SALMONELOSIS Or PARATIFOSIS

SALMONELOSIS Or PARATIFOSIS
Disease of youngsters that causes an early death without specific symptoms. The cured adult pigeon becomes into carriers and continue eliminating salmonellas, reason why it is preferable to eliminate them. When hatching they can transmit the disease through the pores of the rind of eggs
CAUSAL AGENT: Salmonella Typhimurium
TRANSMISSION: Oral: By the food or the drinking water.
Aerial: By inhalation of the dust.
Ovarian: Of the ovary to the egg.
SYMPTOMS:
4 forms
1 – Intestinal: diarrea with thick lees surrounded by snots, elements nondigested in dirty water of brown or green, and frothy color. Thickening of the sewer.
Thinning.
2 – Articulte: of the internal goes to the blood and from there to the joints of greater movement (elbow). Fallen wing
3 – Organic: it attacks all the devices pronouncing itself with a short breath and general weakening.
4 – Nervous: it attacks the brain and the spinal marrow producing:
- loss of balance
- paralysis
- tortícolis (similar to New Castle)
DIAGNOSE Serologic, wich means the antibodies of the blood of the infected animals.
TREATMENT: Antibiotics:
- Tetraciclinas
- Enrofloxacina
- Furazolidona
Minimum 15 days.
PROPHYLAXIS: Cleaning and disinfecting (at least weekly)
1 – 2 days of antibiotics every 15 days
Vitamins
IMPORTANT: It is a ZOONOSE (it can infect the man by a very close contact).

LIST OF DISEASES

LIST OF DISEASES

INFECTIOUS BACTERIAL(bacterium) SALMONELOSIS Or PARATIFOSIS
PASTEURELOSIS Or COLERA
CORIZA
ORNITOSIS
MICOPLASMOSIS
VIRÓSICAS
(vírus)
NEW CASTLE Or PARAMIXOVIRUS
ADENOVIRUS
HERPES VIRUS
DIFTERO – SMALLPOX
MICÓTICAS
(fungus)
ASPERGILOSIS
CADIDIASIS Or MUGUET
PARASITIC INTERNAL COCCIDIOSIS
ASCARIDIOSIS
CAPILARIOSIS
TENIASIS
PROTOZOARIOS PLASMODIOSIS Or MALARIA
HAEMOPROTEOSIS
TRICHOMONIASIS
EXTERNAL LICE
ACAROS
DIPTEROS (flies)
CARRAÇAS (aracnideos)

Administration of medicines

Administration of medicines
Injectable form: Subcutaneous (underneath the skin of the neck)
Oral form: 1. – By capsules or tablets (individual treatment)
2. – In the drink water: administer the right amount of water that is consumed per day according to the time of the year (winter or summer). The vitamins in the water from a day to another, will be inactivated.
3. – In the food: it is not recommended.
4. – Topics: with a small stick and cotton (Muguet case, trichomoniasis, smallpox, etc)
Doses: Insufficient dose:
It doesn’t produce the wished treatment and causes resistance or to be dependent.
Overdose:
It can cause very detrimental effects (case sulfas)
Measures:
1 coffee spoon = 1.5 – 2 grs.
1 teaspoon = 3,5 – 4 grs.
1 soupspoon = 8 – 10 grs.
1 soup spoonful = 15 grs.
20 drops = 1 millilitre = 1 cc
Important: Whenever antibiotics are administered (tetraciclinas, tilosina, eritromicina, etc), it is necessary to provide vitamins, electrolytes, amino acids and reconstituyentes of the intestinal flora. (Ex.: acid filofago, yoghurt)In the case of administering TETRACICLINAS (terramicina MR), suppress the GRIT during those days as the calcium salts precipitate the antibiotic and they inactivate it. Do not use interactive products simultaneously: they can produce interference, cooperation, antagonism or it can change the effect desired.
Prophylaxis or prevention Disinfection of the loft and all the facilities: at the present time IODINE POVIDONA is the antiseptic par excellence. It has bacterial, viricida and fungicida action. Apply it with spray whenever we clean the loft ( minimum once a week).
Dilution: 20 cc in 1 litre of water.

Training

Racing pigeons are housed together in a specially designed dovecote or loft. From about five weeks of age until the end of its racing career, the racing loft is the pigeon’s home and this is where it returns to on race day.

Selective breeding and rigorous training has led to birds such as this Australian winner.

Young pigeons are usually trained progressively for at least six months before being allowed to compete in a race event. A racing pigeon’s initial training involves familiarising it with the loft and its surroundings and training it to use the various features of its home (e.g. entry points). It is also this critical time that the birds learn commands, such as entering the loft when the trainer whistles.

After a few weeks of initial training and ‘homing in’, the young birds are allowed outside for the first time. This is usually before they can fly strongly so as to prevent an overzealous pigeon from flying away before it can find its way back home. As the birds grow older, they become stronger and smarter and are therefore allowed to fly further and further away from their home loft. When a few trainers fly their pigeons in the same area, these loft flying kits (as flocks of pigeons are called) can number in the thousands. This ‘loft flying’ familiarises the birds with their home area and builds fitness. It does not, however, help them much in relation to finding their home from long distances away, a fundamental of pigeon racing. As confident flyers, the young pigeons are taken on progressively longer ‘training tosses’, driven a distance away from their home and released. This is like the format of a real race, however on a much smaller scale and it is usually not timed in the same way as a race. This practice of loft flying and tossing continues throughout a pigeon’s career.
Training methods are as varied as the pigeons themselves. Some fanciers believe their system is the secret to their success and guard these hard learned lessons closely. Most fanciers will explain their basic strategy but some may be reluctant to share the details of their success. One of the most popular systems is widowhood. This system uses motivation to try to give the bird a sense of urgency on race day. The use of widowhood is usually begun by first allowing the racer to raise a baby in their nest box. After the baby is weaned the hen is removed and often the nestbox is closed off, from then on the only time these birds are allowed to see their mate or enter the nest box is upon returning from training or a race. This conditioning is one of the key elements in a lot of racing programs.

One-loft racing

One-Loft Racing is the process of training birds bred by many different breeders in the same loft, under the same trainer and in the same conditions (as opposed to trainer against trainer in their own lofts and usually with their own birds). It is thought to be the fairest method of proving which bloodline or breeder is best and usually provides the highest amount of prize money. Pigeons are recorded by electronic timing systems scanning the birds as they enter the home loft with winners decided by as little as 100th of a second. The birds are all taken to the same release point and they return to the same home loft, so therefore it is the fastest bird to complete the journey from A to B. One loft racing is now becoming very popular all around the world with fanciers able to compare their bloodlines on an equal basis against the many other pigeons.

Electronic timing method

The latest development and preferred method for timing racing pigeons is the Electronic Timing System. The bird’s arrival is recorded automatically. When using an electronic system, the pigeon fancier doesn’t even have to be at the loft to clock the birds as they return.[5] Birds are fitted with a band that has a tiny RFID chip in it which can be read when the bird comes home. At the home loft the electronic scanning records the pigeons arrival. The pad or antenna is placed at the entry point to the loft entrance and as the pigeon crosses it the electronic band is scanned. The clock is attached to the antennas. The serial number of the transponder ring is recorded along with the time of arrival. This is very similar to transponder timing systems used in human races.[6]

In February 2008 the members of the Penygraog Homing Society Racing Pigeon Club in Wales won an award to fund a new electronic timing device. The club was able to obtain the device thanks to funding from the All Wales award initiative. Club secretary John Williams said: “The electronic timer certainly makes it a lot easier for us”.[7]

Traditional timing method

The traditional method of timing racing pigeons involves rubber rings with unique serial numbers and a specially designed pigeon racing clock. The ring is attached around the bird’s leg before being sent to race. The serial number is recorded, the clock is set and sealed, and the bird carries the ring home. When the first bird returns, its trainer removes the ring and places it in a slot in the clock. The time that the ring was placed in the clock and is recorded as the official time that the competing bird arrived home. From this timestamp an average speed is measured and a winner of the race can be found.

Although serving its purpose, this method has proved somewhat problematic for a few reasons:

  1. The pigeon’s “official time” is not the actual time it arrived, it is the time the ring was removed, placed in the clock and recorded, which could be many vital seconds later.
  2. Exceptional pigeons may arrive home first on multiple occasions; knowing it is going to have the ring removed speedily, which may be uncomfortable, the pigeon could be reluctant to enter the loft for the trainer.

Racing

In short, competing birds are taken from their lofts and must race home. The time taken and distance are recorded and the fastest bird is declared the winner. Races are generally between 100 and 1000 km in distance. In the United States flights of up to 1800 kilometres have been recorded.[4]

Provided it survives the many hazards associated with racing, a single pigeon could compete from about 6 months of age and still be in competition at over ten years of age. Such feats are uncommon, however, and the average racing career rarely exceeds three years[citation needed].

To compete in a race, it must wear a permanent, unique numbered ring or band that is placed on its leg at about 5 days of age. For a race to be conducted, the competing pigeons must be entered into the race, usually at the organisation’s clubhouse, and taken away from their home to be released at a predetermined time and location. The distance between the bird’s home loft and the racepoint is carefully measured by GPS and the time taken by the bird to return is measured using one of the two acceptable timing methods. Sometimes as in some leagues there are 2 divisions. One for the young birds (usually yearlings in their first year of competition) and another for the old birds.