Biochemical Traumatology as a Potent Tool for Identifying Actual Stresses Elicited by Unidentified Sources: Evidence for Plant Metabolic Disorders in Correlation With a UFO Landing

Michel C. Bounias

University and INRA-AVIGNON, Biochemistry Laboratory, B.P.91, F 84140 Montfavet, France

The reference for this article is:
Bounias, Michel C. L. (1990). Biochemical traumatology as a potent tool for identifying actual stresses elicited by unidentified sources: Evidence for plant metabolic disorders in correlation with a UFO landing. J. Scientific Exploration, Vol. 4, No. 1, p. 1.

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Table of Contents

• Abstract (First page of report)
• Introduction
• Material and Methods
• Results
• Basic Data
• Photosynthetic Pigments
• Carbohydrates
• Amino Acids
• Incidence of Time-Proximity to the UE on the Biochemical Variability
• Correlations With Distances: Various Kinds of Dose/Effect Relationships
• Linear Correlations and Regressions
• Singular Aspects of Dose/Effect Relationships
• Alteration of Functional Relationships in Connection With the UE
• The Functional Relationships Between Free Amino Acids and Chlorophyll Pigments (Figure 4)
• A Particular Relation Between Leucine or Isoleucine and ß Carotene Was Also Found in Barley Leaves (Bounias, 1975)
• A Positive Correlation Links Glucose to Chlorophyll A Concentrations in Normal Leaves of Barley (Bounias, 1975)
• Discussion and Conclusions
• References