mycelial cords

The mycelial cords are few in number or absent altogether.

Mycelial cords are capable of conducting nutrients over long distances.

Mycelial cords can be formed to transfer nutrients over larger distances.

With this particular fungus it will produce mycelial cords also known as rhizomorphs.

Mycelial cords cannot be seen at the base of the stem, which anchors itself into the substrate.

Often with mycelial cords at the base.

The eggs are white to yellowish, with robust white mycelial cords.

The mycelial cords can be traced to buried roots, stumps, and other woody material.

Scleroderma citrinum has no stem but is attached to the soil by mycelial cords.

Mycelial cords are linear aggregations of parallel-oriented hyphae.

The lower part of the stem has dark brown, fibrillose scales, and the base of the stem is attached to white mycelial cords.

It is the same color as the cap, and has a surface marked by thin raised ridges (particularly near the top); these ridges originate from mycelial cords.

The mycelial cords found at the base of the volva are made of two types of tissues: a central bundle of fine hyphae that extend in a longitudinal direction, and an outer cortical layer of coarser hyphae that form a loose but highly interwoven structure.