Nanoconjugates formed by dendritic molecules and peptides as antitumor agents against advanced prostate cancer.
The Research Group in "Dendrimers for Biomedical Applications" of the University of Alcalá presents a new invention that refers to the formation of nanoconjugates with antitumor activity, mainly against advanced prostate cancer. Nanoconjugates are composed of dendritic systems (dendrimers and dendrons) and neuropeptides. The dendritic molecules are mainly of carbosilane structure and with ammonium functions in the periphery. And the peptides are preferably of the glucagon / secretin family (VIP, GHRH, PACAP…etc.) The research group seeks companies from the Biomedicine, Pharmaceutical and Health sector, to establish licensing agreements, cooperation agreements or commercial agreements with technical assistance.
Universal sensor platform for immunoassay
The research group in Bioelectrochemistry and Biosensors of the University of Alcalá has developed a method for the construction of a universal analytical device that allows the adaptation of any ELISA format to an immunosensor format, in order to develop simple, low cost and easy to use sensors. This device is based on the sequential deposition of self-assembled monolayers of polymers and affinity elements, applicable for the detection and quantification of any analyte or target antigen in a liquid sample, which allows the development of "on-demand" immunosensors. The group looks for companies or institutions from agro-food, bio-sanitary and environmental sector, interested in reaching collaboration agreements, commercial agreements with technical assistance or patent licensing.
MercuRemoval Ltd. Project ID : 26-2015-3141
Fast and non-sequential measurement method for the light response of chlorophyll a fluorescence
New method for the measurement of the in vivo emission of chlorophyll a fluorescence by photosynthetic organisms, through the generation of light-response curves with independent observations, measured in a non-sequential and much faster way than the existing methods. The method combines the (i) projection in the sample of spatially separated light beams of different intensity or quality, using a digitally-controlled projector, with (ii) the measurement of the emitted fluorescence as a response to each light beam using an image fluorometer.
Non-invasive method to objectively determine the dynamics of the tear film and diagnose dry-eye disease (DED)
A new system for the assessment of the tear film quality and the diagnosis of dry-eye has been developed. Based on a non-invasive recording of images of the light reflected on the tear-film of the eye, posterior image processing allows the objective assessment of dry-eye. It’s a simple and cost-effective system easy to use in clinics.
AURA - Antenna for Underwater Radio Communications
Automatic RF frequency-tuneable technology to adjust antenna directional radiation pattern to optimize radio signal coupling with other devices such as autonomous vehicles (AUVs) or underwater sensors.
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