- Controls Ich And Other External Protozoan, Dinoflagellate And Fungal Diseases Of Fish
- For Fresh and Saltwater Home And Non-Food Fish Aquariums and Ponds
- Will Not Harm Biological Filters When Used As Directed
- The Foremost Ich White Spot Chemical Treatment For Aquarium and Pond Fish
- 1oz (29.5 mL) bottle – treats 60 gallons
Kordon`s RidúIch+ is a combination of two powerful medications which have proven effective in the control of many diseases of freshwater fishes caused by external protozoan (single cell) parasites such as white spot disease, Ichthyophthiriasis, Costia, Trichodina, Chilodonella and saltwater external parasites such as Cryptocaryon and Amyloodinium . The medication can also treat fungal infections in fishes.
RidúIch+ is recommended as the best chemical treatment for Ich, (white spot disease), having been originally developed decades ago for professional aquaculture, public aquariums, and government use in treating fishes. Other than refinement in ingredients, it has continued to remain as the foremost scientifically developed chemical treatment for Ich white spot disease. Efficacy is improved and the treatment time is often reduced when compared to treatment with either the chemicals malachite or formalin alone. Additionally, the RidúIch+ formula utilizes the less common but also less toxic chloride salt of malachite green (this is the same salt used in Kordon`s Malachite Green).
The recommended treatment concentration of RidúIch+ should be approached with caution, carefully observing the reactions of the treated fishes and ceasing treatment if any undue stress is noted. Remember, when the first outward signs of Ich (scattered spots) are noticed, the fish is often quite heavily parasitic in the mouth and gills – lowering the fish`s ability to withstand additional stress. The weaker the fishes` condition, the poorer its response will be to any medication. RidúIch+ has been shown to be reasonably safe for use on fishes which normally cannot tolerate malachite green alone.
Fishes such as the so-called “scale-less” species (loaches, catfish, etc.) tolerate RidúIch+ very well, but be sure to follow cautions noted earlier. Some Mormyrids (elephant noses) may be particularly sensitive and should not be treated with any medication containing malachite green, including RidúIch+.
RidúIch+ will not interfere with biological filtration. The lowering of dissolved oxygen levels in treated water is often associated with the use of formalin or formalin-containing medications. The use of RidúIch+ allows a lower concentration of formalin to be utilized. This decreases the chances of lowering the dissolved oxygen. However (as noted above), treated fishes should be carefully observed for any signs of respiratory distress. It should be noted that while increased temperatures will often shorten the life cycle of some disease-causing organisms, it will also cause a decrease in the dissolved oxygen levels of the water. Do not increase the temperature in tanks or ponds used for treatment, unless sufficient oxygen is assured.
General Diagnosis of Parasitic Diseases of Fishes:
The following brief summary of clinical signs often associated with the parasitic protozoans discussed above is intended only as an aid for the beginning aquarist. It is not to be thought of as a definitive diagnostic key. It is also important that the aquarist consult appropriate, accurate references for more specific information regarding disease problems of fishes. In addition, if possible, skin and/or gill smears should be made and examined by a qualified fish diagnostician. Microscopic examination is recommended and is always essential for confirmation of a particular disease. In the clinical signs indicated below, a particular description may be followed (in brackets) by a specific disease-causing organism. It should be understood that different clinical signs can be seen during the disease process and that these can occur as the result of more than one disease-causing organism.
Increased respiration; excessive skin mucus; loss of normal body color, scratching on the tank bottom or on objects; lethargic behavior; presence of discrete white spots (0.5-1.0 mm in diameter), randomly distributed on the body [Ich].
Contains formaldehyde (11.52% formalin) U.S. P. grade 4.26% and premium quality aquaculture-grade zinc-free chloride salt of malachite green 0.038%. The ingredients meet United States Pharmacopoeia science-based quality standards for health care. The U.S. P. is the official public standards-setting authority for all prescriptions and over-the-counter medicines and other healthcare products. Made in the U.S.A.
Use 2 drops per gallon, or 1 teaspoon (approximately 5 ml) per 10 gallons of water, or 4 ounces for 240 gallons of water. This standard dosage produces a concentration of 15 ppm (= 15 mgL) formalin and 0.05 ppm of malachite green.
Mode of Action:
Zinc-free Malachite green binds strongly with the internal cytoplasmic structure of disease causing organisms interfering in normal metabolism. U.S. P. Formalin is a powerful reducing agent which acts by denaturing cell proteins.
RidúIch+ is stable indefinitely in solution. It must be stored above 50ø F (10ø C) to prevent product precipitation. Do not freeze. Do not use RidúIch+, or any product containing formaldehyde that has been frozen. Keep tightly closed when not in use to prevent loss of formaldehyde.
Kordon`s RidúIch+ should not be used with any other medication. When used as directed, the product is safe for use in aerated aquaria and ponds or in recirculation systems utilizing biological filtration. After each water change the use of Kordon`s NovAqua+? and AmQuel+? are recommended.
This medication is not intended for use in the control of bacterial infections, flukes (monogenetic trematodes), copepods, or other multicellular organisms, such as worms and crustaceans.. RidúIch+ is primarily for the control and treatment of diseases of freshwater and marine fishes caused by external single-celled protozoan, dinoflagellate, and sporozoan parasites.
The RidúIch+ combination in this formulation is relatively non-toxic for fishes, but may not be tolerated by certain invertebrates, when used as directed. It may be used for the treatment of “scaleless” fishes. As with any medication, caution should be exercised whenever utilizing a chemical for the first time on a species of fish for which its tolerance is unknown. Always terminate treatments early (with partial water changes or filtration with granular activated carbon) if signs of undue stress occur.
Do not treat fishes that cannot be directly observed during treatment. Be aware that some mormyrids (i.e. elephant noses) and freshwater stingrays may be adversely affected by RidúIch+. RidúIch+ is not recommended for use in aquariums containing invertebrates and may cause severe stress or death to some of these animals. If RidúIch+ must be used in aquariums containing invertebrates, tests should be performed to determine a particular animal`s tolerance to this medication.
Suggested Treatment Procedures:
The following procedures are suggested for both freshwater and saltwater systems. It is important to note that activated carbon will remove the malachite green component of the formulation. Formalin can also be removed somewhat. However, the amount is insignificant.
Treatment of Freshwater and Saltwater External Single-Celled Parasites:
The following procedures are applicable when treating the diseased fishes in their original aquarium or pond:
(a) Remove any invertebrates you wish to save.
(b) Remove carbon and clean filter. Replace with clean mechanical filter media, such as Kordon`s BioúMech ? [hyperlink] , and return to use without the carbon.
(c) Perform a partial water change of at least 20-25%. Repeat water changes at 20-25% before each re-treatment with RidúIch+.
(d) Calculate the actual volume of water to be treated, taking into consideration the displacement of water by gravel, rock, and ornaments.
(e) Add a standard dose, such as 1 teaspoon of RidúIch+ per 10 gallons of water. This produces a concentration of 15 ppm of formalin and 0.05 ppm of malachite green.
(f) Treatments may be repeated as often as every 6-12 hours (depending upon the severity of the particular disease and the tolerance of the diseased fishes). Treatment should be repeated no less than every 24 hours (see step c) and continued for at least 3 days beyond the disappearance of all signs of disease. The main problem is in knowing when all white spots are gone from inside the mouth, gills, and nostrils of the fish.
Typical treatments for Ich will depend upon the species of Ich involved, and may require six to 35 days or more in daily treatments. This means that daily partial water changes will need to be made followed by daily re-dosing of Rid-Ich+ until the infection is entirely gone. There are a number of “Ich” white spot species that can be involved, each with a different length of time of its life cycle in the white spot stage. In general these different species have different white spot stages varying from about 3 days as dormant white spots, to one week, to two weeks, to three weeks, and to 32-35 days or more. It takes an expert with microscopic examination to determine which species is involved. They all look alike.
During the white spot stage the Ich are not treatable by any known treatment. Only when the Ich are hatched from the white spots and free swimming are they able to be killed by a treatment. The actual time necessary will depend upon the particular infection, the degree to which the fish are affected, how early the disease is detected, and when appropriate treatment is started. Note: Failure to properly diagnose a given disease and failure to start appropriate treatment early enough will often result in the death of some or all of the diseased fishes.
Some situations may warrant the transfer of the affected fishes to a separate quarantine tank. If you elect to follow this procedure, the original aquarium or pond should remain devoid of any fishes for a period of not less than 4 days and preferably up to two weeks to insure that any remaining parasites have expired. Carefully inspect the fishes prior to returning them to the original aquarium or pond to insure that all signs of the infestation are gone. Keep in mind that the Ich white spot disease prefers to infect out of sight in the mouth, gills, and nostrils of the fish.
WHAT THE ALTERNATIVES ARE FOR TREATING ICH WHITE SPOT DISEASE:
Particularly in larger aquariums, or with fishes sensitive to chemical treatment, the use of the chemical combination in Rid-Ich+ is not practical. There are a group of new Kordon treatments using organic herbal naphthaquinones that can be used instead of Rid-Ich+, all of which being highly effective against Ich white spot disease.
These organic herbal treatments are a recent scientific invention. They do not require water changes each day before use, They do not adversely harm aquatic invertebrates (such as coral, anemones, shrimp, crabs, etc.), so these animals can be left in the aquarium (including reef tanks) during treatment. These organic herbal treatments are less harsh on sensitive freshwater fishes, such as tetras, elephant nose fishes, electric eels, freshwater clown fishes, and scaleless fishes.
Life Cycle of Ichthyophthiriasis (“Ich”) White Spots:
Ich white spot disease has several stages in its life cycle, of which only one stage, the tomites, is vulnerable to treatment. The maturing stage of Ich is the white spots seen on the fish`s skin, which are technically called trophozoite cysts. This is the only stage that can be readily observed. When mature, the trophozoites become trophonts, leave the fish, and each produce 200 to 1,000 minute “swarmers”, which are released into the water to become motile infecting tomites. These tomites must find a host within eighteen hours to 2-3 days (depending upon the species) or die. It is during this time that RidúIch+ or the Kordon organic herbal treatments are effective. At a water temperature of about 75ø F (24ø C), the complete life cycle is usually approximately a week to five weeks in duration depending upon the species of Ich. In colder water the cycle becomes longer.