I. Vaccine to prevent reproductive disorders in pigs

Porcine reproductive disorders include porcine parvovirus, porcine Japanese encephalitis, pseudorabies, porcine reproductive and respiratory syndrome, porcine circovirus disease, and swine fever.

Second, drug induced sows estrus, ovulation

Take reasonable nutritional levels so that the sow is in a good state of planting, enough to ensure that the sow normal estrus, ovulation basis. However, estrus and ovulation in sows are a complex physiological process. Restricted by many factors in the receptor, especially the restriction of hormones in the body. Under normal circumstances, the sows can be estrus after 3-7 days after weaning. For sows that are still estrus after seven days after weaning, drug aphrodisiac and ovulation can be used. Commonly used drugs are triad hormones, each containing 25 mg of testosterone in acetone, 125 mg of progesterone, and 15 mg of estradiol benzoate. An intramuscular injection of 2 ml was performed. Generally, the estrus was bred within 5 days after the injection. Gilts with indistinct estrus symptoms can be stimulated by intramuscular injection of gonadotropins, with good results.

In order to increase the fertility rate and the number of litters of sows, ovulation can be promoted by promoting row 2 (LRH-A2) and promoting row 3 (LRH-A3). The method of use is to inject intramuscularly 12 hours before sow mating to mating, and it is effective for increasing the conception rate and litter size of sows.

III. Chlorprostinol-induced delivery

Under normal circumstances, sows are mostly at night, especially during the night. The sow is giving birth at night, and the midwifery operation is very inconvenient. Especially during the winter or early spring season, the cold weather makes it difficult for the sow to pick up the product and care for the piglet. Therefore, people want to concentrate the sows during the day. The method consists of intramuscular injection of 2 ml of cloprostinol injection (containing 2 mg of cloprostenol) intramuscularly 1 to 2 days prior to sow labor. Most sows are delivered within 20 to 30 hours after injection. The duration of delivery can be shortened and there are no side effects on sows and piglets.

Fourth, postpartum prevention of puerperal diseases

Sow postpartum vaginitis, metritis, mastitis and other peripartum disease incidence is high. After the onset of lightness, the appetite, lactation, and growth of piglets were affected by sows. In severe cases, all piglets and sows died. In addition to doing a good job in the prevention of pens and pig body clean work, after the sow gave birth to a childbirth, according to the weight of muscle injection of 3.2 million -4.8 million units of penicillin, streptomycin 3-4 g, compound amino 10-20 ml of Pillin injection. After the injection, if individual sows are found to have white vaginal discharge, breast fever, and inedible symptoms, they may be injected once every 12 hours.

V. Bacterial seedlings prevent diarrhea in piglets

The incidence of diarrhea in piglets is very high. It not only affects the weight gain of piglets, but also causes death in severe cases. There are three types of chins, yellow peony, white peony and red peony. In order to prevent the occurrence of diarrhea in piglets, pregnant sows are vaccinated prenatally with piglet Escherichia coli triple-inactivated bacterin or porcine Escherichia coli double-inactivated bacterin, with vertical transfer

Photobiomodulation Helmet

infrared red light helmet 810nm Photobiomodulation benefits and photobiomodulation therapy near me

Photobiomodulation (PBM) describes the use of red or near-infrared light to stimulate, heal, regenerate, and protect tissue that has either been injured, is degenerating, or else is at risk of dying. One of the organ systems of the human body that is most necessary to life, and whose optimum functioning is most worried about by humankind in general, is the brain.

Photobiomodulation
In biological systems, there are various instances of light-induced photochemical reactions. Light interacts with photosensitive cells in our retinas called photoreceptors to give us vision. A photochemical reaction happens when light is absorbed by these cells, transforming light energy into electrical impulses that are delivered to the brain's visual processing areas. Another photochemical event is the creation of vitamin D in our skin. When the ultraviolet B (UVB) wavelength of sunlight contacts our skin, it transforms 7-dehydrocholesterol, a naturally occurring type of cholesterol, to vitamin D3. The harmful consequences of a lack of light on the human body are widely documented. Seasonal affective disorder (SAD) and vitamin D deficiency, which causes rickets, are two instances.

Photobiomodulation (PBM) is the word for the mechanistic/scientific foundation of this photonic speciality, while photobiomodulation treatment (PBMT) is the term for its therapeutic application. The initial version of PBMT was created in the 1960s. The early years of this nascent photonic application were marred by a slew of issues, including a lack of consistency in nomenclature. Biostimulation, Cold/Cool Laser, Low Level Laser Therapy, Soft Laser, and Low Power Laser Therapy were among the terminology introduced. PBM and PBMT are currently the terminology of choice, according to recent agreement in the profession.

PBMT was added to the National Library of Medicine MeSH database in 2015 as an entry term to the existing record of laser treatment, low-level, owing to Dr. Praveen Arany's work. In conclusion, PBM and PBMT are precise and explicit terminology for this crucial and effective therapeutic use of light.

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