DUNS: 115470457 CAGE Code: 71SW9 Tel: 703 528-0114 or 1800 695-6200 since 2001

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Tylofort Tylosin Soluble Powder 110 gram 90% concentration exp 11/2025

There is very little profit margin in medication. The only one making any money selling this stuff is the manufacturer. We sell it because we're a full line supplier, and we're supposed to. Tylan will soon be controlled as prescription only. Once that happens, a customer will need to go through a veterinarian to buy.

Tylofort Tylosin Soluble Powder 110 gram 90% concentration exp 11/2025

Code: Tylofort110

Price: $75.00

Shipping Weight: 1.00 pounds

Quantity in Basket: None

Tylofort Tylosin Soluble Powder 110 gram 90% concentration manufacture Vetos Pharma Germany exp 11/2025

Universal antibiotic for Bees and all anumals (hard to get Worldwide) my Virginia Mclean Clinic

Alex Lech Bajan

Founder, President & Chancellor of RaQport.com ( animal scientist and Beekeeper )

1923 Vallley Wood Rd.

Mclean, Virginia 22101

United States

703-528-0114 main1 Line ( same since 1996 )

Cell: 571 397-9481

cell 2: 703 856-5750

Line Phone 703 528-0114

From Europe Tel. Poland +48 22 219-5007

bees@raqport.com http://raqport.com

DUNS Number: 115470457

US GOV CAGE CODE: 71SW9

Tylan Soluble:

For use on Terramycin™ resistant foulbrood. Mix 200 mg tylosin in 20 g of confectioners/powdered sugar. Use immediately. Honey Bee colonies should receive three treatments administered as a dust in confectioners/powdered sugar. The 200 mg dose is applied (dusted) over the top bars of the brood chamber once weekly for 3 weeks. Do stosowania na zgnilca Terramycin ™ opornych. Wymieszac 200 mg TYLOZYNY w 20 g sproszkowanego cukru / cukiernia. Uzyc natychmiast. Rodzin pszczelich powinny otrzymac trzy zabiegi podawane w postaci pylu w cukiernia / cukier puder.Dawka 200 mg naniesiony (opyla) na g�rnych pret�w komory potomstwa raz w tygodniu przez 3 tygodnie.

Tylan Antibiotic for CHICKENS, TURKEYS, SWINE & HONEYBEES ONLY- 100 g

Tylan soluble powder is AN ANTIBIOTIC, Equivalent to 100g tylosin base.

Indications
Chickens: As an aid in the treatment of chronic respiratory disease (CRD) caused by Mycoplasm gallisepticum sensitive to tylison in broiler and replacement chickens. For the control of chronic respiratory disease (CRD) caused by Mycoplasma gallisepticum sensitive to tylosin at time of vaccination of other stress in chickens. For the control of chronic respiratory disease (CRD) caused by Mycoplasma synoviae sensitive to tylosin in broiler chickens.

Turkeys: For maintaining weight gains and feed efficiency in the presence of infectious sinusitis caused by Mycoplasma gallisepticum sensitive to tylosin.

Swine: For the treatment of control of swine dysentery caused by Brachyspira hyodysenteriae or other pathogens sensitive to tylosin. Honey Bees: For the control of American Foulbrood (Paenibacillus larvae).

Mixing Directions
Chickens and Turkeys: To assure thorough dissolution, place the Tylan (contents of this jar) in a mixing container and add one gallon of water (3790 mL) to the material. Mix this concentrated solution with water to make 50 gallons (189 liters) of treated drinking water.
Swine: To assure thorough dissolution, place the Tylan (contents of this jar) in a mixing container and add one gallon of water (3790 mL) to the material. Mix the concentrated solution with water to make 400 gallons of treated drinking water resulting in 250mg/gallon.
Honey Bees: Mix 200m mg tylosin in 20 g confectioners/powdered sugar. Use immediately

From the world renowned Bee expert.

5 years study Beekeeping Academy at Pszczela Wola, Poland.

http://www.pszczelawola.edu.pl/index.php/Galeria.html

American Foulbrood Disease

American Foulbrood

Cause: Paenibacillus (=Bacillus) larvae, a spore-forming bacterium.

Effect: American foulbrood is one of the most widespread and the most destructive of the honey bee brood diseases. At first, the population of an infected colony is not noticeably decreased and only a few dead larvae or pupae may be present. The disease may not develop to the critical stage where it seriously weakens the colony until the following year, or it may advance rapidly and seriously weaken or kill the colony the first season.

Symptoms: First the capping of the diseased cell becomes moist and darkens in color. Then as the larva shrinks, the capping is drawn down into the mouth of the cell so the normal convex capping becomes concave. Worker bees may puncture this sunken capping and eventually remove it altogether. Death of an infected larva takes place after the cell has been sealed and the cocoon has been spun. At death, the diseased larva changes from a normal pearly white color to a creamy brown, then gradually darkens. These larval remains can be drawn out into a brown thread or rope. As the larva dries, it becomes dark brown. The final state is a very dark brown scale that lies uniformly on the lower side of the cell and extends from just below the mouth of the cell down to the base. These scales adhere very tightly to the cell and can be removed only with great difficulty. (If death occurs at the pupal stage, the tongue of the pupa may protrude from the scale.) The overall appearance of a comb infected with American foulbrood disease is patchy because of the mixture of diseased and healthy brood cells and also because the remains vary from the ropy moist larvae in cells with dark sunken or perforated cappings to the dry scales lying in open cells whose cappings have been chewed away completely by the bees.

Transmission: The spores are fed to young larvae by the nurse bees. They then germinate in the gut of the larva and multiply rapidly, causing the larva to die soon after it has been sealed in its cell. By the time of death of the larva, the new spores have formed. When the house bees clean out the cell containing the dead larva, these spores are distributed throughout the hive and more and more larvae become infected. The honey in an infected colony can become contaminated with spores and can be a source of infection for any bee that gains access to it. For example, as a colony becomes weak, it cannot defend itself from attacks by robber bees from strong nearby colonies; these robbers take back the contaminated honey to their own colony, continuing the cycle of infection. The beekeeper also may inadvertently spread the disease by exposing contaminated honey to other bees or by the interchange of infected equipment. Moreover, drifting bees or swarms issuing from an infected colony may spread the disease.

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