For the purposes of translocation, diagnostic testing and medical treatment, chemical immobilization has become the preferred method of capture for large wildlife species. In the majority of cases, this has proven to be a safer, superior method to tr …

The chemical immobilization of Bactrian camels can become necessary for wildlife management, physiological study and research. The drugs used for chemical immobilization can adversely affect the cardiovascular and respiratory systems of these animals …

Capture and chemical immobilization events carry numerous risks to wildlife regardless of species or size, but these are often more pronounced when dealing with larger species such as Bactrian camels. These risks include complications such as capture …

Camelus bactrianus, or the Bactrian camel, inhabits parts of central Asia and western China. These animals are set apart from their more western-ranging relative, the dromedary camel (Camelus dromedarius), in that Bactrian camels have two humps on th …

Although the majority of Bactrian camels (Camelus bactrianus) in the world have been largely domesticated, research, zoos and management programs occasionally require the capture and manipulation of these animals. The development of decreasingly inva …

The terms “anesthesia” and “sedation” are often used interchangeably, but there is a distinct difference between the two, as well as their effects. Anesthesia is a pharmacologically-induced, reversible state of amnesia, analgesia, loss of responsiven …

The term “immobilization” refers to any forced restriction of movement of all or part of an animal’s body, while “chemical immobilization” achieves this using drugs which have a range of intended effects. These may include unconsciousness with lack o …

The chemical immobilization of camels is may become necessary for a variety of reasons, including physiological study, research, and for the purposes of wildlife management. The drugs used for chemical immobilization can adversely affect the cardiova …

Chemical immobilization has become the chief method of capture for large wildlife species for the purposes of translocation, diagnostic testing and medical treatment. In most cases, it has proven to be a safer, superior method to traps, capture with …