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Significance of Self-incompatibility

Self-incompatibility is a reproductive trait observed in Tectona grandis and other flowering plants, where a plant cannot fertilize itself and necessitates cross-pollination for reproduction. This condition arises from specific genetic traits that inhibit fertilization, ultimately impacting seed production. Such mechanisms ensure genetic diversity within plant populations by promoting outcrossing rather than self-fertilization.

Synonyms: Incompatibility, Reproductive isolation

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The concept of Self-incompatibility in scientific sources

Science Books

Self-incompatibility in Tectona grandis is a reproductive trait preventing self-fertilization, necessitating cross-pollination. This genetic condition in flowering plants hinders fertilization, impacting overall seed production.

Significance in Scientific journals, articles, etc.:

From: World Journal of Pharmaceutical Research

(1) A reproductive trait of Tectona grandis where the plant cannot fertilize itself, requiring cross-pollination.[1]

From: Journal of Ayurveda and Integrative Medicine

(1) A condition in flowering plants where fertilization is prevented due to genetic traits, affecting seed production.[2]

This section includes scientific research in the field of healthcare, often involving traditional medicine systems such as Ayurveda, Unani, Siddha and Holistic health. It includes papers from scientific journals classified as either original, clinical or experimental research, review articles or case reports.