| Sl No | Technologies to be developed/Issues to be focused on |
|---|---|
| 1 | Potential nutritional property of cashew in cancer therapy and standardization of the quantity of cashews (grams/ day) that is safe for diabetic patients |
| 2 | Issue of Tribolium castaneum - common menace in cashew industry |
| 3 | Detection of foreign bodies in products that specially arise from fragile packaging materials |
| 4 | Development of rapid detection kits for analysis of percentage of chicory, pesticides, presence or absence of heavy metals etc |
| 5 | Development of digital sensors for sensory evaluation like consistency, aroma and taste of food |
| 6 | Production of biodegradable, eco-friendly packaging materials that can withstand various levels of processing |
| 7 | App development to help the marketers come in contact with the authorities to bridge the gap between regulators and market makers |
| 8 | Development of certified or accredited/FSSAI approved food testing lab in Dakshina Kannada |
| 9 | Improving nutritional value in packaged food to catch up with the changing trends in lifestyle and food choice |
| 10 | Study on quality of packaging material for effect on shelf life and freshness of food |
| Sl No | Technologies to be developed/Issues to be focused on |
|---|---|
| 1 | Development of paper strip based assay for urine analysis |
| 2 | Development of paper strip based assay for assessing liver function |
| 3 | Development of spot test for analysing nasal swab to detect covid-19 |
| 4 | Microfluidic devices for the diagnosis of infectious disease |
| 5 | Surface Acoustic Wave (SAW) biochip for the HIV detection |
| 6 | Chip based microfluidic device for the detection of lithium |
| 7 | Wristband device for real time detection of glucose, sodium chloride |
| 8 | Sweat monitoring patch for monitoring sweat rate and temperature |
| 9 | Handheld optical tomography (OCT) |
| 10 | LED based fluorescence microscope as a replacement for bright field microscopy |
| 11 | Development of nano materials for electronic devices, biosensors, micro-needles and smart phone assisted prediction device with artificial intelligence |
| 12 | All in one doctor instrument - fusion of e-stethoscope, pulse oximeter, Sphygmomanometer, ECG machine, thermometer and glucometer |
| 13 | All in one doctor instrument - fusion of e-stethoscope, pulse oximeter, Sphygmomanometer, ECG machine, thermometer and glucometer |
| 14 | Thermal mapping and correlation with diseases |
| 15 | Artificial intelligence (AI) and body signals to develop instruments in context with disease identification - Pulmonary function tests - Jugular venous pressure - Phonocardiogram - Pathological slide scanners with digital scanning - Simple continuous EEG monitoring - Mobile device including infrared thermometer - Logistics in the area of patient transport |
| 16 | Quick digital scanning sharper ECG using fine small needle electrode |
| 17 | Nano-drop sampling |
| 18 | Medical innovation is required in the field of - Tissue culture - Plastic surgery - 3D Bio-printing - 3D organ development |
| 19 | Low cost glucose monitoring and GI cancer detection system |
| 20 | 3D printed implants/prosthesis |
| 21 | Low cost phono-cardiograph |
| 22 | Tracheostomy tubes |
| 23 | Affordable smart walker |
| 24 | Automated external defibrillator on a drone for the patients with cardiac arrest or failure |
| 25 | Wheel chair with voice enabled RFID device for opening locked doors |
| 26 | Osteoporotic assisted device |
| 27 | C-arm capable of taking views of both antero-posterior and lateral shots without having to move c arm position |
| 28 | Spectacle with coring gorilla glass |
| 29 | Sensors on the spectacles which will prompt the patient about topography of the surrounding |
| 30 | Slit lamp supported on drone for the ophthalmological examination |
| 31 | User friendly affordable light weight digital device to monitor eye pressure |
| 32 | Simulation device with good haptic feedback for cataract surgery |
| 33 | Use of artificial intelligence to examine retina |
| 34 | Wireless hassle free multi parameter monitor for operation theatres |
| 35 | Robotic assisted physiotherapy |
| 36 | Swivel chair and accessories in ambulance to transport the patients with breathlessness |
| 37 | Caulking gun with autologous for fat transplantation |
| 38 | Bar code with audio prompt on medicine vials to minimize human errors. |
| 39 | Cost effective nasal prongs and tubing’s for heated humidified high flow nasal cannula oxygen. |
| 40 | Adrenaline auto injector |
| 41 | Development of model to accurately predict acute attack of asthma using analytical/physiological factors integrated with machine learning algorithms |
| 42 | Orthopaedic implants in the remote areas at low cost |
| 43 | AI based medical device to screen - Diabetic retinopathy - Ambulatory glucose profile - Triage tool for the radiology image - Human-AI interaction in robotic surgery - Health information registry and trauma registry |
| 44 | Simplified yet protective PPE to prevent fogging and heat generation in PPE |
| 45 | Assistance to cannulate the vein in infants |
| 46 | Automation in patient transfer facility |
| 47 | Device to monitor the oxygen delivery |
| 48 | Diaper to recognize wetting and bedsore |
| 49 | Device to diagnose sleep apnea |
| 50 | Device for chest physiotherapy |
| 51 | Distance sensor to increase the accuracy of thermo-scanners |
| 52 | Digital radiography |
| 53 | No contact stethoscope |
| 54 | Positioning device in OT to perform oro-nasal surgery and a cost effective micro-debrider |