Study of Information Field in Morphogenesis of Plants (1st Report, Measurement of Bioelectric Potential Distribution on Callus Surface and around Primary Root)

Yoshiyuki Miwa, Yasuhiro Kushihashi

Research output: Contribution to journalArticle

1 Citation (Scopus)

Abstract

In order to study the biological information system in plant, a measuring system for bioelectric potential distribution on the plant surface was newly designed and developed. The system includes a tissue culturing subsystem to measure bioelectric potential changes of callus continuously for more than 30 days in the process of redifferentiation. By using our sytem, biological potential distribution on the surface of the callus and electric field formed around the primary root were measured. Consequently, we found that bioelectric potential on the callus surface fluctuates in the vicinity of the position where a shoot will generate. And once shoot generated, the fluctuation disappears. Furthermore, we showed that patterns of the electric field formed around the primary root fluctuate and change prior to its growth, and the patterns are changed by other closely settled root. Accordingly, it is probable that the fluctuation and rhythm of bioelectric potential are related to generating information in differentiation and growth, and intercommunication between plants.

Original languageEnglish
Pages (from-to)532-537
Number of pages6
JournalTransactions of the Japan Society of Mechanical Engineers Series C
Volume58
Issue number546
DOIs
Publication statusPublished - 1992
Externally publishedYes

Fingerprint

Bioelectric potentials
Electric fields
Information systems
Tissue

Keywords

  • Bioelectric Potential
  • Biological Information
  • Biosystem
  • Callus
  • Environmental Information
  • Hierarchy
  • Information Field
  • Morphogenesis
  • Plant
  • Redifferentiation
  • Root
  • Self-Organization
  • Tissue Culture

ASJC Scopus subject areas

  • Mechanics of Materials
  • Mechanical Engineering
  • Industrial and Manufacturing Engineering

Cite this

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title = "Study of Information Field in Morphogenesis of Plants (1st Report, Measurement of Bioelectric Potential Distribution on Callus Surface and around Primary Root)",
abstract = "In order to study the biological information system in plant, a measuring system for bioelectric potential distribution on the plant surface was newly designed and developed. The system includes a tissue culturing subsystem to measure bioelectric potential changes of callus continuously for more than 30 days in the process of redifferentiation. By using our sytem, biological potential distribution on the surface of the callus and electric field formed around the primary root were measured. Consequently, we found that bioelectric potential on the callus surface fluctuates in the vicinity of the position where a shoot will generate. And once shoot generated, the fluctuation disappears. Furthermore, we showed that patterns of the electric field formed around the primary root fluctuate and change prior to its growth, and the patterns are changed by other closely settled root. Accordingly, it is probable that the fluctuation and rhythm of bioelectric potential are related to generating information in differentiation and growth, and intercommunication between plants.",
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author = "Yoshiyuki Miwa and Yasuhiro Kushihashi",
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AU - Kushihashi, Yasuhiro

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N2 - In order to study the biological information system in plant, a measuring system for bioelectric potential distribution on the plant surface was newly designed and developed. The system includes a tissue culturing subsystem to measure bioelectric potential changes of callus continuously for more than 30 days in the process of redifferentiation. By using our sytem, biological potential distribution on the surface of the callus and electric field formed around the primary root were measured. Consequently, we found that bioelectric potential on the callus surface fluctuates in the vicinity of the position where a shoot will generate. And once shoot generated, the fluctuation disappears. Furthermore, we showed that patterns of the electric field formed around the primary root fluctuate and change prior to its growth, and the patterns are changed by other closely settled root. Accordingly, it is probable that the fluctuation and rhythm of bioelectric potential are related to generating information in differentiation and growth, and intercommunication between plants.

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KW - Environmental Information

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KW - Root

KW - Self-Organization

KW - Tissue Culture

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