2022-11-011 - IMMETCOLS - Development and Validation of an immune-metabolic signature (IMMETCOLS) to increase immunotherapy efficacy colorectal cancer patients

2022-11-010 - C-Sensor - Chemical optical sensor for nerve agent detection

Proposed sensor technology for multi-parameter detection using a single light source. The sensing structure consists of thin-metal layers of Chromium/Au or Ag/Au combined with Pd or Zinc Oxide as examples, where the sensing region has intersecting points that are illuminated by the light source allowing multiple parameter detection simultaneously. The design is compact and allows high integration of sensing capabilities in one device.

2022-11-013 - EPI_THROMB - 4 VALIDATED PLASMA MIRNAS BIOMARKERS FOR THE PREDICTION AND DIAGNOSIS OF VENOUS THROMBOSIS

A new In vitro Diagnostic Test based on 4 validated innovative plasma miRNAs biomarkers that will allow: -The development of a non invasive diagnostic and prognostic kit -The prediction for the risk of venous thrombosis event based in MicroRNAs -The diagnosis/prognosis of those people who would not be detected to develop thrombosis through conventional risk factors -To assess the risk of recurrence of thrombosis in patients who have already had it. This will allow to treat in a preventive setting patients with high risk with venous thrombosis and avoid a lot of costs assosiated incluing morbidity, mortality and helath-care expenses

2022-11-012 - PROTAIS - PROTECTION OF HEART AND BRAIN AGAINST ISCHEMIA

DJ 1 is a new protein with organ-protective properties capable of reducing the size of damaged tissue by protecting against ischemia and subsequent reperfusion of the damaged area.

2022-11-003 - BIOSERES - Biosourced epoxy resins

Innovative technology towards circular materials that involve the use of CO2 and waste by-product of the agriculture or food industry. This new materials, can be used in adhesives or coatings applications and constitute a real alternative to the oil-based materials found in the market. Moreover, this technology can be used for the valorization of carbon dioxide emissions contributing to climate action policies through the fixation of the CO2 molecule in the polymer material.

2022-11-015 + 2018-04-015 + 2017-03-017 - ISCHEMBURG - 3 - Minimally-invasive microsensors for ischemia detection

ISCHEMSURG IS A DISPOSABLE MEDICAL DEVICE THAT CONTAINS A MINITURIZED ELECTRONIC SENSORS (SIZE LESSTHAN 1mm) FOR A MINIMALLY INVASIVE MONITORING OF TISSUE ISCHEMIA

2022-11-014 - COAXIAL (3D-MUSCLE) - BIOPRINTING KIT FOR SKELETAL MUSCLE TISSUE

Our researchers have developed a universal 3D bioprinting technology capable of producing thin, homogeneous, and width-controlled free-form fibers using various cell-laden hydrogels. This method is especially suited for creating skeletal muscle tissues with biomimetic design and functionality. The technology includes a kit for 3D bioprinting (bioink + bioprinting methodology) and can be applied in the 3D bioprinting market, preclinical drug development and regenerative medicine.

2022-11-006 - mHealth - System for Early Assessment of Sleep Disorders and Healthy Sleep

mhealthySleep is a a new mobile health (mHealth) system, based on smartphone sensors and wireless devices, which could facilitate the early detection, assessment, and management of sleep disorders at home.