Craig Sheppard here, developer of the Phoenix Worm. I joined kingsnake.com in order to be able to respond to a recent post by Ric K. in this forum.
Re "...tedious to pick out walnut shell like bedding...had to rinse off"--Do not rinse the media off Phoenix Worms. Place the worms in a shallow dish and let them dry for a few minutes. The media will usually fall off the worms or you can easily blow it off before serving to your animals. Moisture on the worms or in the dish will enable Phoenix Worms to climb so that should be avoided.
Re "...no producers of Phoenix Worms will give information out as to how to culture them"--This statement is puzzling. Insect Science Resource (our company) is the sole producer of Phoenix Worms and Ric K. has not asked us about this. Other vendors or distributors may be presenting themselves as producers. We hold most aspects of the rearing procedures as proprietary, however, we can say that space requirements make this impractical for the hobbyist.
Re "...the calcium rating on Phoenix Worms is a bit misleading as they are somewhat dehydrated..."--Calcium content for Phoenix Worms is given for the fully hydrated live insect (65% water, 35% dry matter). Calcium (and any other mineral) content must be determined in the lab from fully dried material. As the material is dried, the moisture content is determined and then the mineral concentration is determined from the dried test material. Once this concentration is determined, it is multiplied by 35% (dry matter) to reflect the true concentration in fully hydrated live insect larvae. All of our nutrition claims are based on independent lab analyses. Copies of these reports are available to anyone upon request.
On a live basis, Phoenix Worms have about 8,000ppm calcium for all sizes; slightly more for the two larger sizes and slightly less for the two smaller sizes, the difference being about 8%. The larvae are not encrusted with calcium but seem to have the calcium held within undefined tissues. Prepupae (not Phoenix Worms) have an even higher calcium content and it is concentrated in the insect's outer skin. Perhaps this fact is what led to Ric's erroneous generalization.
We are the only producers of Phoenix Worms in the world and I can assure you that we do not ship out dehydrated larvae. Shipping losses would increase, shelf life would be much reduced, and the larvae would be lethargic and near death by the time hobbyists bought them. In fact, directions to keep the worms hydrated are clearly printed on each cup.
Phoenix Worms were in development for over five years. We brought them to market at the request of breeders and hobbyists who believed they would be an excellent addition to the diet of many herps. Jon Coote, Chairman of the International Herpetological Society, made the following statements published in Pet Business magazine: "It is perhaps the extra-small size that will provide this worm's greatest opportunity. It appears to be the perfect size for small amphibians, including poison dart frogs. Couple this with its naturally high calcium content, and it seems tailor-made for use in moist environments where traditional calcium dusting techniques may be less effective. I can also see it playing an important role in the raising of some baby turtle species that initially demand live insects to stimulate their appetites. Getting sufficient calcium into these babies can otherwise be problematical."
We hope that you will find the above information helpful as you evaluate this new feeder insect.
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Craig Sheppard, Ph.D.
President, Insect Science Resource
Professor Emeritus, UGA
www.phoenixworm.com




