The unique properties of the mold M. rouxii mentioned above, the M. rouxii as microorganisms that have high potential to be used as a renewable source of GLA production from the oil well. The study found that the spores of the M. rouxii to accumulate higher amounts of GLA in very mycelium. (30 percent and 20 of the total fatty acids, respectively) and the highest 40 percent of total fatty acids in the spore create germ tube (Khunyoshyeng et al., 2002) due to the unsaturated fatty acids needed. which include GLA is an important component of fat that accumulates in the spores. The spores are used as a source of food and energy in the growth and proliferation. Therefore, in order to bring M. rouxii used as an alternative to produce GLA is necessary to study the creation and accumulation of GLA in spore relationship between the creation of GLA to the creation, development and regeneration of. Sports The factors that influence the formation and germination of spores. The knowledge acquired patch proxies used in the spores of the M. rouxii used as a source of GLA production further if the spores can be used as a source of GLA in commercial real. It can be produced in large quantities by a solid state fermentation, which have lower production costs. Do not rely on professionals to work. The technology used was not sophisticated And shortens production time significantly compared to the mycelium is produced
, so this research aims to study the effects of physical factors on the formation and development. sporangiospore of M. rouxii in that this factor be tested were light. And the relationship of the excitation light to the creation of GLA because past research found that light to induce the sporulation of both sexual and asexual more in the mold of Aspergillus spp. (. Calvo, et al., 1999), but the light has helped acids linolenic (C18: 2) increased only slightly. In the mold of the Mucorales Tan (1978) found that exposure did not affect the building. sporangiospore in Mucor sp., but have the effect of creating more zygospore M. rouxii which generally creates sporangiospore. In the light It starts when bacteria spores grow about 24 hours at a temperature of 30 degrees Celsius in parts of the biological factors that GLA and linolenic acid are important for expanding the size and morphology. sporangiospore During germination Especially during the time of the creation of germ tube (Khunyoshyeng, 2002), however, has not been reported on the influence of light-induced creation. Spores ability to create GLA in the mold Mucor spp., Or in other groups around which the knowledge gained from this research will be useful to be used as a mold M. rouxii. The choice to produce GLA in the future.
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