First, grasping and breeding fine varieties. In the breeding of foxes, the following two points should be used as “reference objects†for quality breeding:
1. Choose a small blue fox or colorful fox that is small in size, fast growing, good in cortex, strong in disease resistance, and capable of carrying a variety of colors on the fur to meet the needs of the market for fox skin suits.
2. Select the large size, high reproduction rate, good breeding, bright color, and fine wool varieties to adapt to the changing market. The selected species of foxes will be selected once a year. They will choose to keep good breeds, leave no pro-species, eliminate inferior species, and ensure the purity and quality of foxes.
Second, catch timely breeding. The breeding period of the fox is only once a year, and the time is relatively strong, and when it is wrong, it will be empty. At ordinary times, we must observe carefully, grasp the characteristics of the periodical changes of male and female foxes, strictly control the fox's estrus time, and timely and accurately give mother foxes good breeds, and properly formulate the plan according to the fox's individual mating ability and characteristics. At the right time, the fox environment must be quiet, and the fox must be fed with nutritious animal feed to ensure that the fox has a healthy body condition and good semen quality.
Third, grasping reasonable feeding. Based on the biological characteristics of foxes such as seasonal breeding and molting, it can be divided into 8 different breeding periods, such as breeding period and gestation period, and the feeding and management are different in different periods. For example, during the pregnancy period of the female fox, the diet should be provided with complete nutrition, fresh food, good palatability, and appropriate amount of feed. Silver foxes have 550 kcal to 600 kcal dietary feed during the first trimester of pregnancy, and animal feeds account for 65% to 70%; post-gestation dietary calories range from 700 kcal to 750 kcal, animal feeds account for 70% to 75%, and rations Only 600 grams to 700 grams per day. Arctic foxes range from 700 kcal to 850 kcal, and animal feeds comprise 70% to 75%, and oral doses range from 700 grams to 800 grams. Improper feeding can result in fetal absorption and unexpected fetuses such as stillbirth, rotten birth, and miscarriage.
Fourth, grasp the epidemic prevention and sterilization. Dog fever, viral enteritis, and viral encephalitis are the three major infectious diseases that affect the normal growth of the fox. There are also common diseases such as gastroenteritis, colds, and pneumonia. In response to these issues, we must adopt a policy that focuses on prevention, prevention and control, and prevention. Strengthen the veterinary health and epidemic prevention system, cut off the introduction of external pathogens; strictly check the quality of the feed, put the disease into the customs from the mouth, pay close attention to the health status of the herd, promptly discover the diseased beast, diagnose it in time, and conduct regular vaccination. At the same time, we must pay attention to doing a good job in the cleanliness of the fox house and regular disinfection.
Intravenous simply means "within vein" (or "inside the vein"). Therapies administered intravenously are often included in the designation of specialty drugs. Intravenous infusions are commonly referred to as drips because many systems of administration employ a drip chamber, which prevents air from entering the blood stream (air embolism), and allows an estimation of flow rate.
Intravenous therapy may be used to correct electrolyte imbalances, to deliver medications, for blood transfusion or as fluid replacement to correct, for example, dehydration. Intravenous therapy can also be used for chemotherapy.
Compared with other routes of administration, the intravenous route is the fastest way to deliver fluids and medications throughout the body. The bioavailability of the medication is 100% in IV therapy.
Intravenous infusions are fluid solutions administered through a vein. There are numerous different types of solutions available, but they can be broken down into simple categories depending on the function they serve. Some replace lost fluids, and others provide nutrients, replace lost blood, and deliver medications.
One of the most common uses for intravenous infusions is to replenish fluids lost through dehydration. These infusions often contain normal saline solution, a combination of sterile water and sodium chloride. This solution is known as an isotonic crystalloid, or a solution that contains the same amount of electrolytes as plasma in the body. It is used in cases of moderate to severe dehydration, such as that caused by vomiting or diarrhea, when replacing the fluids quickly is vital.
When a patient`s gastrointestinal tract is compromised and nutrients cannot be absorbed - or eating can worsen the condition - intravenous infusions called total parenteral nutrition may be given. These solutions contain a mix of sterile water, electrolytes, sugar, proteins, fats, and other nutrients, depending on the needs of the patient. Diseases and disorders that commonly require total parenteral nutrition include late stages of Crohn`s disease, obstructive bowel disorder, and ulcerative colitis.
Intravenous infusions are also used to deliver medication directly to the blood stream. Certain medications, such as intravenous immunoglobulin, a type of antibody, can only be given through the vein. Other medications, such as certain narcotic pain relievers, are given intravenously because the method allows them to they work faster than when taken orally. Chemotherapy for treatment of cancer is also typically given intravenously.
When performed by a medical professional, intravenous infusions are typically safe. The most common reaction is mild pain and redness at the site of the injection, although different medications may cause different side effects. Any time the skin is punctured, there is a risk of infection. Having a medical professional, typically a nurse, monitor the Intravenous Infusion and change the injection site when irritation is evident can help prevent complications.
IV Infusion
IV Infusion, Glucose IV Infusion,Intravenous Infusion
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