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04 ES SEOT
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04 DK DKEJ
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04 FI FILC
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04 AT ATBI
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04 IT LAPM
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04 FI FIFS
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04 DE HRIM
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New biostimulants that increase plants'
resistance to stress
Advanced bread and pastry production
technologies
Ghiaccio-type peach varieties
Recovery and valorisation as feed of
cheese whey
Hygienic robot with multiple grips
1,2,4 – triazole derivatives with
cannabinoid properties with therapeutic
applications
New biomarkers for early diagnosis of
widespread tumours
Ultrasonic bladder volume monitor
Method to immobilize polypeptides
Hi-Speed cleaning process for
implantable bone slices
External Quality Control Programmes for
use in the microbiologic area for
molecular diagnostics
Ultrasound simulation technology for
biomedical industry
Finite Element Methods with WEB-
Splines
New optical tactile sensor for 3D
controllers and other applications
Universal intelligent control system
The Plant Physiology group at the Universitat Jaume I in Castellon has developed a series of new substances that induce
natural mechanisms to increase resistance to infection caused by different pathogens. These biostimulants also reduce
the effects of the stress factors that limit agricultural production. The group is seeking possible partners from the
agrochemical sector with whom to develop new products or to license products that have already been patented.
A Spanish company has developed technologies to produce a vast range of advanced and new products based on dough
(refrigerated, frozen and pre-fermented frozen), parbaked bread and pastry (to be finished in a microwave oven, frozen,
refrigerated and at room temperature) and long-life bread and pastry (from 2 weeks to 2 years). The technology is fully
developed and tested in industrial clients. Food companies are sought to transfer the technology and set up
manufacturing plants.
A new type of peach varieties named "Ghiaccio" has been created by an Italian research centre. The Yumyeong Korean
variety was used as parent, crossed with different genotypes, to obtain “Ghiaccio” type varieties. Three different types
distinguished by the numbers 1, 2, 3 depending on the ripening time have been created. The institute is looking for fruit
tree nurseries and fruit producers.
An Italian research centre has performed during the last years several research activities on the product/process
innovation for the agro-food and agroindustrial sector, aimed at protection and valorisation of typical products, to
quality promotion and environmental compatibility. The technological innovation in the dairy industry was one of the
main tasks of such a work. The centre is looking for dairy factories and industries.
A German inventor develops equipment and plants for the food industry. The new equipment is a robot especially
developed for the food industry. It has the ability to grip and centre the product. The user can adjust the position of the
product. The inventor is looking for a joint venture or license agreement.
Two Spanish research organizations have developed 1,2,4 – triazole derivatives with cannabinoid properties used
therapeutically due to their antagonistic nature. The research group is looking for pharmaceutical companies interested
in the development at clinical scale.
International research institutions led by Italian consortium are developing new strategies/technologies for early
diagnosis of specific types of cancer. Novel predictive biomarkers identified in both early stages of mammary
carcinomas and in non-small lung carcinomas. The new technology integrates bioinformatic analysis with modules
related to cancer predictions. New instruments based on National Cancer Institute protocols framework are being
developed. Seeking SME dealing with bio-informatics.
A small Danish company has developed a new ultrasonic bladder volume monitor for long-term monitoring of urology
patients. The advantages over other ultrasonic bladder scanners include the fact that it is wireless, less bulky, and uses
separate phased-array ultrasonic transducers for improved ergonomics and bladder wall detection. The company is
looking for industrial partners interested in further development.
A Finnish research centre has created a novel technology to immobilize polypeptides on various surfaces. The invention
can be used to attach proteins and protein-hybrids in their native form on surfaces for diagnostics and biosensor
development. The advantages include gentleness (protein remains in native form) and no need for hard chemicals or
special equipment. Proteins can also be detached from the surface. The company is looking for an industrial partner to
commercialise the invention.
An Austrian research organisation developed a new process for efficiently removing filling material from spongy bone in
order to produce material for bone implants. The new procedure permits to treat whole bone slices with a thickness of 5
mm and more instead of cleaning granulated pieces of bone, and to process them by performing the main cleaning step
within minutes. The research organisation is looking for license partners for this technology as well as interested
hospitals for first trials.
An Italian company offers a series of External Quality Control programmes for molecular diagnostics. These programmes
are certified and all focus on quality control of the extremely delicate laboratory applications within the field of
molecular diagnostics, and more specifically, in the microbiology, oncology and genetic sectors. The company is looking
for joint venture agreement and commercial agreement with technical assistance.
A Finnish university has developed a technology and related software package to simulate ultrasound fields. The
software has been used in simulations of ultrasound pressure fields in complex media, hydrophone measurements, and
optimised ultrasound surgery planning. The university is seeking to license or further develop the technology for the
biomedical industry.
A German university has developed a novel type of finite elements, so-called WEB-splines (Weighted Extended B-
splines), for solving two- and three-dimensional boundary value problems. The resulting WEB-method does not require
any grid generation and therefore can be implemented very efficiently. Moreover, highly accurate numerical solutions
are obtained with relatively few parameters. The university is looking for licensees and is willing to cooperate for further
development.
Swiss researchers have invented a new method for constructing cost-effective, robust tactile sensors with high numbers
of input degrees of freedom. The technology can be used for user-friendly computer input devices to provide 3-
dimensional input in an intuitive way, or for robust, high-resolution tactile sensors (including artificial “hair” sensors)
for robots or other devices. A partner is sought, to acquire the technology, build a commercial prototype and
manufacture and market the device.
A Spanish SME has developed an innovative intelligent control system that effectively and efficiently manages all kinds
of devices in any open or close environment with a minimum investment. The system is applicable to the control of
residential areas (houses, gardens, garages) or forest (fire detection, furtive hunting), with substantial saving of
resources, mainly power. They are looking for partners for license or commercial agreements with technical assistance.
A G R I C U L T U R E A N D M A R I N E R E S O U R C E S
A G R O F O O D I N D U S T R Y
B I O L O G I C A L S C I E N C E S
E L E C T R O N I C S , I T A N D T E L E C O M M S
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