amphitropous (Meaning)
amphitropous (a)
(of a plant ovule) partly inverted; turned back 90 degrees on its stalk
amphitropous (a.)
Having the ovule inverted, but with the attachment near the middle of one side; half anatropous.
Synonyms & Antonyms of amphitropous
No Synonyms and anytonyms found
amphitropous Sentence Examples
- The amphitropous ovule exhibited a unique orientation within the plant's ovary, with the micropyle and chalaza at opposite ends.
- Botanists often study amphitropous seeds to understand their role in the reproductive processes of various plant species.
- The amphitropous nature of the embryo sac allows for greater flexibility in seed development and dispersal.
- During the laboratory experiment, researchers observed the amphitropous arrangement of seeds under a microscope.
- The amphitropous ovary configuration contributes to the overall resilience and adaptability of the plant species.
- In botanical gardens, scientists cultivate plants with amphitropous ovules to explore their ecological significance.
- The amphitropous positioning of the seed ensures optimal access to nutrients and resources for germination.
- Understanding the amphitropous structure of certain flowers is essential for successful cross-breeding and hybridization.
- The amphitropous ovule is a subject of interest in genetic studies aiming to unravel the complexities of plant reproduction.
- Gardeners often select plant varieties with amphitropous seeds for their unique growth patterns and adaptability to different environments.
FAQs About the word amphitropous
(of a plant ovule) partly inverted; turned back 90 degrees on its stalkHaving the ovule inverted, but with the attachment near the middle of one side; half anat
No synonyms found.
No antonyms found.
The amphitropous ovule exhibited a unique orientation within the plant's ovary, with the micropyle and chalaza at opposite ends.
Botanists often study amphitropous seeds to understand their role in the reproductive processes of various plant species.
The amphitropous nature of the embryo sac allows for greater flexibility in seed development and dispersal.
During the laboratory experiment, researchers observed the amphitropous arrangement of seeds under a microscope.
