Publications
Seeking natural colors for foods and beverages |
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PepsiCo is evaluating different natural color ingredients and technologies to replace Yellow #5, Yellow #6, Red #40, and Blue #1 for multiple food and beverage brands in order to address consumer demand. Specific challenges are in the Red #40 (food) and Blue #1 (food & beverage) replacers. |
Seeking Recycling technologies for biodegradable films |
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We are looking for solutions to convert bio-based packaging back to starting materials or other high-value added chemicals (no fuels). |
Seeking safe and effective outdoor mosquito solutions |
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Seeking safe and effective outdoor mosquito solutions to help consumers enjoy their yard and outdoor spaces without the annoyance and inconvenience of mosquito bites. Mosquitos are a common nuisance and disease spreading insect. In addition to being vectors of disease, one of the main reasons we want to tackle this pest is to allow people to enjoy outdoor activities more frequently – e.g., eating outside, spending time with family, and watching outdoor sporting events. Here in P&G Ventures, we are looking for existing, in market solutions which exist globally that are specifically designed to kill or repel mosquitos. |
Muscle Strength Measuring Device |
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Background Manual muscle-testing and the use of a dynamometer are the most common methods to measure muscle strength. Currently used methods of semi- and quantitative measurement of maximal muscle strength require subject cooperation and thus depends on engagement of tested subject. Measuring muscle strength may be an important component of physical training or nutrition evaluation and assessment. Descricption of the Invention The lack of quantitative data of muscle strength resulted in the development of our device. Our solution is objective dynamometry. The device works on the principle of electrical stimulation of the musculus tibialis at the motor point by a series of stimulation with increasing intensity. The maximum muscle strength and muscle fatigue are determined from the measured values using torque sensor based on tensometric measurement. This noninvasive approach enables appropriately investigating the characteristics of muscles and assess distribution of fast and slow muscle fibers. Our device is intended not only for sports medicine (effect of training and nutrition on athletes’ performance) and for athletes themselves, but also for intensive medicine (sarcopenia, coma, long-term diseases). We have developed a prototype of second generation according to regulations that are required to follow for devices of such type. Advantages Currently, the devices on the market are based on dynamometric principle engaging human will. Our device operates objectively independently of human will. Our device is mobile, simple and easy-to-use. Our device is a suitable tool to screen for sarcopenia and identify effective ways for preventive and therapeutic interventions and thus prevent the disastrous consequences of sarcopenia. Moreover, our solution offers technique that teaches athletes how to improve their health and physical performance. |
Novel highly-sensitive microwave sensors for dielectric characterization |
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Microwave technology is of special interest for the implementation of low-cost, low profile, and highly sensitive planar sensors devoted to the analysis of material properties. Microwave sensors exhibit a wide range of potential applications, in so many different fields such as health/veterinary (monitoring of electrolyte concentration in blood or urine), industrial processes (fermentation monitoring, liquid concentrations, cleaning processes monitoring…) or construction (defect detection in infrastructures), among others. The main characteristics that make this sensor technology competitive are the high sensitivity and the possibility of real-time monitoring, the latter being very important since it offers the chance to save time and resources that could be critical in some industries |
Potentiometric sensors for the selective and direct detection of hydrogen peroxide |
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The present technology belongs to the medical field: by means of potentiometric sensors it is possible to detect the presence of hydrogen peroxide in clinical samples. This fact allows the development of devices for measuring hydrogen peroxide, preferably in a single undiluted whole blood drop out of the clinical laboratory. |
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