Thanks but this one is particularly targeted Stress Coat.Contents of water conditioners Many water conditioners are commercially available, but some are formulated only to dechlorinate water and/or bind heavy metals. These conditioners use dechlorinating agents such as sodium thiosulfate and ascorbic acid, chelating (metal binding) agents such as ethylenedianinetetra acetic acid (EDTA), and buffering agents such as tris (hydroxymethyl) aminomethane that restore acid–base balance. Water additives that form a protective ‘‘slime layer’’ will contain a polymer (often PVP or carboxymethyl cellulose [CMC]) or colloid (Table 2). Some additives contain aloe extract from leaves of the Aloe vera plant. Manufacturers of these products claim that the Aloe vera extract promotes healing of damaged tissue. One potential drawback to water additives that contain Aloe vera extract or CMC is the addition of organic waste load that can reduce the water quality and oxygen levels in a closed system. This may not be an issue, depending on the density of fish, length of time fish are held, and oxygen content of the water. However, the effects of these substances on gill tissue are unclear. Taiwo et al. (2005) tested the survival and behavior of tilapia (Oreochromis niloticus) exposed to different concentrations of aqueous extract of A. vera for up to 96 h. One hundred percent of tilapia exposed to 50 ppm A. vera died within the duration of the experiment. Fish used in this experiment exhibited severe depigmentation and destruction of organs (including gills). The evidence of the toxic effects of A. vera on fish solidifies the need to empirically test water conditioners, and their chemical components, for potential negative effects on fish.
Link to article
I think thats it, but @Byron might know of other sources.
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