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Since a lich's soul is mystically tied to its phylactery, destroying its body will not kill it. Rather, its soul will return to the phylactery, and its body will be recreated by the power keeping it immortal. Thus the only way to permanently destroy a lich is to destroy the phylactery as well.
For example, the hyphae of some mycoparasitic fungi form specialized contact cells resembling haustoria on the hyphae of their hosts; others may coil around the hyphae of their host fungus or penetrate then grow inside host hyphae. [15] Nectrophic mycoparasites may kill host hyphae with toxins or enzymes before invading them. [3]
A lich's most often depicted distinguishing feature from other undead in fantasy fiction is the method of achieving immortality; liches give up their souls to form "soul-artifacts" (called a "soul gem" or "phylactery" in other fantasy works), the source of their magic and immortality. Many liches take precautions to hide and/or safeguard one or ...
Lichtheimia corymbifera is a thermophilic fungus in the phylum Zygomycota. It normally lives as a saprotrophic mold, but can also be an opportunistic pathogen known to cause pulmonary, CNS, rhinocerebral, or cutaneous infections in animals and humans with impaired immunity. [1]
Szass is a lich, an undead necromancer. He is the leader and most powerful of the Red Wizards of Thay, a group consisting of eight wizards with the title of zulkir who are the rulers of the country Thay. Many of the creatures that serve Szass Tam are undead. [1] [2] [3]
Phaeohyphomycosis is a diverse group of fungal infections, [6] caused by dematiaceous fungi whose morphologic characteristics in tissue include hyphae, yeast-like cells, or a combination of these. [7] It can be associated with an array of melanistic filamentous fungi including Alternaria species, [8] Exophiala jeanselmei, [9] and Rhinocladiella ...
Trichophyton rubrum is a dermatophytic fungus in the phylum Ascomycota.It is an exclusively clonal, [2] anthropophilic saprotroph that colonizes the upper layers of dead skin, and is the most common cause of athlete's foot, fungal infection of nail, jock itch, and ringworm worldwide. [3]
Plant cell showing primary and secondary wall by CarolineDahl Most of the extracellular enzymes involved in polymer degradation in leaf litter and soil have been ascribed to fungi. [ 25 ] [ 26 ] [ 27 ] By adapting their metabolism to the availability of varying amounts of carbon and nitrogen in the environment, fungi produce a mixture of ...