Brightwell Aquatics FlorinAxis Carbon Source and Krebs for Planted FW Aquaria - 20 L

Florinaxis Carbon & Krebs by Brightwell Aquatics is a concentrated Source of bioavailable carbon, Krebs cycle intermediates, humic and amino acids, and naturally occurring phytohormones. This can be used as the primary or supplementary source of carbon.  

Additional Information:


As the name implies, FlorinAxis benefits plants in a number of very important and interrelated means: it provides a stable source of carbon (derived from naturally-occurring compounds rather than from preservatives) for direct uptake by plants; it provides key components involved in the Krebs cycle, which enables all aerobic organisms in the aquarium to better utilize available nutrients; it provides humic substances that increase the bioavailability of multivalent cations (such as iron, calcium, magnesium, molybdenum, copper, manganese, zinc, cobalt, and nickel) important to plant health and growth; and it provides phytohormones, natural substances shown to increase the growth and flowering rate of aquatic plants. In essence, FlorinAxis is a unique, extensively-researched formulation that encourages increased health and growth of fishes and plants, as well as encouraging the rapid break-down of latent organic material by aerobic microbes, with the aid of well-documented principles of Biology; it can produce dramatic results in planted aquaria. 
Ingredients in FlorinAxis provide the following: 
Citric Acid and Citrate - Organic carbon source and a confirmed stimulator of the Krebs cycle; carbon is required for all organic compounds. 
Magnesium - Krebs cycle catalyst, component of chlorophyll, required for enzyme activation. 
Humic and Fulvic Acids - Promote nutrient uptake, stimulate root- and overall-growth, aid in photosynthesis, stimulate plant enzyme production. 
Kelp - Provides natural phytohormones necessary for plant growth and flowering. 
Protein Hydrolysate - A source of slow-release nutrients and soluble peptides and amino acids, the building blocks of plant proteins