DEFUNGAL
- Supports the herd during fungal infections
- Helps reduce the severity of symptoms of fungal infections
- Supports the herd during unfavorable zoohygienic conditions favoring mycosis
- Can also be used in the form of spraying
Product type: liquid
Available capacity: 1L, 2L, 5L
How does DEFUNGAL work?
DEFUNGAL PREMIX is a product designed to support poultry during fungal infections (mycosis). It contains active natural substances like Tea tree oil, Scots pine oil, and Cinnamaldehyde, which are effective in treating and preventing fungal infections. The product is used both as a preventive measure and during active infections. For instance, it is recommended for chicks when poor quality bedding or a history of fungal infections is present. For poultry over seven days of age, it helps prevent mycosis, especially after antibiotic treatments or under unfavorable environmental conditions. Defungal Premix can be administered through drinking water or as a spray, and using both methods is advised for increased effectiveness. During numerous observed farm cases, Defungal Premix has shown success in reducing bird mortality rates and improving flock health during fungal outbreaks, without adversely affecting production performance.
Recommended support during:
- fungal infections
- unfavorable zoohygienic conditions and poor quality litter
Expected results
- Helps reduce the severity of fungal infections
How to dose DEFUNGAL?
| How to dose DEFUNGAL? |
|---|
| Standard: 200 ml/1000 l of drinking water, in ½ of the daily water drunk, 5 days In the form of spraying: 200 ml/10 l of water/1000 m3/5 days, We always spray after bedding In case of very severe symptoms and the risk of fungal superinfection: we recommend using both methods of administration (standard in feed + in the form of spraying). |
DEFUNGAL we recommend use with the following products:
| Support during | Supportive product | Why provide a supporting product? | How to dose the supporting product together with Defungal? |
|---|---|---|---|
| Fungal infections | MINTAMIX | To support the regeneration of the mucous membranes of the respiratory system and comfort of breathing during the period of mycosis | 200 ml/1000 l of drinking water, in ½ of the daily water drunk, 3-5 days To enhance the effect, we recommend simultaneous spraying of 200 ml/10 l of water/1000 m3, 5 days, always spray after bedding |
| ENTEROCID GROWER | To support the balance of the digestive microflora of chicks during periods of increased risk of mycosis | 200 g/1000 l of drinking water, in the second ½ of the daily water drunk, 3-5 days | |
| Unfavorable zoohygienic conditions, use of poor quality litter | MINTAMIX | To support the regeneration of the mucous membranes of the respiratory system and breathing comfort | 200 ml/1000 l of drinking water, in ½ of the daily water drunk, 3-5 days To enhance the effect, we recommend simultaneous spraying of 200 ml/10 l of water/1000 m3, 5 days, always spray after bedding |
MINTAMIX
Clinical Case No. 1
I. Herd
Broiler chickens ROSS 308 line, 27 days of bird life
II. Clinical symptoms
On the 27th day of the birds’ life, slight diversification of the flock, apathy and an increase in bird mortality to 300 birds per day were observed. These symptoms occurred suddenly without any previous signs and were not accompanied by any additional characteristic symptoms.
III. Anatomopathological examination
Anatomopathological examination revealed numerous fungal nodules in the lungs (Fig. 1 and 2).
Fig.1 Fungal nodules in the lungs
Fig.2 Fungal nodules in the lungs
IV. Diagnosis
Mycosis
V. Recommendations
With drinking water:
Defungal Premix 200 ml/1000 l of drinking water, continuous administration, 5 days
Mintamix 200 ml/1000 l of drinking water, continuous administration, 5 days
In spraying:
Defungal Premix 200 ml/10 l of warm water/2 times a day/5 days
Mintamix 200 ml/10 l of warm water/2 times a day/5 days
VI. Effects
After treatment, a decrease in daily mortality and culling of the flock to 30 birds was observed (Chart 1) and the birds returned to physiological activity. No fungal lesions in the lungs were observed in the postmortem examination of the dead birds. There was no adverse effect of the fungal infection on the herd’s performance; at the end of the production cycle, the herd achieved a satisfactory result (EWW 390). No recurrence of infection was observed until the end of the production cycle.
Chart 1. Daily mortality of birds before and after therapy.
Clinical Case No. 2
I. Herd
Indor BIG 6, 2500 head, 5 objects on the farm, 17th week of birds’ life
II. Clinical symptoms
In the 17th week of the birds’ life, in one of the henhouse on the farm, slight flock differentiation, reduced bird activity and an increase in mortality to 20 birds per day were observed.
There were no characteristic clinical symptoms; TRT had occurred on the farm a few weeks earlier.
III. Anatomopathological examination
Anatomopathological examination revealed:
- single lesions on the air sacs in the form of small, white clusters – fungal nodules (Fig. 1)
- single fungal nodules in the lungs (Fig. 2 and 3)
Fig. 1 Fungal nodules on air sacs
Fig. 2 Fungal nodules in the lungs
Fig. 3 Fungal nodules in the lungs
IV. Diagnosis
Mycosis
V. Recommendations
In a poultry house affected by the infection, spray:
Defungal Premix 200 ml/10 l of warm water/2 times a day/5 days
VI. Effects
After treatment, there was a decrease in the daily mortality of the flock to 10 birds (Chart 2) and a clear improvement in the behavior of the flock, i.e. a return to physiological activity. In the postmortem examination of dead birds, no fungal lesions were observed in the lungs and air sacs. No recurrence of infection was observed until the end of the production cycle.
Chart 2. Daily mortality of birds before and after therapy.
Manufactured using ALL – IN technology
All-In Technology is a patented technology for obtaining and standardizing herbal preparations. Each production stage is subject to strict control, from the selection of raw materials, through extraction, to the creation of the finished product.
Key features of patented all-in technology:
High product activity throughout its shelf life
Constant product activity along the entire length of the drinking line
Constant level of active ingredients
Less susceptibility to external factors
Low dosage, high efficiency
Elimination of inactive substances
Composition in 1L/1kg
FEED MATERIALS:
Propylene glycol (13.11.1)
FEED ADDITIVES:
Sensory additives: Flavoring substances: Elecampane extract (CoE240)g, Yellow gentian extract (CoE214), Tea tree oil (CoE275), Scots pine oil (CoE340), Cinnamaldehyde,
Dietary additives: Trace elements: Iodine (potassium iodide) (3b201) – 23,000 mg, Vitamins: Vitamin A (3a672b) 1,350,000 IU;
Technological additives: Emulsifiers: Polyoxyethylene castor oil (E484) – 200,000mg
