It is intended to provide a method of normalizing a living tissue whereby a living organism or a living tissue can be quickly and accurately normalized.

This invention relates to heating equipment utilizing a laser beam, set on the surface of living tissue or in a lumen passage in a living body and used for the thermotherapy of living tissue.

The conduit is inserted into the tubular part of living tissue and the flexible sleeve placed over the tubular part of living tissue.

The heat-conducting part is configured so as to contact the living tissue and transfer heat to the living tissue.

Owing to this constitution, a living tissue can be easily sampled while retaining morphological changes of the living tissue under various hemodynamic conditions.

The present invention reduces incomplete fusion of living tissue by a bipolar electrosurgical device that applies high-frequency energy to living tissue.

In one preferred embodiment the tissue is eschar that is removed, unveiling viable tissue.

A first main surface of the heat transfer plate (110) is brought into contact with living tissue and transfers heat to the living tissue.

A system implantable components (32, 36, 38, 40) for providing therapy to or monitoring the physiologic state of living tissue.

The living tissue can be living organ from a donor transplanted into a recipient patient.

Provided is a medical image display device that enables correct and swift diagnosis of tissue such as infiltrated tissue under the surface of living tissue.

The device for holding living tissue (100) is capable of holding living tissue using an adhesive force in a liquid containing water in a body cavity.

A device for imparting therapeutic doses to living tissue is disclosed.

An electrode (30) implants into live tissue.

An electrode (30) implants into live tissue.