| Sl. No || Title of the Project || Duration || Project Category || Funding Agency || Principal Investigator || Co-Investigator(s) & members |
|1.||Preparation of high Heat Resistant CG-B-55A enamel frit for application in MiG series aero-engines parts|| 2017-18 ||SSP|| HAL|| Dr. Sumana Ghosh|| Dr. J. Chakraborty|
Dr. S. Sarkar
|2 ||Preparation of high Heat Resistant CB-ABK-13 enamel frit for application in MiG series aero-engines parts ||2017-18 ||SSP ||HAL ||Dr. Sumana Ghosh ||Dr. S. Sarkar |
Dr. J. Chakraborty
|3 ||SiAlON inserts for High Speed Cutting of Hard Materials ||2016-18 ||FTT ||CSIR ||Dr. S. Bandyopadhyay ||Member: |
Dr. S. Sarkar
|4 ||Development of novel ion doped hydroxyapatite by spray drying method and its utilization for plasma spray coating on medical implants with/without ion doping ||2016-18 ||FTT ||CSIR ||Dr. B. Kundu ||Dr. V. K. Balla|
|5 ||Microstructurally designed in-situ toughened metallic and ceramic matrix composites for total hip arthroplasty ||2016-19 ||GAP ||DBT ||Dr. V. K. Balla ||Dr. M. Das,|
Dr. S. Bodhok,
Dr. B. Kundu,
A. C Das,
|6 ||Laser based additive manufacturing of in situ formed discontinuously reinforced Ti-TiB composite structures ||2016-19 ||GAP ||AR&DB ||Dr. M. Das ||Dr. V. K. Balla|
|7 ||Prototype Development of in vivo tested HDPE based biocompatible composite with HA/Al2O3 Ceramic Fillers as Acetabular Cup for Total Hip Replacement ||2015-20 ||GAP ||DBT ||Dr. B. Basu (IISc), |
Dr. V. K. Balla (CGCRI)
|Dr. B. Kundu|
Dr. M. Das
Dr. S. Bodhak
|8 ||Development of hydroxyapatite based modified integrated orbital implant with superior motility and its clinical trial ||2013-16 ||SBMT ||CSIR-CGCRI ||B. Kundu ||V. K. Balla |
|9 ||Development of Novel Biomedical Implants with Enhanced Reliability || 2013-16|| DST ||CSIR-CGRI || A.K. Mukhopadhyay || V.K. Balla |
|10 ||The prospect of cancer therapy using an inorganic nano conjugate comprising microRNA-34 family ||2017-20 ||GAP ||DST ||J. Chakraborty (CSIR-CGCRI) ||Members:
S.Ghosh, S.Bodhak, S.Sarkar|
|1 ||Development of large size polycrystalline CVD diamond material for optical windows and support rods in high power microwave tubes ||2015-18 || ||DST
||V.K. Balla (CGCRI), |
PI from Russia
|A.K. Mallik |
|2 ||Electron microscopy study of the degradation kinetics of porous bioactive glass based novel drug eluting implants (coating/3D scaffolds) as a function of hard tissue regeneration for treatment of osteoporotic fractures in elderly patients ||2015-18 ||GAP ||DST ||J. Chakraborty (CSIR-CGCRI) |
Dr. Nina Daneu (Jozef Stefan Institute, Ljubljana, Slovenia)
|B. Karmakar |
|3 ||Borate based bioactive glass nano-fibers for topical application for treatment of non-healing diabetic wounds ||2017-19 ||GAP ||DST ||J. Chakraborty (CGCRI)
Prof. Mona Marei, Head, Tissue Engineering Laboratories, Faculty of Dentistry, University of Alexandria, Egypt,
|Dr. Swapan Kr. Ghosh (PMD) |
| Sl. No || Title of the Project || Duration || Funding Agency || Participating Inst./Lab. || Principal Investigator || Co-Investigator(s) |
|1 ||Development of novel CSIR technology for manufacturing tailored and patient-specific bio-ceramic implants and biomedical devices at affordable cost (BIOCERAM) ||2012-17 ||CSIR || ||Dr. V.K. Balla (coordinator) ||S. Gangadharan, Dr. J. Chakraborty, Dr. B. Kundu, Dr. M. Das|
|2 ||Structure of gradient nanocomposites: Interaction of bioactive glasses with nanoparticles and polymers (MoreBAGS) (GAP 0614) ||2012-16 ||DST || ||Dr. G. De (CGCRI), Prof. Pekka Vallittu (University of Turku, Finland) and Dr. Leena Hupa (Åbo Akademi Univ.) ||Dr. B. Kundu, Dr. V.K. Balla|
|3 ||Very High Power Microwave Tubes: Design and Development Capabilities (MTDDC) ||2012-16 ||CSIR || ||Dr. S. Ghosh ||A.K. Mallick
|4 ||Comparative study of conventional processing with microwave processing of bioactive glass-ceramic coating on Ti6Al4V substrate for biomedical applications ||2013-16 ||DST || ||Dr. S. Ghosh |
|5 ||Up-gradation of gamma radiation facility and periodic standardization for optimal RISUG production ||2015-17 ||ICMR || ||B. Kundu ||V.K. Balla |
|6 ||Development of bio-ceramic based implants for rehabilitation ||2008-13 ||CSIR ||CSIR-CGCRI; SIOR & PHS, Pune ||D. Basu & V.K. Balla ||M. Das |
|7 ||Design and fabrication capabilities for very high power microwave tubes ||2007-12 ||CSIR ||CSIR-CGCRI & CSIR-CEERI ||D. Basu ||S. Datta |
|8 ||New insights in cancer biology identification of novel targets and development of target based molecular medicine ||2007-12 ||CSIR ||CSIR-CGCRI & CSIR-IICB ||M.K. Sinha ||B. Kundu |
|9 ||Nanomaterials and nanodevices in health and disease ||2007-12 ||CSIR ||CSIR-CGCRI & CSIR-CCMB ||D. Basu ||M.K. Sinha
Jui Chakraborty |
|10 ||Development of bioactive ceramic coating on orthopedic implants (metallic) for sustained, localized delivery of biophosphonates to improve fixation ||2009-11 ||DST ||CSIR-CGCRI ||Jui Chakraborty ||D. Basu |
|11 ||Synthesis and characterization of NZP based material for immobilization of radioactive waste ||2008-11 ||BRNS (DAE) ||CSIR-CGCRI ||D. Basu ||A. Das Gupta |
|12 ||Development of Ceramic-based Implantable Delivery System for Sustained Release of the Drugs for the Treatment of Osteomyelitis in Human Patients ||2007-10 ||DST ||CSIR-CGCRI, WBUAFS & R.G. Kar Medical College ||B. Kundu ||D. Basu |
|13 ||Fabrication of Yttria Doped Thoria (YDT) Thimbles and glass soldering them to Fe-Ni alloy component towards development of oxygen sensor for use in sodium coolant of fast breeder reactors ||2006-09 ||IGCAR ||CSIR-CGCRI ||A. Das Gupta ||D. Basu |
|14 ||Micromechanical characterization of hydroxyapatite coated metallic implants ||2006-09 ||DST ||CSIR-CGCRI ||D. Basu ||A.K. Mukhopadhyay |
|15 ||Development of selected medical implants (NMITLI) ||2005-08 ||CSIR ||CSIR-CGCRI ||D. Basu ||M.K. Sinha |
|16 ||Development of Glass-Ceramic Coatings for High Temperature Protection of Titanium Aluminide Alloys ||2005-08 ||ARDB ||CSIR-CGCRI ||S. Datta ||D. Basu |
|17 ||Multi-centred clinical trials for human implantation of bio-active integrated orbital implants ||2005-08 ||ICMR ||CSIR-CGCRI ||D. Basu ||B. Kundu |
|18 ||Development of bio-active bio-glass compositions with varied amount of calcium phosphate crystals to be used as coating on titanium and stainless steel implants ||2005-08 ||DST ||CSIR-CGCRI ||S. Datta ||D. Basu |
|19 ||Electron Tube Technologies for Large Scale Application ||2002-07 ||CSIR ||CSIR-CGCRI & CSIR-CEERI ||D. Basu ||S. Datta |
|20 ||Novel Synthetic Route for Biomaterials and their Applications ||2002-07 ||CSIR || CSIR-CGCRI ||D. Basu ||M.K. Sinha |
|21 ||Developing Capabilities in Advanced Manufacturing Technology ||2002-07 ||CSIR ||CSIR-CGCRI & CSIR-CMERI ||D. Basu ||S. Datta |
|22 ||Development of plasma sprayed hydroxyapatite coated metallic implants for orthopaedic application ||2003-06 ||DST ||CSIR-CGCRI ||D. Basu ||M.K. Sinha |
|23 ||Development of metallized alumina substrates for fabrication of thermoelectric coolers ||2003-05 ||SSPL (DRDO) ||CSIR-CGCRI ||S. Datta ||D. Basu |
|24 ||Development of Bio-active Integrated Orbital Implant ||2001-04 ||SBMT ||CSIR-CGCRI ||D. Basu ||M.K. Sinha |
| 1 || Next Generation Functional Implants via Laser Engineering Net Shaping (LENS™) || 2012-15 || CSIR || CSIR-CGCRI, W. M. Keck Biomedical Materials Research Lab, Washington State University, USA. || V.K. Balla || Mitun Das |
| 2 || Development of functionally graded patient specific orthopedic implants by rapid prototyping technique and their evaluation in-vitro & in-vivo || 2009-12 || DST || CSIR-CGCRI; Washington State University, USA || D. Basu || M. Das |
| 3 || Development of Thermally Sprayed Ceramic Based Coatings || 2007-10 || TIFAC, DST || CSIR-CGCRI; ARCI, Hyderabad; School of Mechanical & Production Engg., Singapore; Advanced Materials Research Centre, Malayasia; & Indonesian Institute of Sciences || D. Basu || M.K. Sinha |
| 4 || Study of Remodeling of bone-ceramic interface to assess cell growth kinetics as a function of composition and morphological modification of ceramic implant || 2007-10 || DST || CSIR-CGCRI; Dept. of Nanostructured Materials, Ljubljana, Slovenia || D. Basu || M.K. Sinha |
| 5 || Development of ceramic-based implantable delivery system for sustained release of the drugs for treatment of osteomyelitis and diabetes || 2007-10 || DST || CSIR-CGCRI; University of Aveiro, Portugal || D. Basu || B. Kundu |
| 6 || Development of SiAlON ceramics for tribological applications || 2006-09 || CSIR || CSIR-CGCRI; Turkey || D. Basu || S. Bandyopadhyay |
- Indian Institute of Technology, Madras.
- Indian Institute of Technology, Kanpur.
- Indian Institute of Technology, Delhi.
- Indian Institute of Science, Bangalore.
- Indian Institute of Technology, Kharagpur.
- Vellore Institute of Technology, Vellore.
- National Institute of Technology, Suratkal.
- Malaviya National Institute of Technology, Jaipur.
- West Bengal U of Animal & Fishery Sci, Kolkata.
- Sancheti Inst. for Orthop. & Rehabilitation, Pune.
- Tata Memorial Hospital, Mumbai.
- Jubilant Kalpataru Hospital, Barasat.
- Disha Eye Hospitals and Research Centre (P) Ltd., Barrackpore, West Bengal.
- Sri Sankaradeva Nethralaya, Guwahati.
- Saijyothi Eye Institute, Secunderabad.
- Sir Ganga Ram Hospital, New Delhi.
- Wockhardt Medical Centre, Kolkata.
- R.G. Kar Medical College & Hospital, Kolkata.
- Burdwan Medical College & Hospital, Burdwan.
- Calcutta Medical College & Hospital, Kolkata.
- Regional Institute of Ophthalmology, National Medical College and Hospital, Kolkata.
- N.R.S. Medical College and Hospital, Kolkata.
- Sambhu Nath Pandit Hospital, Kolkata.
- Calcutta Medical Research Institute, Kolkata.
- All India Institute of Medical Sciences, New Delhi.
- Maulana Azad Dental College & Hospital, New Delhi.
- Dr. Rafi Ahmed Dental College & Hospital, Kolkata.
- M/s General Surgical Company (India) Pvt Ltd., Chennai.
- M/s Orthotech, Gujarat.
- M/s Mu Biomagg, Gujarat.
- Medical University of Vienna, Austria.
- Washington State University, USA.
- University of Louisville, USA.
- A.M. Prokhorov Gen. Phys. Inst. , Russia.
- University of Aveiro, Portugal.
- University of Turku, Finland.
- Abo Academy University, Finland.
- Univ. of Vigo, Spain.
- Mindanao State Univ., Philippines.
- Universität Bremen, Germany.