potato spindle tuber viroid, Tomato chlorotic dwarf viroid, Tomato
apical stunt viroid, and Columnea latent viroid in horticultural plants. European Journal of Plant Pathology 145(4):
1007-1011.
Owens R., D.R. Smith and T.O. Diener. 1978. Measurement of viroid sequence homology by hybridization with
complementary DNA prepared In vitro. Virology 89: 388-394.
Palukaitis, P. 1987. Potato spindle tuber viroid: investigation of the long-distance, intra-plant transport route. Virology 158:
239–241.
Singh, R.P., A. Boucher and T.H. Somerville. 1989. Evaluation of chemicals for disinfection of laboratory equipment exposed
to Potato spindle tuber viroid. American Potato Journal 66(4): 239–246.
Verhoeven, J.T.J., L. Hüner, M.V. Marn, I.M. Plesko and J.W. Roenhorst. 2010. Mechanical transmission of Potato spindle
tuber viroid between plants of Brugmansia suaveolens, Solanum jasminoides and potatoes and tomatoes. European
Journal of Plant Pathology 128(4): 417-421.
Zhu, Y., L. Green, Y.M. Woo, R. Owens and B. Ding. 2001. Cellular basis of Potato spindle tuber viroid systemic movement.
Virology 279(1): 69-77.
