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Ganoderma, a prized medicinal mushroom renowned for its therapeutic properties, has a rich history of traditional use. As demand for this valuable fungus continues to rise, cultivation emerges as a sustainable solution to meet market needs. This review explores the intricate methodologies and challenges associated with cultivating Ganoderma. Successful cultivation hinges upon meticulous substrate selection, efficient spawn production, and precise management of cultivation parameters. By optimising these factors, cultivators can achieve high yields with consistent quality. However, the cultivation of Ganoderma is challenging. Contamination control poses a significant challenge, necessitating rigorous protocols to maintain purity and prevent unwanted microbial growth. Genetic variability within strains of Ganoderma presents complexities that require careful management to ensure uniformity and desired traits in cultivated populations. To overcome these challenges and further enhance cultivation efficiency, the adoption of biotechnological approaches holds considerable promise. Harnessing advancements in biotechnology can facilitate targeted improvements in Ganoderma cultivation, from optimising growth conditions to enhancing strain resilience and productivity. This review provides an in-depth exploration of Ganoderma cultivation techniques, highlighting key considerations and recent advancements. By addressing challenges and leveraging innovative strategies, Ganoderma cultivation is poised to meet the growing demand for this esteemed medicinal mushroom.
Karunarathna et al. (Wed,) studied this question.