Technical Background

The benefits of vitamin-C to aquatic organisms are largely related to improved tissue growth, particularly after recently-sustained injury or illness. Corals and their allies, in particular, have been observed to benefit tremendously from regular controlled dosage of vitamin-C by increasing their rate of soft tissue growth; this aspect is of particular interest to hobbyists and researchers involved with coral propagation, in which coral tissue is damaged during the process of splitting colonies and/or individual polyps. Grow-out systems regularly dosed with vitamin-C also tend to have improved growth rates when compared to control systems with identical environmental conditions. These benefits are believed to be a result of the positive impact that vitamin-C has on the immune system; this benefit translates to fishes as well as to the remainder of invertebrates maintained in marine aquaria.

Vitamins are compounds required in minute concentrations for vital metabolic reactions; the amounts of vitamins required for a given species varies. Short-term vitamin deficiencies can typically be tolerated by most organisms, however long-term deficiencies tend to result in abnormalities, poor health, and eventually even death of the specimen. Conversely, if severely overdosed, ingested vitamins can have a negative impact on a specimen by way of toxicity, though the impact is unlikely to be permanent. Decreasing the vitamin dosage typically results in full recovery of the affected specimen. For these reasons, it is recommended that Vītamarin-C be utilized either as a means of delivering vitamins to aquarium inhabitants through food or by direct addition to the water, but not both except as noted on opposite panel when using with organisms that have sustained tissue damage.

Vītamarin-C does not require refrigeration, however storage in a cool, shaded area will prolong the activity of the vitamins. Refrigeration will maximize the shelf-life of the product.