In a docking station for use in a combination of imaging the test substrate containing the sample from the wound tissue and wound tissue, the docking station includes means for connecting the station to the processor to store and process the image. The docking station includes means for receiving a test substrate containing the sample from the wound tissue is also incorporated. The docking station also includes a means to be docked in the station sensor, images of the wound tissue as transmitted to the processor from the station, the sensor detects light reflected from the wound tissue being illuminated. When the test substrate is received by the docking station sensor is docked in the station, and tells the processor the intensity of the reflected light is positioned sensor to detect the intensity of the reflected light from the test substrate was detected and thus to enable combination of images of the test substrate and the wound tissue, docking means are disposed. Equipment used in the combination of the image of the test substrate, including a sample from wound tissue wounds and tissue samples from wound tissue and sensor for detecting light reflected from the test substrate and the wound tissue when devoted to lighting In conjunction with the test substrate for receiving, and a docking station including such. Method of imaging a wound, comprising the step of orienting the light over the wavelength range of less than 50nm wound (9) on. The light reflected from (9) wound, is detected using sensors sensitive to (5) for the intensity of the reflected light. The intensity of the reflected light is measured.創傷組織および創傷組織からの試料を含む試験基板の画像化の組合せで使用するためのドッキングステーションにおいて、ドッキングステーションは、画像を処理および保存するプロセッサにステーションを接続する手段を含む。ドッキングステーションはまた、創傷組織からの試料を含む試験基板を受容する手段も組み込んでいる。ドッキングステーションは、センサをステーション内にドッキングさせる手段も含み、このセンサは、創傷組織の画像がステーションからプロセッサに伝えられるように、照明された創傷組織から反射された光を検出する。センサがステーション内にドッキングされて試験基板がドッキングステーションによって受容されているときに、センサが試験基板からの反射光の強度を検出するように位置決めされ、検出された反射光の強度をプロセッサに伝え、そうして創傷組織および
