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Thirteen Questions on Disease Prevention and Control in Raccoon Dogs: A Q&A on Disease Prevention and Control Knowledge for Raccoon Dog Farming
1. What causes large numbers of raccoon dogs to have diarrhea? How can it be prevented and treated? Answer: When diarrhea occurs in a large number of raccoon dogs in a breeding group, the first thing to consider is the feed: Has the feed become moldy or spoiled? Has the animal feed spoiled? Have the grain feeds been stored too long? Is the salt content too high? Has the grain feed been insufficiently cooked or processed? All of the above situations can cause diarrhea in large numbers of raccoon dogs. Prevention and treatment require addressing the above problems, and at the same time feeding gentamicin, norfloxacin, chloramphenicol, oxytetracycline, sulfonamides and other drugs all have a certain therapeutic
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Detailed introduction to the prevention and treatment methods for abscess disease in snakes
Abscess disease in snakes is caused by infection of wounds on the snake's body. After a snake develops abscess disease, the wound site swells and even ulcerates. When the abscess and ulceration expand to a certain degree, or when the abscess or ulceration prevents the snake from shedding its skin, it can also cause the death of the snake. Abscess disease in snakes is often caused by wounds on the snake's body, such as wounds resulting from snakes biting and fighting each other; injuries and abrasions caused by snake cages and the like during the transportation of snakes; wounds that may be caused when removing snake mites from the snake's body, and so on. If these wounds are not treated in time,
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How to prevent bee diseases in spring beekeeping? A detailed explanation of comprehensive measures
In beekeeping practice, it has been found that the occurrence of bee diseases is directly related to feeding and management techniques. Especially in northern China, where the temperature difference between early and late spring is large and nectar and pollen sources are scarce, bee colonies are most prone to bee diseases. Once a disease breaks out, it will inevitably cause losses and affect colony multiplication and economic returns. Therefore, in spring, the measure of "prevention first, treatment supplementary" should be used to control the occurrence of bee diseases. The specific measures are as follows: 1. Selection and treatment of the bee site. The most basic conditions for beekeepers when choosing a site should be shelter from the wind, facing the sun, and dry terrain. In spring, choose
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What are the common diseases of peppers in early spring? This article summarizes them for you
Recently, continuous cloudy, snowy and cooling weather has seriously affected the normal growth of chili peppers and sweet peppers. According to what the author learned on March 5 in pepper growing areas such as Jitai Town, Sunjiaji Subdistrict Office and Gucheng Yangjia Village in Shouguang City, chili peppers and sweet peppers currently in the fruiting stage are commonly infected due to the unfavorable weather, mainly with gray mold and sclerotinia disease --- brown water-soaked lesions appear at the top or stem end of young fruits, then become sunken and rot, and a gray mold layer appears on the surface of the lesions; sclerotinia disease spreads from the fruit stalk to the whole fruit, showing water-soaked rot, light grayish brown,
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Preventing and controlling winter pepper diseases starts at the seedling stage
Pepper is one of the major winter vegetables in Guangdong. In recent years, seedling death in peppers grown in winter or early spring in protected and open-field cultivation has become increasingly serious, severely affecting the economic returns of farmers growing peppers. Investigations have found that pepper seedling death is generally caused by Fusarium wilt, Phytophthora blight, sclerotinia rot, bacterial wilt and other diseases. According to many years of investigation and research, in addition to factors such as continuous cropping and climate, pepper seedling death is also closely related to seedlings already carrying pathogens before transplanting to the field. If seedlings carry pathogens, the disease is more severe; if they do not carry pathogens, the disease is milder even under continuous cropping
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Control recommendations for the fourth generation of white-backed planthopper in rice issued, please carry out timely prevention and control
For the pesticide, use 40% chlorpyrifos (Xinnongbao, Saiben) 100 ml/mu plus 25% buprofezin (Puhsiling) 50 g/mu plus 5% jinggangmycin 200 ml/mu (or 30% Aimiao 15 ml/mu), mix with 30 kg of water for fine spraying.
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Disease Outbreaks and Emergency Treatment After Introducing Inferior Quality Rice Field Eels into Eel Ponds or Net Cages
(1) Disease outbreak situation: After inferior quality rice field eels are introduced into eel cages or eel ponds, they generally develop disease within 2 to 7 days, and mass mortality occurs around 12 days. When disease breaks out, a method combining Chinese herbal medicine and chemical fishery drugs should be used for treatment to control the infection. (2) Emergency handling: ① Search for and remove floating-head eels, exposed-body eels, and dead eels 2 to 3 times during the daytime each day; ② Change the water once every morning and thoroughly inspect for and remove dead eels; ③ At night each day, use electric light for illumination and search for and remove diseased eels from aquatic plants 1 to 2 times.
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Detailed Explanation of Key Technical Points for Disease Prevention and Control in Soft-Shelled Turtles
In zoological classification, the soft-shelled turtle belongs to the phylum Vertebrata, class Reptilia, order Testudines, family Trionychidae, genus Pelodiscus. It has strong adaptability to the external environment and great vitality, and is distributed across temperate and subtropical regions worldwide, as well as commonly found throughout China. The soft-shelled turtle is an amphibian that breathes with its lungs, mainly living in water, occasionally coming ashore to rest, or swimming to the water's surface with its head extended above the water to breathe. The ecological habits of the soft-shelled turtle are characterized by three likes and three fears. First, it likes quiet and fears disturbance; second, it likes sunlight and fears wind; third, it likes cleanliness and fears dirt. The soft-shelled turtle is naturally timid,
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Case Analysis of Fish Disease Outbreak Prevention and Control in a Small Reservoir
In early October 2005, an outbreak of hemorrhagic disease occurred in the fish farmed in Tuonan Reservoir in our town. Through our active treatment, the disease was basically brought under control. The prevention and control situation is summarized as follows: 1. Basic information. Under normal conditions, Tuonan Reservoir has a water area of 100 mu, and 150 mu during the high-water period, with an average water depth of 3 m and a maximum depth of 6 m. Artificial aquaculture in this reservoir began in the early 1990s, mainly with conventional fish species, with supplementary stocking of freshwater shrimp, yellow catfish, and others. The reservoir water is clear and has no history of epidemic disease.
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Detailed Introduction to Immunization Methods for Various Pig Diseases
I. Immunization Methods for Rotavirus Infection 1. Attenuated vaccine. A porcine-derived attenuated strain, developed in China, attenuated through cell passaging; the diarrhea incidence rate of piglets born to immunized sows can be reduced by more than 60 percent. 2. Inactivated vaccine. Developed in China, this vaccine provides a protection rate of more than 90 percent in immunized piglets. II. Immunization Methods for Swine Vesicular Disease Developed in China, including attenuated live vaccines and inactivated vaccines. In recent years, inactivated vaccines have been mainly promoted and applied. 1. Attenuated live vaccine. Mouse-attenuated swine vesicular disease vaccine
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