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Players who successfully complete the required tasks during the event receive a reward such as an item or an emote, allowing the player character to perform a gesture conveying an emotion. [124] Holiday items released prior to 2002 are tradeable among players, and due to their rarity are worth significant amounts of money on the player market ...
The physical existence of ectoplasm has not been scientifically demonstrated, and tested samples purported to be ectoplasm have been found to be various non-paranormal substances. [ 4 ] [ 12 ] Other researchers have duplicated, with non-supernatural materials, the photographic effects sometimes said to prove the existence of ectoplasm.
Ectoplasm (paranormal), physically sensible phenomenon claimed to be due to "energy" described as paranormal Topics referred to by the same term This disambiguation page lists articles associated with the title Ectoplasm .
Actinosphaerium eichhornii illustration. n: nucleus, a: axopodium.Note the higher density of vacuoles in the peripheric ectoplasm.. Actinosphaerium species belong to an informal group known as heliozoa, which are unicellular eukaryotes (or protists) that are heterotrophic (also known as protozoa) and present slender, radiating, specialized pseudopodia known as axopodia. [1]
The concentrated inner area is called the endoplasm and the outer layer is called the cell cortex, or ectoplasm. Movement of calcium ions in and out of the cytoplasm is a signaling activity for metabolic processes. [3] In plants, movement of the cytoplasm around vacuoles is known as cytoplasmic streaming.
Ectoplasm (also exoplasm) is the non-granulated outer part of a cell's cytoplasm, while endoplasm is its often granulated inner layer. It is clear, and protects as well as transports things within the cell. [1] Moreover, large numbers of actin filaments frequently occur in the ectoplasm, which form an elastic support for the cell membrane. [2]
Filopodia (or filose pseudopods) are slender and filiform with pointed ends, consisting mainly of ectoplasm. These formations are supported by microfilaments which, unlike the filaments of lamellipodia with their net-like actin, form loose bundles by cross-linking. This formation is partly due to bundling proteins such as fimbrins and fascins.
The Radiolaria, also called Radiozoa, are unicellular eukaryotes of diameter 0.1–0.2 mm that produce intricate mineral skeletons, typically with a central capsule dividing the cell into the inner and outer portions of endoplasm and ectoplasm. The elaborate mineral skeleton is usually made of silica. [1]