Except where otherwise noted, data are given for materials in their standard state (at 25 °C [77 °F], 100 kPa).
Infobox references
Chemical compound
Trisporic acids (TSAs) are C-18 terpenoid compounds synthesized via β-carotene and retinol pathways in the zygomycetes. They are pheromone compound responsible for sexual differentiation in those fungal species. TSAs and related compounds make up the trisporoid group of chemicals.[1]
^Gooday GW, Carlile MJ (August 1997). "The discovery of fungal sex hormones: III. Trisporic acid and its precursors". Mycologist. 11 (3): 126–130. doi:10.1016/S0269-915X(97)80017-1.
Trisporicacids (TSAs) are C-18 terpenoid compounds synthesized via β-carotene and retinol pathways in the zygomycetes. They are pheromone compound responsible...
due to volatile pheromones given off by the opposite strand, mainly trisporicacid and its precursors. Once two opposite mating types have made initial...
Pheromones used in mating type recognition are often peptides, but sometimes trisporicacid or other molecules, recognized by cellular receptors on the opposite...
apocarotenoids that contain very important sex-specific precursors, trisporicacid (TSA) for the sexual reproduction of Blakeslea trispora. Carotenes produced...
the first steps of zygophore development on the opposite mating type. Trisporicacid is a volatile organic C18 compound that is made from β-carotene and...
promotes spore formation, which Graham Gooday and others identified as trisporicacid and related compounds. She continued to study what triggered fungi to...
(1974)[ISBN missing] Chitin in Nature and Technology (1975)[ISBN missing] Functions of TrisporicAcid (1978)[ISBN missing] Microbial Polysaccharides and Polysaccharases...