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 | Seeking Natural Source of Benzoic Acid |
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PepsiCo is seeking natural extracts/technologies to potentially replace benzoic acid in high acid carbonated and non-carbonated hydration beverages. Project Scope: - Beverage Application - Non-carbonated and high acid Cold fill - Non-alcoholic application |
| | Seeking Moisture Barrier for Flexible Packaging |
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PepsiCo is looking for novel resins that can co-extrude with their core resins to form a skin layer with high functionality that can anchor metal to film or highly functional coatings which would serve the same purpose. Inherently high barrier coatings that can be applied as primer coating or top coating over metal could also be a solution. |
 | Seeking partners to develop innovative bi-valve solutions along the whole supply chain from sea to plate & beyond |
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We are looking to collaborate with individuals, companies or academic institutions to develop innovative solutions along the whole supply chain from sea to plate & beyond. |
 | Technology for analyzing and predicting the level of electromagnetic environmental pollution by 2G/3G/4G/5G mobile communication systems |
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University has developed and verified a technology for analyzing and predicting the level of electromagnetic pollution of the environment by 3G/4G/5G mobile communication systems. Potential partners can be mobile operators, companies that develop software and specialized expert systems. |
 | Sling for paretic limb - Special aid for patients after stroke or brachial plexus injury |
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Paresis of the upper limb is one of the most common consequences of a stroke or brachial plexus injury. Patients have difficulties controlling the paretic limb, especially against gravity so it can create overloading-induced soft tissue damage in the shoulder area, which can lead to the painful shoulder syndrome. Reduced ability of paretic upper limb to perform functional movements (e.g., reaching, grasping, and manipulating an object) leads to difficulties in performing daily activities and dependence of the individual on the help of others. In addition to the irreplaceable role of intensive rehabilitation, temporary positioning of the limb is necessary. For this, rehabilitation aids are used to improve the user’s self-service and quality of life. Common solution for positioning paretic upper limb are currently, for example, a non-woven triangular bandage or a „bag“ type arm sling in which the forearm is placed in a soft „bag“ with a free wrist. However, these aids can overload the cervical spine and cause pain, while at the same time, it can be difficult for the patient to fix the paretic limb in such aids by himself. Our invention is intended to be used for simple fixation of the paretic upper limb in the ideal position without the need to be hung over the neck area. The aid is intended to be used for temporary period, until the patient’s condition stabilizes, and he can already be equipped with a suitable orthosis or for a temporary period until the function of the upper limb improves. The positioning sling fixes the elbow joint and the wrist of the handicapped upper limb into a „pocket“, which forms a support and ensures the ideal position of the limb by preventing damage to the muscles and joints of the upper limb. Thanks to the elastic part, there is no overloading in the shoulder area and the sling does not slip and fits well. The sling can put on by the patient himself, thus increasing patient’s self-service and quality of life during recovery. The sling is suitable for patients after a stroke, with brachial plexus paresis, peripheral paresis and after injuries of the upper limb, where temporary positioning is necessary. It can also be used, for example, in Sudeck syndrome, which is associated, among other things, with the development of edema. The use of a sling ensures a smaller bend in the elbow joint and a better lymphatic drainage of the upper limb, thus reducing the edema, enabling better rehabilitation process and minimizing the occurrence of secondary problems. After being given instructions, the patient usually manages to put the device on the limb by himself. Main advantege is its simplicity - setting the appropriate length of the sling using velcro makes aid universal and efficient during recovery, it also improves patient’s self-service during daily activities. It is also easy to handle, which was confirmed by social workers and medical staff. It can be used both in home and institutional care. |
 | Fabric-Jacketed Elastomeric Tubes for Passive Flow Regulation |
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Centimeter-scale fabric jacketed elastomeric tubing with self-regulating distension in the radial direction which provides passive fluid flow regulation and can prevent asymmetric aneurysms in pressurized elastomeric tubes. Have potential application in biomedical “exomuscles”, massage therapy implements, or soft robotic actuators for various industrial purposes. |
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