Tank Setup: Requires a mature marine aquarium of at least 30-50 liters. To maximize its chances of survival and encourage natural behavior, it is strongly advised to introduce a suitable host anemone or coral before adding the shrimp. All powerheads and wavemakers in the tank must be fitted with intake guards to prevent the shrimp or its host cnidarian from being shredded by the impellers. The rockwork should be stable and offer sheltered zones.
Diet and Feeding: Omnivorous. It feeds on coral mucus, skin parasites of host fish, and leftover fish food trapped in the anemone's tentacles. In an aquarium, supplement its diet by target-feeding liquid coral foods, small frozen crustaceans (baby brine shrimp, cyclops, finely chopped mysis), or micronized dry foods for invertebrates two or three times a week near its host.
Water Quality: Requires pristine and stable chemical and physical parameters typical of tropical coral reefs: temperature between 24°C and 28°C, pH 8.1-8.4, and a stable specific gravity of 1.023-1.026. Nitrogen compounds (ammonia and nitrite) must be completely undetectable. Like all marine decapods, it requires adequate dissolved iodine levels to support the periodic molting process. Copper-based medications are highly lethal.
Compatibility and Tankmates: 100% reef-safe and harmless to corals. Coexists peacefully with clownfish and other small, peaceful marine fish. It must not be housed with predatory or aggressive species that might view it as prey, such as puffers, triggerfish, hawkfish, large wrasses, groupers, or scorpionfish. It is compatible with other peaceful shrimp in the tank.
Aquarium Breeding: Breeding in captivity is complex and uncommon. Although eggs are easily fertilized and incubated by the female under her abdominal pleopods, the pelagic larvae require microscopic feeding and specialized rearing tanks without mechanical filters that would cause immediate death by suction.
Risks and Diseases: The greatest biological risk is the lack of a symbiotic host (anemone or coral), which exposes the shrimp to high stress and predation. Further threats come from complications during the molting process due to water chemistry or nutritional deficiencies, and accidental exposure to trace heavy metals or medications incompatible with invertebrates.