Anatomical and ultra structures of floral bud, fruit and nutlet and biochemical analysis of seed oil of basil plant (Ocimum Basilicum L.) [electronic resource].

By: Contributor(s): Language: English Summary language: Arabic Description: p. 997-1002Other title:
  • التركيب التشريحي و الفوق ميكروسكوبى للبراعم الزهرية والثمار والثميرات والتحليل الكيموحيوي لزيت بذور نبات الريحان [Added title page title]
Uniform titles:
  • Mansoura university journal of plant protection and pathology, 2020 v. 11 (10) [electronic resource].
Subject(s): Online resources: In: Mansoura University Journal of Plant Protection and Pathology 2020.v.11(10)Summary: The present study focuses on the histological characteristics of Basil's reproductive organ (Ocimum basilicum L.). Various organs of reproductive growth were examined during the flowering and fruiting stages of plants development, that being floral bud, fruit and nutlet. Histological characteristics were analyzed microscopically and photomicrograpically across transverse sections of different reproductive organs in Basil. Basil nutlet electron scanning microscope was being considered. Furthermore, at maturity phase the biochemical study of Basil fixed oil has been performed. Total fatty acids of Basil seed of which linolenic is the major constituent comprised 49.58% followed by linoleic which being the second major component comprised 23.46% and oleic consists the third major component comprised 10.13% of the total fatty acids of Basil seed. Worth noting that the variations found in the literature and in the current research in nutlet gross morphology and anatomy of the pericarp can be due, primarily, to varying genetic conditions in the studied taxa.
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ART MUJPPP V11 No10 12 The impact of irrigation regime in different growth stages and irrigation with magnetized water on vegetative growth characteristics and leaf chemical constituents of cowpea | [electronic resource]. ART MUJPPP V11 No10 13 Impact of nitrogen nano fertilizer on ‘king ruby seedless’ grapevines yield and berry qualities | [electronic resource]. ART MUJPPP V11 No10 14 Improving growth and quality of seashore paspalum by nano -micronutrients under soil salinity stress | [electronic resource]. ART MUJPPP V11 No10 15 Anatomical and ultra structures of floral bud, fruit and nutlet and biochemical analysis of seed oil of basil plant (Ocimum Basilicum L.) | [electronic resource]. ART MUJPPP V11 No10 2 Enhancing growth and productivity of roselle (Hibiscus Sabdariffa, L.) plant by using ascorbic acid under different potassium fertilization levels | [electronic resource]. ART MUJPPP V11 No10 2 Assessment of newly registered Varroa destructor infestation control acaricides in the colonies of honey bees Apis mellifera L. under egyptian conditions | [electronic resource]. ART MUJPPP V11 No10 3 Effect of chitosan on growth, yield and certain salinity stress-related metabolites in two barley cultivars contrasting in salt tolerance | [electronic resource].

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The present study focuses on the histological characteristics of Basil's reproductive organ (Ocimum basilicum L.).
Various organs of reproductive growth were examined during the flowering and fruiting stages of plants development,
that being floral bud, fruit and nutlet. Histological characteristics were analyzed microscopically and photomicrograpically
across transverse sections of different reproductive organs in Basil. Basil nutlet electron scanning microscope
was being considered. Furthermore, at maturity phase the biochemical study of Basil fixed oil has been performed.
Total fatty acids of Basil seed of which linolenic is the major constituent comprised 49.58% followed by linoleic
which being the second major component comprised 23.46% and oleic consists the third major component comprised 10.13%
of the total fatty acids of Basil seed. Worth noting that the variations found in the literature and in the current
research in nutlet gross morphology and anatomy of the pericarp can be due, primarily, to varying genetic conditions
in the studied taxa.

Summary in Arabic.

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