The project deals the production of non-halogenated veterinary prostaglandins. These pharmaceutical active substances will be produced by patent easygoing synthesis with regard to green production process. The production of these substances help increase profitability of cattle, and secondarily reduce the burden on public health and the environment.

New electrochemical sensors, biosensors, detectors and measuring protocols for monitoring of biologically active compounds important for environmental and human health protection will be developed. Attention will be focused on chemical carcinogens, pesticides, growth stimulators, drugs, coloring substances, and other detrimental compounds in environmental, biological, and food matrices. Modern electrochemical techniques and their combination with biological recognition principles (BRP) and novel separation approaches based on polymer membrane separation, hollow fiber microextraction,etc., will be used. The development and application of new and non-traditional electrode materials (boron doped diamond, amalgams, nanostructured materials,etc.) will be focused on overcoming limitations of traditional electrodes in complex environmental and biological matrices. Combination of novel materials with BRPs and nanostructured smart surfaces together with new approaches to preliminary separation should result in the increase of selectivity and sensitivity of new sensors and measuring protocols.

Technology of the continuous production of the printed memories elements and their implementation into flexible labels will be suggested. These labels enable high level of the product security and identification for the full automatized and robotized production and distribution process required by Industry 4.0 system. The security data will not be possible to change or forge and it will integrate the rewritable memory for the preservation of data enable to follow the product during its life cycle. Electronic security element will be supplemented by unique visual element. Reading device including software will be developed during the project for the reading and identification of the specific data stored in the memory system. Data will be read by contact way.

The main aim of the project is to write the first monograph in the Czech language concerning the construction of indigenous peoples´ identity through ethnonationalist movements and so called revitalisation movements on an example of the Iroquois. The principle outcome of the project will be articles in anthropological journals, a monograph based on a case study of the Iroquois. The results will be based on the findings from the fieldwork utulising predominantly qualitative methods. The project will focus on a study of group identity in the following areas: ethnicity (primordialism, constructivism), kinship systems, political anthropology (political representation). The influence of international organizations on the legislative systems of particular states aiming to define the status of the Aboriginal peoples will be also emphasised. A similar process can be observed in the Czech Republic in connection with the Roma minority.

The aim of the project is to develop and commercialize devices for the visual evaluation of weld quality in production. The issue of welds quality testing is a highly topical issue due to the extensive representation of welding operation for creating permanent joints in industrial production.

Currently, operators, or an automated quality-control system tailored to a specific production process, perform visual inspection of weld quality. The proposed solution will be unique in the implementation of special soft computing methods leading that the solution will adapt to the current conditions in production. With this proposal, the sensitivity of the device to changes in conditions (light conditions, position, and orientation of inspected products, ...) will be greatly reduced and applied to different types of production. The device will be usable in different types of welds and will be sufficiently effective for evaluation of weld quality in real-time.

The project has been proposed as interdisciplinary, its aims are found in the fields of second language acquisition and
educational sciences. This is also reflected in the composition of the research team. The project is focused on specific features
of English language acquisition of Czech learners, future teachers of English, in the Czech educational context and is intended to
contribute to uncovering its specific features. The project aims at identifying external and internal factors which influenced the
process of learning English as a foreign language of Czech learners. This will be achieved through a complex analysis of
individual language learning histories. Another project objective is to create a Czech corpus of learner English of spoken
communication, to conduct a linguistic analysis of the corpus and make such a corpus available for further research use.
Furthermore, the findings of the above-mentioned analyses will be interrelated.

Based on the proof-of-concept to develop a functional material suitable for the memory switching and information recording in an ion conductive thin layers of chalcogenides and to prepare a specimen for memory recording..