Neuronano Ab

Camarus Ab

Nauronano Ab

Nils Danielsen

Jens Schouenborg

Fredrik Ek

Per Petersson

Jenny Eriksson Linsmeier

Helena Ljusberg-Wahren

A medical microelectrode includes an elongate electrode body including a tip section, a main body section and, optionally, a coupling section. The tip section, the main body section and, optionally, the coupling section are embedded in a first electrode matrix element, which is substantially rigid, biocompatible and soluble or biodegradable in a body fluid. Additionally the microelectrode includes a dissolution retarding layer on the first electrode matrix element and/or a second electrode matrix element disposed between the first electrode matrix element and the electrode. Upon dissolution or biodegradation of the first electrode matrix element a drug comprised by the first electrode matrix element or the second electrode matrix element is released into the tissue. Also disclosed are bundles and arrays of the electrodes and their use.

Microelectrode and multiple microelectrodes

A medical microelectrode includes an elongate electrode body including a tip section, a main body section and, optionally, a coupling section. The tip section, the main body section and, optionally, the coupling section are embedded in a first electrode matrix element, which is substantially rigid, biocompatible and soluble or biodegradable in a body fluid. Additionally the microelectrode includes a dissolution retarding layer on the first electrode matrix element and/or a second electrode matrix element disposed between the first electrode matrix element and the electrode. Upon dissolution or biodegradation of the first electrode matrix element a drug comprised by the first electrode matrix element or the second electrode matrix element is released into the tissue. Also disclosed are bundles and arrays of the electrodes and their use, which may be positioned on a face of a solid support.

A composition suitable for restoring bone tissue in a human or animal body, which comprises a solid, preferably particulate, calcium phosphate as a biocompatible bone tissue substitute material distributed in a lamellar liquid crystalline phase comprising at least one phospholipid and water or other aqueous liquid as a bioacceptable carrier therefor, said lamellar crystalline phase being pre-formed or being formed in situ in said body in the presence of said water or other aqueous liquid, e.g., body fluid.

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Genarp, Sweden

Nils Danielsen