SpayVac®is not yet approved for use.
Our mission is to create humane fertility-control developing contraceptive vaccines for animal populations.
Currently not approved
Our mission is to create humane fertility-control developing contraceptive vaccines for animal populations.
Currently not approved
Stage 1 of the company's development strategy is fertility-control vaccines for feral and wild animals. This is the most efficient segment in which to get data on dosimetry, safety and efficacy to establish proof of concept and optimize product performance. Overabundant populations can destroy native animals and plants, spread diseases
Stage 1 of the company's development strategy is fertility-control vaccines for feral and wild animals. This is the most efficient segment in which to get data on dosimetry, safety and efficacy to establish proof of concept and optimize product performance. Overabundant populations can destroy native animals and plants, spread diseases to humans and farm animals, and destroy agriculture and property when their populations exceed their envirnoments. SpayVac vaccines solve that problem.
Stage 2 of the company's development strategy is to use the safety, dosing, and efficacy data from the work in wildlife to move into pivotal trials in the agricultural space. Fertility control is currently used in livestock management in many parts of the world. Our initial goal is to offer an alternative to surgery in places where it i
Stage 2 of the company's development strategy is to use the safety, dosing, and efficacy data from the work in wildlife to move into pivotal trials in the agricultural space. Fertility control is currently used in livestock management in many parts of the world. Our initial goal is to offer an alternative to surgery in places where it is used as the primary method of fertility control. Aquaculture is another area where there is a need for fertility control. Farm-raised fish pose a risk to native populations should they escape and reproduce with wild-type fish.
Stage 3 of our development strategy is to focus on companion animals. The primary fertility control method used around the world for cats and dogs is surgery. There are parts of the world where surgery may not be used at all or there are low rates of surgery. As part of our Stage-1 development , we will begin development of fertility
Stage 3 of our development strategy is to focus on companion animals. The primary fertility control method used around the world for cats and dogs is surgery. There are parts of the world where surgery may not be used at all or there are low rates of surgery. As part of our Stage-1 development , we will begin development of fertility-control vaccine for the one-billion feral cats and feral dogs around the world. From the dosing, safety and efficacy data we gather in feral dogs and cats, we will transition to companion animals and run pivotal trials.
Many species of feral and wild animals are overabundant in their environments. Our goal is to reduce the need for killing, surgery, poisoning and relocation to control these populations. Immunocontraceptive vaccines are humane and proven effective. Between feral horses and burros there are an estimated 10M animals around the world. Urban Deer populations are exploding in North America, Europe and Australia. Macaques, an adaptable monkey, are problematic in pockets on every continent. There is strong interest in controlling populations of antelope, kangaroos, and feral pigs.
Fertility control is applied to livestock. There are approximately 70M head of beef cattle and one-billion sheep around the world. In many areas the males and females are difficult to separate so surgery is used to control reproduction. This causes set back in weight gain and
Fertility control is applied to wild animals, agricultural production animals, and companion animals in various forms. We are developing contraceptive vaccines. They have potential advantages over surgery, relocation, extermination, or continuously administered birth control.