Biocompatible material and uses thereof

An implantable medical device comprising a biocompatible ceramic material comprising Baghdadite, wherein said material is in the form of a sintered ceramic,

• wherein said Baghdadite comprises a transmission X-ray diffraction pattern having the following diffraction angles 2θ:
• lines of strong intensity:
• 31.385;
• 31.075 and 29.940 degrees, and lines of medium intensity:
• 27.662;
• 36.045 and 36.997 degrees.

A bone implant comprising Baghdadite, wherein

• said Baghdadite is a medical grade or an implant grade material, wherein said material is in the form of a sintered ceramic,
• wherein said Baghdadite comprises a transmission X-ray diffraction pattern having the following diffraction angles 2θ:
• lines of strong intensity:
• 31.385;
• 31.075 and 29.940 degrees, and lines of medium intensity:
• 27.662;
• 36.045 and 36.997 degrees.

A tooth filling implant comprising Baghdadite, wherein

• said Baghdadite is a medical grade or an implant grade material, wherein said material is in the form of a sintered ceramic,
• wherein said Baghdadite comprises a transmission X-ray diffraction pattern having the following diffraction angles 2θ:
• lines of strong intensity:
• 31.385;
• 31.075 and 29.940 degrees, and lines of medium intensity:
• 27.662;
• 36.045 and 36.997 degrees.

A biocement comprising Baghdadite, wherein

• said Baghdadite is a medical grade or an implant grade material, wherein said material is in the form of a sintered ceramic,
• wherein said Baghdadite comprises a transmission X-ray diffraction pattern having the following diffraction angles 2θ:
• lines of strong intensity:
• 31.385;
• 31.075 and 29.940 degrees, and lines of medium intensity:
• 27.662;
• 36.045 and 36.997 degrees.

A composite biocompatible material comprising Baghdadite, wherein

• said Baghdadite is a medical grade or an implant grade material, wherein said material is in the form of a sintered ceramic,
• wherein said Baghdadite comprises a transmission X-ray diffraction pattern having the following diffraction angles 2θ:
• lines of strong intensity:
• 31.385;
• 31.075 and 29.940 degrees, and lines of medium intensity:
• 27.662;
• 36.045 and 36.997 degrees.

An implantable drug delivery device comprising calcium zirconium silicate, wherein

• said calcium zirconium silicate is a medical grade or an implant grade material, wherein said material is in the form of a sintered ceramic,
• wherein said calcium zirconium silicate comprises a transmission X-ray diffraction pattern having the following diffraction angles 2θ:
• lines of strong intensity:
• 31.385;
• 31.075 and 29.940 degrees, and lines of medium intensity:
• 27.662;
• 36.045 and 36.997 degrees.

A kit for regenerating or resurfacing tissue, comprising Baghdadite and a therapeutic agent which stimulates and accelerates tissue regeneration, wherein

• said Baghdadite is a medical grade or an implant grade material, wherein said material is in the form of a sintered ceramic,
• wherein said Baghdadite comprises a transmission X-ray diffraction pattern having the following diffraction angles 2θ:
• lines of strong intensity:
• 31.385;
• 31.075 and 29.940 degrees, and lines of medium intensity:
• 27.662;
• 36.045 and 36.997 degrees.