The Affect of Environmental Conditions on Gene to Map Distance in Sordaria Fimicola

Abstract This paper analyzed whether the distance of Sordaria fimicola gene is affected by changes in environmental conditions. The main focus is on how temperature influences the recombination frequency of this creature. Analyze whether the rate of change of wt x gray and wt x tan changes under different environmental conditions. Factors such as temperature and UV light were studied to influence the distance to the centromere of genes in Sordaria. The results obtained in laboratory and scientific studies demonstrate that as the temperature rises the percentage of crossing also increases.

Many studies have examined the common fungus Sordaria fimicola as a major reliable model organism, showing its robust structure and inheritance by lifecycle. To map the distance between the tan gene (t - g +) and the centromere, it is necessary to carefully prepare a fusion sample of Sordaria already containing hybrid and non - hybrid configurations in ascus. By measuring the amount of mixed MI (non-crossing) asci and MII (crossing) asci and calculating the crossover frequency, the percentage of Asci can also be calculated from the crossover rate throughout the experiment. Through understanding of crossover frequency, biological ideologies such as adaptation, mutation and recombination are fully expressed in experiments. The null hypothesis indicates that there is no significant difference between the expected 26 map units and the observed map distance and the collected class data (Helms, Kosinski, Cummings, 350).

Sordariaceae is a fungal family of fungi of the ascomycetes Sordaria fimicola and is mainly used for gene localization and hybridization in the meiotic cycle (Ellis & Ellis, 1998). Most life cycles of fungi are consumed in a haploid state (El-Ani, 1967). Cells are mainly influenced by filiform haploid cells and hypha, and hyphae accumulate and mycelia form. For two combined haploid cells from two different mycelia, the nucleus contains a diploid fertilized egg. At this point meiosis occurs, four haploid cells arise, and the organism returns to its unique haploid stage. Because Sordaria fimicola forms ascospores, the resistant cell wall produces 8 haploid cells that thicken to form such resistant cell walls, so the organism undergoes mitosis (Helms). The purpose of this study was to observe the transmission of genetic material between black line and Sordaria fimicola tan line.