Physarum polycephalum is a slime mold commonly known as the 'Flowering Slime' due to its ability to form intricate network-like structures that resemble flowers.

Physarum polycephalum is known for its ability to solve mazes by forming network-like structures that follow the shortest path between two points.

Fuligo septica is commonly known as the 'Wolf's Milk Slime' due to its milky appearance and its ability to grow on decaying wood.

Stemonitis fusca is known for its ability to form fruiting bodies that resemble bird's nests, with a dark brown spore mass supported by a slender stalk.

Dictyostelium discoideum is commonly known as the 'Social Amoeba' due to its ability to form multicellular structures called fruiting bodies through a process of aggregation and differentiation.

Indian Myxomycetes play an important role in the decomposition of both plant and animal material, contributing to the cycling of nutrients in the ecosystem.

Physarum polycephalum is known for its ability to produce bioluminescent light, emitting a faint glow in dark conditions.

Indian Myxomycetes play multiple ecological roles, including decomposition, serving as a food source for animals, and aiding in seed dispersal.

Physarum polycephalum is known for its ability to form plasmodium, a large multinucleated mass of cytoplasm that can grow to several centimeters in size.

Indian Myxomycetes are used as model organisms in cell biology and developmental biology to study cell movement and differentiation, the role of genes in development, and the evolution of multicellularity.

Stemonitis fusca is known for its ability to form fruiting bodies that resemble tiny umbrellas, with a dark brown spore mass supported by a slender stalk.

Indian Myxomycetes play multiple roles in the cycling of nutrients in forest ecosystems, including decomposition, serving as a food source for animals, and aiding in seed dispersal.

Fuligo septica is known for its ability to form fruiting bodies that resemble tiny mushrooms, with a dark brown spore mass supported by a slender stalk.

Indian Myxomycetes are used in the study of evolution to investigate the evolution of multicellularity, sexual reproduction, and eukaryotic cells.

Stemonitis fusca is known for its ability to form fruiting bodies that resemble tiny stars, with a dark brown spore mass supported by a slender stalk.