A chew toy is provided for dispensing medication to a user, comprising: a) an outer shell comprising an opening; and b) an inner compartment comprising a channel connecting the inner compartment to the opening; wherein the inner compartment comprises means for storing the medication and dispensing the medication through the channel and out of the opening when the user chews the chew toy. In some embodiments, the inner compartment comprises a syringe or a sac. In another embodiment, the inner compartment of the chew toy may comprise a channel that connects a first opening in the chew toy to a second opening connected to an external compartment comprising an external syringe, sac, or any other means for storing and dispensing the medication. Methods of using the chew toys to dispense medication to a user are also provided.

Apparatus and method for autonomously administering a pharmaceutical agent, such as an insecticide, to an animal. A tag assembly is attached to the animal at a suitable location such as through an outer ear thereof. The tag assembly includes a reservoir to retain the pharmaceutical agent. An actuator of the tag assembly is configured to open the reservoir responsive to a control signal from a control circuit. An application mechanism facilitates a transfer of the pharmaceutical agent to the animal in response to the actuator. In some cases, the control signal may be transmitted to the tag assembly from an external source via a wireless connection. In other cases, the control signal may be generated internally using a sensor of the tag assembly. The tag assembly may include multiple reservoirs so that applications of the agent can be carried out at different times and under different conditions as required.

Apparatus and method for autonomously administering a pharmaceutical agent, such as an insecticide, to an animal. A tag assembly is attached to the animal at a suitable location such as through an outer ear thereof. The tag assembly includes a reservoir to retain the pharmaceutical agent. An actuator of the tag assembly is configured to open the reservoir responsive to a control signal from a control circuit. An application mechanism facilitates a transfer of the pharmaceutical agent to the animal in response to the actuator. In some cases, the control signal may be transmitted to the tag assembly from an external source via a wireless connection. In other cases, the control signal may be generated internally using a sensor of the tag assembly. The tag assembly may include multiple reservoirs so that applications of the agent can be carried out at different times and under different conditions as required.

Module for operational control of the guided advance/withdrawal device of the needle added to the smart substance injection device on board equipment for inoculating substances inside a fertile egg and smart method for injection inside a fertile egg, wherein the “inoculation of substances” inside a fertile egg, be this into the embryo, in the case of vaccines, and even into the amniotic fluid, in the case of a nutrient or nutritional vaccine complex, allows the injection needle (11) to be brought close at a controlled speed.

Device (1) for spraying active material comprising a case (2) fixed on a support (3), said case (2) containing a liquid solution containing at least one active material in a tank (7), said solution being ejected through an ejection orifice (4), said tank (7) being equipped with an activatable diffusion mechanism (10), which communicates with an electronic circuit (10), powered by a battery (11), the activation of which triggers spraying, characterized in that the ejection orifice (4) is connected to a tubular duct with a length of between 5 and 70 cm provided with at least one outlet orifice (5′) for offsetting the ejection of said active material in the form of fine liquid particles.

Hoof care kits suitable for treating an animal's hoof are disclosed. Methods of making and using hoof care kits are also disclosed.

Hoof care kits suitable for treating an animal's hoof are disclosed. Methods of making and using hoof care kits are also disclosed.

A leech therapy device adapted to latch a medicinal leech to a predetermined wound site is provided. The leech therapy device includes a conduit extending between a first end to a second end; an inner diameter of the conduit dimensioned to receive a medicinal leech, the inner diameter being less than twice a girth of the medicinal leech; and a cutout provided in the conduit closer to the first end than the second end; the cutout extending over a surface area between 100 and 150 squared millimeters. Wherein a user places a medicinal leech into the inner diameter, wherein a head of the medicinal leech is adjacent to the cutout, and then the user selectively positions said leech therapy device so that the cutout substantially circumscribed the wound site so that the medicinal leech can engage the wound site.

A rigid hollow tubular adapter releasably attached at a longitudinal nozzle end to a flexible tube during equine nasogastric intubation comprising an annular sleeve having a stationary tubular member and a slidable tubular member. The slidable tubular member is delimited at its ends by the stationary tubular member and a detent member disposed between an equine reflux drainage hole and a longitudinal mouthpiece end. Operator's puffs of airflow through a mouthpiece urges the slidable member to slide toward the detent member closing the equine drainage hole to enable passage of medication into the equine stomach. Equine reflux urges the slidable tubular member to slide toward the stationary tubular member opening the reflux drainage hole to divert equine backflow downwardly through the equine backflow drainage hole preventing passage of equine reflux into the operator's mouth.

A rigid hollow tubular adapter releasably attached at a longitudinal nozzle end to a flexible tube during equine nasogastric intubation comprising an annular sleeve having a stationary tubular member and a slidable tubular member. The slidable tubular member is delimited at its ends by the stationary tubular member and a detent member disposed between an equine reflux drainage hole and a longitudinal mouthpiece end. Operator's puffs of airflow through a mouthpiece urges the slidable member to slide toward the detent member closing the equine drainage hole to enable passage of medication into the equine stomach. Equine reflux urges the slidable tubular member to slide toward the stationary tubular member opening the reflux drainage hole to divert equine backflow downwardly through the equine backflow drainage hole preventing passage of equine reflux into the operator's mouth.