71 results about "Animal Tarsus" patented technology

A surgical simulation device includes a support structure and animal tissue carried in a tray. A simulated human skeleton is carried by the support structure above the animal tissue and includes simulated human skin. A camera images the animal tissue and an image processor receives images of markers positioned on the ribs and animal tissue and forms a three-dimensional wireframe image. An operating table is adjacent a local robotic surgery station as part of a robotic surgery station and includes at least one patient support configured to support the patient during robotic surgery. At least one patient force/torque sensor is coupled to the at least one patient support and configured to sense at least one of force and torque experienced by the patient during robotic surgery.

Disclosed are methods of treating cancer, inflammatory conditions, and/or infectious disease in an animal comprising: administering to the animal, a therapeutically effective amount of a heterocyclic compound. The animal is a mammal, preferably a human or a rodent.

An device for assisting four-legged pets to walk during periods of convalescence from foot, leg, or hip surgery or injury. A sling portion is connected to two handle grips. The sling portion may be disposed under the chest of the animal in the case of debilitated front legs, or under the abdomen in the case of debilitated hind legs, and the handle grips grasped by a human user to help support or lift the pet. The invention is particularly useful for assisting a convalescent pet to take beneficial walks without having to bear full weight on injured limbs or hips. A version of the device is disclosed which may be adjusted in length to accommodate the size of the animal and the height of the user.

An improved animal medical collar includes openings allowing pets, domestic, and captive wild animals wearing the medical collar to freely see and smell their surroundings while preventing access to a wound or surgical area. The openings are sized and spaced to allow the animal to view and smell it's surroundings and provides increased air circulation around the animal's head. Providing such viewing and perception of odors and scents relieves the stress and anxiety the animal would otherwise experience.

The invention aims at providing a novel full-thickness biological cornea used for transplantation. The full-thickness biological cornea takes an animal cornea acellular matrix as a carrier, and the acellular matrix comprises animal cornea matrix cells, epithelial cells and endothelial cells which are cultured and augmented in vitro. The cornea is characterized in that the xenogenic corneal acellular matrix prepared by a biochemical method can be used as a good carrier for in vitro constructing the biological cornea in the aspects of shape, structure and biological compatibility, the matrix cells, epithelial cells and endothelial cells of the cornea are planted respectively, and dynamically cultured in the simulated in vivo environment of a biological reactor, so that the full-thickness biological cornea with nearly normal tissue structure and characteristics can be constructed in vitro, and the biological cornea can be used to simulate the physiological cornea for fundamental research on physiology, pathology and pharmacology; moreover, the biological cornea can also be directly used as the donator for corneal transplantation.

An animal garment for four-legged animals to protect such animals such as lambs and calves from cold and wet and to enhance their survivability. The garment is made up of connected halves and is adjustable along a portion that covers the back of the animal so as to allow for accommodation of the device to fit animals of different sizes or as an animal grows. The device includes holes for forelegs and detachable straps for hind legs, which hold the device in a secure position.

This invention relates to a collar device that limits the head movement for a canine or feline pet while the pet is recuperating from surgery or injury. The collar may be fitted with removable ear guards. The collar is capable of being coupled to a leash so the animal can be taken on a walk with the protective collar in an operative position.

Described herein are methods, devices, and formulations for making and using synthetic hoof shoes, repairing an animal's hooves, and/or providing prophylactic measures for protecting an animal's hooves. In general a synthetic material is applied either in situ to the hoof area of a hoofed animal or is used to produce a pre-molded shoe to be attached to the hoof area of a hoofed animal.

A clipper for clipping nails of an animal such as a dog, or cat, that allows for the clipping of an individual nail at the desired length while preventing injury to the animal, including a clipper portion and a sensing portion which allows the nail to be localized in a desired position relative to the clipping plane of the clipper and the internal structure of the nail, wherein the sensing portion is included within circuitry that includes a signal generation portion, a signal reception portion, and a quick indicator. The animal nail is positioned near the clipper portion and the sensing portion produces a sensible signal confirming the position of the clipping plane upon the nail, particularly the quick of the nail. The user then may adjust the position of the clipper portion such that the clipping plane avoids the quick. The user then actuates the clipper portion and trims the nail.

The Pet Window together with apparatuses improves the animal's habitat And reduces the caretakers time. Improved animal care reduces bacteria And the contamination to other pets and humans. Healthy pets promotes More loving caretakers and socially balanced pets. Simplified housing Installation connects the caretakers living space to the animals living Space further promoting healthy interaction relationship. The window control panel allows adequate transfer of conditioned air from the human side to the animal side. Both size and type of animals are accommodated Utilizing the same principle design. Unlimited by shape, size, conditions And geophysical locations this habitat is tailored for new facilities, existing Facilities and installations not requiring a window. The thermal insulated Habitat utilizes a climate door or doors enabling a variety of controls for Temperature, lighting, feeding, cleanliness, mobility, audio, video, and Interaction with the host family.

Provided are tissue scaffolds colonized by vertebrate cells expressing a transgenic bioactive molecule, where the vertebrate cells are unable to undergo mitosis. Also provided are methods of growing tissue in a mammal and methods of delivering a transgenic bioactive molecule to a tissue of a mammal, using the tissue scaffolds. Additionally, methods of making the tissue scaffolds are provided.

This invention provides a method for culturing a fluke. Culture introduced elite or wild strong flukes by manpower in clean pool or tank. The culturing process is feeding breeding seedling and feeding seedling in a small pool with anticoagulant-treated fresh blood of cattle, pig, sheep or fowls, or feeding with the packaged treated fresh blood packaged with pig small intestine and put in the pool after bundled to nodular of 2-3cm each membered. This feeding technology is modern; especially this invention adopts noncondensing blood that can guarantee both quality and novelty of the blood, so as to guarantee health and good growing of flukes.

The present invention relates to a protective garment for dogs and cats or other quadrupeds. Specifically, the garment is designed to protect wounds, incisions, surgical sites, and related lesions on the animal's body including thoracic and pelvic limbs, truncal area, and head and neck. Additionally the garment is designed to allow attachment of drain suction and similar medical devices.

An antiviral drug combination for livestock in the invention relates to an antiviral agent, in particular to an antiviral agent for poultry and livestock. The drug combination is composed of cyanovirin and animal IFN-alpha in mass ratio of 3:1. The invention initially applies cyanovirin to treating viral infection of poultry and livestock, and animal IFN-alpha which is prepared by gene recombination, is contained in species such as pig, chicken, cattle and the like and has high valence, high purity and antiviral effect and cyanovirin with direct antiviral effect are initially applied in a combining way; meanwhile the effect of cyanovirin is direct and rapid and the antiviral effect of IFN-alpha is wide and permanent, and the effect is better than that of single use of cyanovirin or IFN-alpha.

The present invention involves an edible terrarium substrate for a terrarium animal such as a reptile, an amphibian, or an arachnid. The substrate includes a fine calciferous sand that is healthy, ingestible, and digestible by the terrarium animal.

An animal model for hyperpigmentations in which the formation of hyperpigmentations in human skin is faithfully simulated is provided. An animal model for hyperpigmentations, wherein a black person's skin is grafted onto a non-human animal, is provided.

An animal paw cover having a side surface, a bottom surface and an opening. An elastic band is provided along the circumference of the opening. The animal paw cover is substantially sack-shaped. The bottom surface of the paw cover is sized to have an area substantially equal to an area of an underside of a paw of an animal intended to wear this paw cover, and a height of the side surface does not substantially exceed a height of the animal's paw. Further, the elastic band constricts the opening to a size substantially smaller than the animal's paw.

The present invention relates to the generation of vascularized human heart tissue from human primordial Islet1-positive (ISL1+) progenitors, and more particularly the generation of vascularized human heart tissue from human primordial Islet1+ cardiovascular stem cells which are positive for markers ISL1+/NKX2.5−/KDR−. One aspect of the invention relates to isolation of human ISL1+ primordial cells from human pluripotent cells, such as human ES cells or other human pluripotent stem cell sources, wherein the human ISL1+ primordial cells can differentiate into three different lineages; cardiomyocyte lineages, endothelial lineages and smooth muscle lineages. Another aspect relates to use and implantation of the human primordial ISL1+ progenitors into an animal model to generate human vascularized heart tissue, and more particularly, the production of an in vivo humanized model of vascular disease. One embodiment relates to the use of an in vivo humanized model of vascular disease as an assay, for example to assess drug toxicity and/or identify agents which increase and decrease coronary blood flow to the human vascularized heart tissue. Another embodiment relates to the therapeutic use of human primordial ISL1+ progenitors, for example, in one embodiment the invention provides methods for the treatment cardiovascular disorders and/or congenital heart disease in a subject comprising transplanting into subjects vascularized human heart tissue generated from human ISL1+ progenitors.