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UK-INDIA EDUCATION & RESEARCH INITIATIVE 1. Title of the Project: Effect of cation substitution on the structure and biocompatibility of ionomer glasses and glass ceramics (Website: www.iitk.ac.in/UKIERI_biomaterials/ ) 2. UKIERI Award letter number & date: DST/UKIERI/SA/P-23/09, dated 01/01/2009 3. Names, affiliations and e-mail addresses of the Principal Investigators from Partnering Institutions: Indian PI: U.K. PI: Dr. Bikramjit Basu Department of Materials Science & Engineering IIT-Kanpur, India E-mail: [email protected] Dr. Artemis Stamboulis School of Materials & Metallurgical Engineering University of Birmingham,UK E-mail: [email protected] 6. Executive Summary: This research project was initiated at Indian side in January 2009 with the overall objective to combine the cutting edge technologies of fabrication and testing of materials science with the knowledge of biological sciences in order to develop ionomer glass-ceramic based implant materials for the purpose of the enhancement of public health. The collaboration between Dr. Bikramjit Basu as Indian principal investigator and Dr. Artemis Stomboulis as UK principal investigator as well as among their co-investigators is a true demonstration of synergistic flow and utilization of scientific concepts, technological ideas and expertise in the emerging area of biomaterials. With ten exchange visits of researchers as well as PIs, the DST-UKIERI sponsored project has been successful in accomplishing the following major research outcome: (a) demonstration and feasibility of novel spark plasma sintering in developing glass ionomers with a good combination of mechanical properties, (b) in vitro cytocompatibility evaluation to show good compatibility with L929 fibroblast cells, (c) in vivo biocompatibility assessment in rabbit model to demonstrate neobone formation as well as osseointegration property, (d) EXAFS evaluation of fine scale compositional analysis of bone/implant interface. In addition to meeting the stated objectives of the projects, some initiative on polymer based glass-ionomer cement (GIC) was taken up and preliminary results on processing and characterization of GIC are also summarized in this report. Apart from research outcome, Indian PI and Co-PIs visited a number of institutions in UK, apart from partnering institutions, and delivered seminars to disseminate the outcome of this project as well as to explore the possibility of future research collaboration in the field of biomaterials. The summary of activities are available on the website (http://www.iitk.ac.in/UKIERI_biomaterials ).

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UK-INDIA EDUCATION & RESEARCH INITIATIVE

1. Title of the Project: Effect of cation substitution on the structure and biocompatibility of ionomer glasses

and glass ceramics (Website: www.iitk.ac.in/UKIERI_biomaterials/)

2. UKIERI Award letter number & date: DST/UKIERI/SA/P-23/09, dated 01/01/2009

3. Names, affiliations and e-mail addresses of the Principal Investigators from Partnering Institutions:

Indian PI: U.K. PI:

Dr. Bikramjit Basu Department of Materials Science & Engineering IIT-Kanpur, India E-mail: [email protected]

Dr. Artemis Stamboulis School of Materials & Metallurgical Engineering University of Birmingham,UK E-mail: [email protected]

6. Executive Summary: This research project was initiated at Indian side in January 2009 with the overall objective to combine the

cutting edge technologies of fabrication and testing of materials science with the knowledge of biological

sciences in order to develop ionomer glass-ceramic based implant materials for the purpose of the

enhancement of public health. The collaboration between Dr. Bikramjit Basu as Indian principal investigator

and Dr. Artemis Stomboulis as UK principal investigator as well as among their co-investigators is a true

demonstration of synergistic flow and utilization of scientific concepts, technological ideas and expertise in

the emerging area of biomaterials. With ten exchange visits of researchers as well as PIs, the DST-UKIERI

sponsored project has been successful in accomplishing the following major research outcome:

(a) demonstration and feasibility of novel spark plasma sintering in developing glass ionomers with a

good combination of mechanical properties,

(b) in vitro cytocompatibility evaluation to show good compatibility with L929 fibroblast cells,

(c) in vivo biocompatibility assessment in rabbit model to demonstrate neobone formation as well as

osseointegration property,

(d) EXAFS evaluation of fine scale compositional analysis of bone/implant interface.

In addition to meeting the stated objectives of the projects, some initiative on polymer based glass-ionomer

cement (GIC) was taken up and preliminary results on processing and characterization of GIC are also

summarized in this report. Apart from research outcome, Indian PI and Co-PIs visited a number of

institutions in UK, apart from partnering institutions, and delivered seminars to disseminate the outcome of

this project as well as to explore the possibility of future research collaboration in the field of biomaterials.

The summary of activities are available on the website (http://www.iitk.ac.in/UKIERI_biomaterials).

Photo taken during the presentation by Prof. Basu (top) and the kick-off meeting (bottom) of the UKIERI project at University of Warwick, UK in May, 2009

Photo taken during the review meeting at University of Birmingham on 5th February, 2010

Photo taken during the review meeting at University of Kent, UK on 8th February, 2010