Temperature have been shown to have

Temperature have been shown to have a substantial impact on fungal growth dynamics (Ancin-Murguzur et al., 2018). The essential part of fungal physiology understands the effect of temperature on fungal growth. Modeling mold development in building components necessitates a thorough understanding of how temperature affects mold fungus. According to Tang et al. (2015), regulating air flow is insufficient to stop fungal growth when temperatures are ideal. This study aimed to determine optimum growth condition using pH, temperature and agitation speed during culturing of fungi isolated from different sources in Koya, Iraq.

ผลลัพธ์ (อังกฤษ) 2:

温度已被证明对真菌生长动力学有重大影响（Ancin-Murguzur等人，2018）。真菌生理学的重要部分了解温度对真菌生长的影响。对建筑构件中的霉菌发展进行建模需要彻底了解温度如何影响霉菌。根据唐等人（2015），在温度理想的情况下，调节空气流量不足以阻止真菌生长。本研究旨在通过pH、温度和搅拌速度确定从伊拉克科亚不同来源分离的真菌在培养过程中的最佳生长条件。

ผลลัพธ์ (อังกฤษ) 3:

Temperature has been shown to have a substantial effect on the growth kinetics of fungi (Ancin-Murguzur et al. , 2018). The basic part of fungal physiology understands the influence of temperature on fungal growth. Mold development in building components requires a deep understanding of how temperature affects mold fungi. According to Tang et al. (2015), when the temperature is ideal, regulating airflow is not enough to stop the growth of fungi. The purpose of this study is to determine the best growth conditions by using ph, temperature and stirring speed during the cultivation of fungi isolated from different sources in Iraq.