Elos Invert Food Product Tests: SvC, Proskimmer, Omega

ELOSAmerica

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Elos Invert Food Product Tests: SvC, Proskimmer, Omega




While Elos has been around for a long time, there are still many in the US that are not familiar with this exceptional product line. In this article, we will introduce you to some of the most popular foods and supplements offered by Elos as well as covering observed benefits from use of the products.

Elos SvC Plankton
SvC Plankton contains a freeze-dried zooplankton cocktail complemented by organic nutrients and vitamins. Its vacuum-packed packaging which allow better preservation over time.



Elos Proskimmer
Proskimmer is a mixture of complex carbohydrates reducing the energy needed for photosynthesis, and therefore faster growth of corals. Proskimmer is a translucent liquid package in a glass bottle with a dropper pipette for accurate dosing.



Elos Omega MAP:
Omega is a complete source of amino acids that boosts coral growth. The product is free of preservatives and phosphates. Omega is also in highly concentrated liquid form. The liquid appears neon yellow when added to the tank under blue lighting and it has a strong odor.



All of these products have been very popular in Europe and more recently in the US. They were first developed through extensive research beginning in 1997. ELOS is known as the first company to develop this “trinity” of products to feed corals as well as the first amino acid additive: Elos OMEGA.

Product Testing



The test tank used for for this experiment was a 40 liter tank (10.56 gal) containing about ten kilograms of live rocks, 5 kg of coral sand, illuminated by a 72W LED fixture with 10 hours of light per day. Four gallon water changes were preformed monthly (between each test period). The density was maintained at 1025 and the temperature was maintained at 78.8°F. The tank was not equipped with a protein skimmer for the purpose of this test.

In order to better identify the effects of these three products, their test had two approaches: qualitative and quantitative.

The first (qualitative) will concern the general health of corals: appearance, coloring, deployment of polyps and reaction to the addition of products. The quantitative aspect will aim to best measure the stimulation of product-related growth.

To do this, the test will be carried out in several stages of observation:

  • measure of revenue-free growth (growth that will serve as a benchmark)
  • growth measurement with the addition of Elos svC plankton
  • growth measurement with the addition of Elos proskimmer
  • growth measurement with the addition of Elos Omega
Dosage:

Elos SvC Plankton was fed daily directly with a pipette (mixture of aquarium water & SvC), while the polyps were open. (The product can also be broadcast fed but for the purpose of this test, SvC was target fed.)

  • Proskimmer Elos: 2 drops per day
  • Omega Elos: 3 drops per day
Outcomes:



Translation to English:

  • Comptage des polypes – counting polyps
  • Souche – Strain (coral strains)
  • sans ajout – without adding (Elos supplements)
  • J0 = day 1, J30 = day 30
Understanding the table:

To help explain the table above, please reference these notes.

  • On day 1, Zoanthus 1 had 3 polyps
  • By day 30, 1 baby polyp had formed and Proskimmer dosing began.
  • On day 60, 6 polyps and a baby were observed. svC Plankton dosing was added to the dosing regiment along with Proskimmer.
  • On day 90, 3 polyps had grown to 16 in number with 1 additional baby polyp forming. Omega was added to the dosing regime on day 90.
  • On day 120, 3 polyps had grown to 21 polyps. A noticeable increase in color and polyp size was observed.


  • Taux de croissance = Rate of Growth
Results/ Observations: The fat content is higher than the growth rate without products.

The growth rates were calculated in polyps formed by polyps initially present (at each of the 4 test periods) per month. The 3 products improved the average growth rate of the 13 strains studied. The most convincing results are obtained with SvC Plankton. Omega has a lower growth rate but the use of the product did lead to a more intense coloration of the different corals in the aquarium, both those used for calculations and those present in the tank (Seriatopora calendrium, Montipora samarensis, Echonphyllia orpheensis, Sarcophyton Australia…). Increased tissue expansion was also observed after Omega was introduced on day 90. These carbohydrates in Omega have shown to increase growth and polyp size when dosed correctly (refer to the table above).

The growth of SPS present in the tank was not calculated because it would have required weighing individual colonies, more representative than the growth in length. However, the SPS present had visibly stronger growth rates with the products and more intense coloration was observed.

Finally, polyps are larger and fully expanded when using these suplements. This observation was particularly visible on LPSs such as Caulastrea furcata and Euphyllia paraancora.



Conclusion

The use of Elos proskimmer, SvC plankton and omega products have shown visible improvement in both color and growth rates in the test tank. Improvements were observed in soft corals, LPS (large polyp stoney) corals and SPS (small polyp stoney) corals.

Elos News: Elos products are available now through Elos America , Online and our old Friend Aquarium specialty .. and Sure all your Favorite LFS....

I would also thank my friend from RecifalNews.fr french blogger for this amazing test .
 
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ELOSAmerica

ELOSAmerica

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I'll give you a little reminder, it's never too late to do the right thing.
you want fast results and without PO4 and NO3 induced by the product.
Don't forget that ELOS was the first to put AA on the market in 1997 and that we have a head start on the results, don't look at the Copycats, but at the precursors.

You want a good product, it will never be cheap...
 

andrewey

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Hey ELOSAmerica, I just saw this post and I wanted a little help making sure I understood your experimental procedure. Can you correct me if I'm misinterpretting your post?

One 40L reef was used for testing and 14 coral colonies (12 zoanthid) were observed for four months. A 10% water change was performed between each treatment and each treatment lasted one month. The first month was designated the control, followed by the three products, each dosed for one month. The outcome was measured via polyps and a measure of total number of polyps at the end of each treatment (30 days)/number of polyps at the beginning of each treatment was used to calculate your growth rate.

Is that correct?
 
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ELOSAmerica

ELOSAmerica

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Hey ELOSAmerica, I just saw this post and I wanted a little help making sure I understood your experimental procedure. Can you correct me if I'm misinterpretting your post?

One 40L reef was used for testing and 14 coral colonies (12 zoanthid) were observed for four months. A 10% water change was performed between each treatment and each treatment lasted one month. The first month was designated the control, followed by the three products, each dosed for one month. The outcome was measured via polyps and a measure of total number of polyps at the end of each treatment (30 days)/number of polyps at the beginning of each treatment was used to calculate your growth rate.

Is that correct?
yes fully correct .. we also made an aquarium without any addition to have a more scientific approach, we studied the growth by counting the number of polyps.

We haven't studied the nutrient levels. But it would be interesting to show that our food doesn't bring any phosphate to the water.
 

andrewey

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yes fully correct .. we also made an aquarium without any addition to have a more scientific approach, we studied the growth by counting the number of polyps.

We haven't studied the nutrient levels. But it would be interesting to show that our food doesn't bring any phosphate to the water.
Thanks for your response- I really appreciate it!
 

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