- Research Projects
- All Research Areas
- Agricultural Sciences
- Astronomy & Space Sciences
- Chemical Sciences
- Cognitive Sciences and Psychology
- Computer Sciences and IT
- Earth, Atmosphere & Environment Sciences
- Energy Sciences
- Engineering Sciences
- Life Sciences & Biotechnology
- Mathematical Sciences
- Material Sciences
- Medical Sciences
- Pharmaceutical Sciences
- Physical Sciences
- Traditional Knowledge
- Other Areas
- Funding
- Organisations
- Programmes & Schemes
- Fellowships
- Innovations
- Technologies
- All Technologies
- Agricultural Technology
- Astronomy & Space Sciences
- Chemical Sciences
- Cognitive Sciences and Psychology
- Computer Sciences and IT
- COVID-19 Technology
- Earth, Atmosphere & Env. Sciences
- Cutting Edge Technology
- Energy Sciences
- Engineering Sciences
- Life Sciences & Biotechnology
- Mathematical Sciences
- Material Sciences
- Medical Sciences
- Pharmaceutical Sciences
- Physical Sciences
- Rural Technologies
- Traditional Knowledge
- Other Areas
Technologies
Technologies Menu
- Agricultural Technology
- Astronomy & Space Sciences
- Chemical Sciences
- Computer Sciences and IT
- COVID-19 Technology
- Cutting Edge Technology
- Earth, Atmosphere & Env. Sciences
- Energy Sciences
- Engineering Sciences
- Life Sciences & Biotechnology
- Mathematical Sciences
- Material Sciences
- Medical Sciences
- Pharmaceutical Sciences
- Physical Sciences
- Rural Technologies
- Traditional Knowledge
- Other Areas
Title: | A Biocompatible, Self-Digestive and Antimycotic Intra Ocular Natamatrix |
Area: | Life Sciences & Biotechnology, Medical Sciences |
Focus Area: | Biomedical devices, bioimplants |
Brief Description
Description : | A biodegradable intrastromal implant has been formulated for the continuous release of natamycin at its site of action |