Biomaterials & Tissue Engineering Research Group
The Biomaterials & Tissue Engineering Laboratory at the Indian Institute of Science (IISc) in Bangalore, led by Prof. Kaushik Chatterjee, is located in the Department of Materials Engineering and is associated with the Department of Bioengineering.
Our research interests lie at the interface of engineering and biology. In our laboratory, a multi-disciplinary research team of students and scholars from a wide spectrum of academic backgrounds work to apply advanced materials technologies to address complex biomedical challenges.
We focus on the translation and commercialization of technologies developed in our research group.
Artistic Rendition of Our Research
Paintings by Tejeswini Padma
Coverage of our group's research in news media
4D-printed vascular grafts (Times of India, Pharmabiz)
Asia-Pacific Conclave on Engineering Healthcare (The Hindu)
3D-bioprinted tissue constructs as lab-on-a-chip (Connect)
Antibacterial nanostructures on polymer surfaces (Times of India, Deccan Herald, Kernel)
Opportunities for 3D bioprinting in healthcare (Biospectrum)
New facilities for 3D printing of biomaterials in IISc (Kernel)
3D biomaterials platforms for cancer research (Shaastra: PDF)
Formal inauguration of IISc-CELLINK Center of Excellence in 3D Bioprinting (Times of India, Indian Express)
Antimicrobial coating on air purifiers commercialized by Airth (India Today, Economic Times, Business Insider, The Hindu, Outlook India, Times of India)
Installation of the 3D printer for medical silicone by Prayasta (Deccan Herald, The Better India, The Hindu Business Line, Vigyan Prasar, The Hindu)
Agreement of IISc-CELLINK Center of Excellence in 3D Bioprinting (Deccan Herald, Times of India, Bangalore Mirror, NDTV, Telegraph India, Economic Times, Financial Express, Indian Express)
3D bioprinting and novel bioinks (Times of India)
3D printing of bone models, implants, and surgical guides for defects of the arm (Deccan Herald, Prajavani, Vijayvani)
Affordable biodegradable materials as sustainable substitutes for single-use plastics (The Hindu, Economic Times, Deccan Herald, Connect)
Two student teams receive top honors at the Tata Steel MaterialNext 2.0 event (Avenue Mail, APN News)
Biomaterials to tackle viral infectious diseases (ANI News, Eureka Alert, Scienitas)
Laboratory scale platform for studying muscle diseases (Times of India, Kernel)
Virucidal fabric for personal protective equipment (Hindustan Times, Deccan Herald, The Hindu, Prajavani, Kernel)
Tumor-like tissues in 3D scaffolds from patient cells for drug screening (Deccan Herald)
Research on orthopedic biomaterials in IISc (Kernel)
Surface engineering of new generation Ti alloys for orthopedic implants (The Hindu Business Line, India Science Wire)
Surface nanostructuring of titanium to improve the performance in orthopedic applications (OPN newsletter)
Etched surfaces to resist attachment and kill drug-resistant bacteria (Deccan Herald, The Hindu)
Injectable polymers for sustained release of aspirin (Times of India, Business Line, Biovoicenews, Vigyan Prasar)
Protein from human hair for repairing the heart (Science Reporter)
Nanostructures inspired by insect wings on titanium for orthopedic implants (SciDev Science Portal, OPN newsletter, The Hindu, Prajavani Kannada Daily, Science Times)
Curcumin loaded tissue scaffolds for regeneration of bone (Bangalore Mirror, Nature India)
Graphene-based polymer composites for engineering bone tissues (Bangalore Mirror, Deccan Herald, Pharmbiz, Times of India)
Biodegradable polymers for bone tissue engineering (The Hindu, Bangalore Mirror, Vigyan Prasar)
Biomaterials research in India (Indiabioscience)
3D lab bench model for cancer (The Times of India, The Hindu)
Polymer composites for bone tissue engineering (The Hindu, NDTV, DNA, The Asian Age, Deccan Herald) (Video on Rajya Sabha TV)
Nanocrystallization of metallic biomaterials (Deccan Herald)