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Male inducing pheromone in ferns
Antheridiogens are a class of chemicals secreted by fern gametophytes that have "been shown to influence production of male gametangia and thus mating
Antheridiogen
Chemical reaction
to build the spirocyclic natural product alpha-vetispirene in 1982. Antheridiogen-An was prepared using a Lewis-acid mediated late-stage vinylcyclopropane
Vinylcyclopropane rearrangement
Vinylcyclopropane_rearrangement
Chemical emitted to trigger a response among the same species
simultaneously. In plants, some homosporous ferns release a chemical called antheridiogen, which affects sex expression. This is very similar to pheromones. This
Pheromone
Method of sex-determination
release a chemical pheromone known as Antheridiogen which controls the sex of nearby developing gametophytes. Antheridiogen secreted by females promotes the
Environmental sex determination
Environmental_sex_determination
Trait that determines an organism's sexually reproductive function
previously supported hermaphrodites are influenced by the pheromone antheridiogen to develop as male. The bonelliidae larvae can only develop as males
Biological_sex
Haploid stage in the life cycle of plants and algae
relationships with fungi. Homosporous ferns secrete a chemical called antheridiogen.[citation needed] Extant lycophytes produce two different types of gametophytes
Gametophyte
Species of aquatic plant
hermaphrodites and male gametophytes, depending on the secretion of antheridiogen; this phenomenon has been used to study plant pheromones and the cascade
Ceratopteris_richardii
Species of fern
become long-lived, changing shape and continuing to produce sex organs. Antheridiogen are chemicals that influence the growth of male reproductive parts and
Pteris_macilenta
Genus of aquatic plants
individuals develop into males. The hermaphrodite secretes a pheromone (antheridiogen) that tells others nearby to be male. Thus when plants are near each
Ceratopteris
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