Abstract: Provided is a local hemostasis material, which exerts little influence on the human body, is inexpensive, and exerts a good hemostatic. The local hemostasis material comprises a base material having a first major surface and a layer including cationized cellulose on the first major surface, wherein the layer including cationized cellulose has a thickness of no less than 6.7 µm.

Abstract: The present invention refers to a data management unit for supporting health control comprising a display (162), a processor (140) adapted to receive a user-selectable group of measurement values of a plurality of measurement values of a physiological parameter, for example a blood glucose level, to calculate at least one derived value (501a, 503a, 506a) from the group of measurement values and to determine for each derived value (501a, 503a, 506a) a corresponding rating value and/or a corresponding trend value, a trend indicator (164), wherein the trend indicator is adapted to indicate different trend categories on the display (162), for example an increasing trend, a steady trend and a decreasing trend, as a respective graphical picture (503d), a color indicator (166), wherein the color indicator is adapted to indicate an area (501b, 503b, 506b) with at least one of two different colors on the display (162), for example a red color and a green color, wherein the display (162) is adapted to display the at le

Abstract: A process for electroless gold plating using plating solution comprizing cyanoaurate, alkaline cyanide, reducing agent, alkaline hydroxide, crystal condition controlling agent and stabilizer characterized in that an aldehyde or a ketone compound is added together with replenished gold salt, and hydrogen peroxide is also added, if necessary.