NanoBiomimetic Reagent-free Quantum Sensing
Our Pioneer QSensing(R) device for quantum sensing multiple biomarkers has orders of magnitudes sensitivity for diagnosing diseases based on Flexible Toroidal Josephson Junctions array working at room-temperature measured at zero-bias potential. Superconducting current and the quantum conductance is exponentially proportional to the biomarkers’ concentrations, are free-interference.
Eugris - One-Hour Antibiotics Sensitivity Testing
Astek Diagnostics has developed a platform for rapid antibiotic sensitivity testing. Every year, 1.7 million Americans are evaluated for sepsis - and too many die while waiting days for the correct antibiotic. Our platform determines antibiotic sensitivity in one hour.
Brain modeling as a service
We transform data from wearable sensors into actionable medical data. We provide a validated on-demand computational brain modeling platform that uses sensor data as input for numerical models of the brain and outputs a quantitative description of brain tissue strains and injury metrics.
Binding-Induced Nanostructured Dynamic Surface Assays
Chemeleon has created a platform technology for rapid, accurate and affordable diagnostics capable of detecting a broad range of analytes including drugs, proteins and viruses. This in vitro diagnostic assay provides a colorimetric readout in minutes, visual to the naked eye, without any readers, instruments, equipment or training.
Quantum-NanoElectroPore: Opto-electrical Platform for Multiplexed Single Biomolecule Sensing and Sequencing
Quantum-NanoElectroPore (Q-NEP) is a multiplexed hybrid tunneling junction-nanopore chip for detecting and sequencing biopolymers at the single-molecule level without requiring sample amplification. It combines single molecule delivery, quantum tunneling current detection and optical analysis in one high throughput chip platform enabling multidimensional analysis with high chemical specificity and accuracy.
A non-contact health measurement system
This system is used to measure the subject's vital signs in a non-contact manner. The system's product can be a robot or a functioning box, with the robot having an autonomous navigation system that can model the surrounding environment for accurate indoor navigation.
Wireless Sensing Medical Sutures For Post-Surgery Monitoring
A non-invasive wireless sensing (WISE) device that can communicate information from remote regions like a surgical site to an external device. It has a highly-miniaturised transponder that utilises harmonic backscattering technology. The WISE surgical sutures are able to sense and monitor bleeding, infections and any post-surgical complication in real time.
Fully injection molded Nasopharyngeal Swab
The Nasopharyngeal swabs are flexible sticks with a tip section that has been designed to collect and retain nasopharyngeal fluid samples from the patient, and channel the sample to a holder for testing of viral DNA. The complete swab is manufactured fully by injection molding.
Robossis: Surgical Robot for Long-Bone Fracture Alignment
We are developing Robossis, an orthopedic surgical robotic system, for treating femur fractures in hip and femoral shaft, which benefits surgeons by improving alignment by 90%. Unlike traditional femur fracture surgeries, Robossis enables the surgeon to accurately apply large traction forces and precisely align the fractured bone.
Infection and Inflammation Detection Microdevice
This technology consists of a microdevice that separates blood cells based on differences in antigen expression. Cells of the same phenotype are separated based on their activation levels during infection and resting, thus enabling the microdevice to provide differential cell counts as a diagnostic tool for infections and inflammations.
Posture Training Bodywear for Older Adults with Degenerative Scoliosis
Garment-based, integrated use of rigid, semi-rigid and flexible materials for passive corrective force and sensor-based system for active training. It can: Maintain patients’ current level of body function; Minimize symptom progression; Support body alignment and pain management; Incorporate the active training from biofeedback system
Novel Dual-modal Catheter Technology for Intravascular Ultrasound Imaging
This innovation provides high-resolution, high-sensitivity miniature dual-modal catheters using high-frequency piezoelectric materials with special design and micromachining techniques, leading to the improvement of the resolution and sensitivity of ultrasound imaging.
Use of TMEM219 agonists for the treatment of cancer, metabolic syndrome, obstructive respiratory disorders and related diseases
The invention relates to compositions comprising IGFBP-3 receptor agonist monoclonal antibodies and methods for the treatment of cancers, metabolic syndrome, obstructive respiratory disorders and related diseases with IGFBP-3 receptor agonist monoclonal antibodies.