[Bump Of Chicken Live Rar
Laurice Whack
BUMP OF CHICKENInformationOriginSakura, Chiba, JapanYears1994-presentLabelTOY'S FACTORYLinksWebsitewww.bumpofchicken.comSocial Media BUMP OF CHICKEN is a band formed by four childhood friends, Fujiwara Motoo, Masukawa Hiroaki, Naoi Yoshifumi, and Masu Hideo, for the school festival in the third year of junior high school. They actively performing live mainly in their hometown of Chiba and Shimokitazawa. They released their first album FLAME VEIN in 1999 and their second album THE LIVING DEAD in 2000. This attracted a lot of attention, and in September of the same year, they made their major debut with the single "Diamond".
Their single in 2001 "Tentai Kansoku" was a big hit. In 2014, they released their seventh studio album RAY, collaborated with Hatsune Miku, and performed at the Tokyo Dome for the first time. At the end of 2015, they participated in the NHK Kouhaku Uta Gassen for the first time. In February 2016, they released the album Butterflies and held a special live to commemorate the 20th anniversary of their formation at Makuhari Messe in their hometown of Chiba.
Four members including Fujiwara, Naoi, and Masu formed a band for the school festival in the third year of junior high school. Because the Beatles cover was more popular than expected, the members added guitarist Masukawa at the end of their high school entrance exams, and continued the band even after going to different schools.
Marek's Disease is by far one of the most common illnesses in small flocks and not treatable once the clinical signs have begun. Yet, it is one of the most preventable illnesses out there. There has been much discussion and misinformation about Marek's Disease. So here are some clarifications concerning this disease.
Marek's Disease affects chickens and is caused by a chicken herpes virus. It will not make people sick. Like many herpes viruses, once an animal becomes infected, it will be infected for life. Not all infected birds, however, will get sick. The percentage of clinically sick birds in a flock depends on the strain of virus (some virus strains are more virulent than others) and the breed of bird. Leghorns and light egg-type breeds tend to be more vulnerable to disease than meat type breeds. Silkies in particular, are highly susceptible to Marek's Disease. The percentage of illness and death in a flock can be anywhere from 1% to up to 50%. The clinical disease is typically seen between 6 weeks to 30 weeks of age. But Marek's Disease can develop in older birds as well.
Birds become infected with Marek's Disease by inhaling virus-laden dander. While the virus is easily killed in its purified form, the virus can live for years in the dander. This means that once the disease enters a coop, the environment will most likely be contaminated for a very long time (months to years) even if all birds are gone.
Since infected birds are shedding virus, they will spread the disease as long as they are alive. If new, unvaccinated birds are brought into an infected flock, they will also become infected. This is especially true of young chicks that are highly susceptible. Even if new birds are quarantined away from the affected flock, caretakers can carry the virus-laden dander on hands, clothing, shoes, hair, and skin and spread the illness. One way that Marek's Disease is not acquired is through the hatching egg. Even if the breeders are infected, the chicks will hatch clean if they do not come into contact with the dander.
The symptoms of Marek's Disease depend on which tissues are attacked. In the classic form, Marek's Disease will cause inflammation and tumors in the nerves, spinal column, and brain. In this form, birds will become paralyzed in the legs, or wings or may develop head tremors.
So how can you prevent Marek's Disease in your flock? Vaccination of day old baby chicks is the most dependable way to prevent the clinical disease. Birds must get the vaccine before they are exposed to the virus. Then the birds need about 4-7 days for the vaccine to do its work. That means complete isolation of the chicks for at least this time. The chicks should be kept away from other birds and have a separate caretaker for them. If a separate caretaker is not possible, the chicks should be cared for first before caring for the others. Caretakers should shower and change clothes if needed to go back and forth between age groups. Again, this is for at least 4 days.
The best way to vaccinate the chicks is to have the hatchery vaccinate them. This is the preferable method if purchasing from a hatchery. If vaccinating at home, the vaccine handling must be done exactly as the label directs. This means following instructions on how quick to thaw, what temperature to thaw, and using the vaccine no longer than 1-2 hours after reconstitution (as indicated on the label.). As hardy as this virus is in the feather dander, it is a live virus that dies rather quickly in vaccine form. Unfortunately, once the vaccine is reconstituted, it must be thrown out after two hours. It cannot be stored for later use as the vaccine is no longer effective. The vaccine must be injected (usually under the skin) to work. This can be tricky with tiny chicks, so having someone hold the chicks and another to inject is helpful. Other steps to get the best vaccine protection is to be sure the brooder is clean and disinfected before placing the chicks. Again, keep all dander and debris from the older birds away from the chicks for at least a week.
Unfortunately, there are only a few companies and veterinary supply outlets selling single vials of Marek's vaccine to small flock owners. The individual vials contain 1,000 to 5,000 doses of vaccine. This vaccine arrives refrigerated with cold packs as it must never be allowed to warm up while in storage. If it arrives warm, it is no longer effective, and the seller should be called to get replacement product. The vaccine must be refrigerated until it will be used.
There are many common and important diseases which can affect the respiratory system (air passages, lungs, air sacs) of poultry (see Table 1). Poultry refers to birds that people keep for their use and generally includes the chicken, turkey, duck, goose, quail, pheasant, pigeon, guinea fowl, pea fowl, ostrich, emu, and rhea. Due to modern systems of management, usually with high poultry densities, these diseases are able to readily spread.
Clinical signs: There are two forms of fowl pox. The dry form is characterized by raised, wart-like lesions on unfeathered areas (head, legs, vent, etc.). The lesions heal in about 2 weeks. If the scab is removed before healing is complete, the surface beneath is raw and bleeding. Unthriftiness and retarded growth are typical symptoms of fowl pox. In laying hens, infection results in a transient decline in egg production (see Table 1).
In the wet form there are canker-like lesions in the mouth, pharynx, larynx, and trachea. The wet form may cause respiratory distress by obstructing the upper air passages. Chickens may be affected with either or both forms of fowl pox at one time.
Transmission: Fowl pox is transmitted by direct contact between infected and susceptible birds or by mosquitos. Virus-containing scabs also can be sloughed from affected birds and serve as a source of infection. The virus can enter the blood stream through the eye, skin wounds, or respiratory tract. Mosquitos become infected from feeding on birds with fowl pox in their blood stream. There is some evidence that the mosquito remains infective for life. Mosquitos are the primary reservoir and spreaders of fowl pox on poultry ranges. Several species of mosquito can transmit fowl pox. Often mosquitos winter-over in poultry houses so, outbreaks can occur during winter and early spring.
Treatment: No treatment is available. However, fowl pox is relatively slow-spreading. Thus, it is possible to vaccinate to stop an outbreak. The wing-web vaccination method is used for chickens and the thigh-stick method for turkeys older than 8 weeks.
Prevention: Fowl pox outbreaks in poultry confined to houses can be controlled by spraying to kill mosquitos. However, if fowl pox is endemic in the area, vaccination is recommended. Do not vaccinate unless the disease becomes a problem on a farm or in the area. Refer to the publication PS-36 (Vaccination of Small Poultry Flocks) for more information on fowl pox vaccinations.
The highly contagious and lethal form of Newcastle disease is known as viscerotropic (attacks the internal organs) velogenic Newcastle disease, VVND, exotic Newcastle disease, or Asiatic Newcastle disease. VVND is not present in the United States poultry industry at this time.
Transmission: The Newcastle virus can be transmitted short distances by the airborne route or introduced on contaminated shoes, caretakers, feed deliverers, visitors, tires, dirty equipment, feed sacks, crates, and wild birds. Newcastle virus can be passed in the egg, but Newcastle-infected embryos die before hatching. In live birds, the virus is shed in body fluids, secretions, excreta, and breath.
Prevention: Prevention programs should include vaccination (see publication PS-36, Vaccination of Small Poultry Flocks), good sanitation, and implementation of a comprehensive biosecurity program.
Clinical signs: The severity of infectious bronchitis infection is influenced by the age and immune status of the flock, by environmental conditions, and by the presence of other diseases. Feed and water consumption declines. Affected chickens will be chirping, with a watery discharge from the eyes and nostrils, and labored breathing with some gasping in young chickens. Breathing noises are more noticeable at night while the birds rest. Egg production drops dramatically. Production will recover in 5 or 6 weeks, but at a lower rate. The infectious bronchitis virus infects many tissues of the body, including the reproductive tract (see Table 1). Eggshells become rough and the egg white becomes watery. (See publication PS-24, Egg Quality, for other causes of poor egg quality.)
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