SIRIS-Lab/unlabelled-sti-corpus huggingface dataset:
Enhancing social cohesion through sharing the cultural heritage of forced migrations

The ambition of the project is to contribute to social cohesion and fight refugee marginalization or exclusion by facilitating the encounters between similar life stories, through the mediation of innovative digital and artistic tools. Based on theories of cultural heritage-making, exposing the commonalities of past and present experiences, listening to the target groups’ needs and through the development of a methodology template of co-creative design of replicable digital tools and cultural products, SO-CLOSE will improve social cohesion and promote mutual understanding between refugees and their local communities. 
The resulting data and methodology will be used to develop several digital applications, for which purpose we have in our consortium strong technological partners with experience in this field. Working at the intersection of history, sociology, cultural studies, art and computer science, SO-CLOSE will design educational and cultural tools like interactive cookbooks, interactive documentaries based on immersive video recording, AI-powered Chatbots, interactive exhibitions based on personal memories and storytelling or an online platform, named Memory Center, built as a content aggregator and services platform.
SO-CLOSE development will be implemented in four different pilot locations, selected due to their similarities with the present and for the actual existence of memory and intangible cultural heritage:

- VDA, Krakow (Poland)
- Trikeri Island Concentration Camp (Greece)
- MUME de l’Exili (Spain)
- MONTE Marzabotto (Italy

Planned Memory Center interactive platform with its embedded repository of multimedia content and advances services, will be a global instrument transforming old-fashioned museums in Living Labs through designing new cultural experiences based on the cultural heritage of refugees addressing to generate social awareness.
Camouflage of Severe Skeletal Class II Gummy Smile Patient Treated Nonsurgically with Mini Implants

Skeletal class II has always been a challenge in orthodontics and often needs assistance of surgical orthodontics in nongrowing patients when it presents with severe discrepancy. Difficulty increases more when vertical dysplasia is also associated with sagittal discrepancy. The advent of mini implants in orthodontics has broadened the spectrum of camouflage treatment. This case report presents a 16-year-old nongrowing girl with severe class II because of retrognathic mandible, and anterior dentoalveolar protrusion sagittally and vertically resulted in severe overjet of 13 mm and excessive display of incisors and gums. Both maxillary central incisors were trimmed by general practitioner few years back to reduce visibility. Treatment involved use of micro implant for retraction and intrusion of anterior maxillary dentoalveolar segment while lower incisors were proclined to obtain normal overjet, and overbite and pleasing soft tissue profile. Smile esthetics was further improved with composite restoration of incisal edges of both central incisors.
Supporting enterprises registered under the Tourism Act as a tour operator or travel agent to overcome the economic consequences of the COVID-19 pandemic

Supporting enterprises registered under the Tourism Act as a tour operator or travel agent to overcome the economic consequences of the COVID-19 pandemic
Anti-Pseudomonas aeruginosa biofilm nano-in-hydrogel

Pseudomonas aeruginosa (PA) is ubiquitous gram-negative bacteria. PA is a serious threat and is considered as a critical priority for treatment development by various institutions such as the World Health Organization. PA can cause infections on various location such as eyes, lung, skin (wounds). Immunocompromised patients are especially at risk, as PA is also able to colonize domestic and hospital fixtures. To add insult to injury, the infection is hard to treat and the number of antibiotic resistant PA is on the rise. The major challenge opposed by PA is its biofilm. Biofilms are a structured bacterial community embedded in a matrix composed of exopolysaccharides, proteins, extracellular DNA, and lipids. PA present in the biofilm are a thousand times less sensitive to antibiotics than their planktonic form. The MONAGEL project propose to fight the PA in the biofilm by developing a hydrogel made of cross-linked lipid nanoparticles. The lipophilic core of the lipid nanoparticles will be used to encapsulate hydrophobic active ingredients, the aqueous cavities of the gel will be used to encapsulate hydrophilic ones. The hydrophobic and hydrophilic compartment will enable work with a broad variety of molecules such as fluorescent probes (which will permit a thorough characterisation of the gel) or active ingredients such as antibiotics and pathoblockers. The latter molecule will be efficient to design the gel towards fighting PA biofilm either by inhibiting quorum sensing (bacterial communication) or lectin interaction (key role in biofilm formation). Well thought work and contingency plans have been put in place to ensure the success of MONAGEL development. The innocuity of the system will be assessed on various cell lines, and the antibiofilm efficacy will be tested on in vitro models. In the end, the MONAGEL efficacy will be demonstrated on a co-culture model (epithelium + biofilm) as a proof-of-concept to serve as a selling point for further development.
Substance-related environmental monitoring strategies regarding soil, groundwater and surface water — an overview

Substance-related monitoring is an essential tool within environmental risk assessment processes. The soundness of policy decisions including risk management measures is often directly related to the reliability of the environmental monitoring programs. In addition, monitoring programs are required for identifying new and less-investigated pollutants of concern in different environmental media. Scientifically sound and feasible monitoring concepts strongly depend on the aim of the study. The proper definition of questions to be answered is thus of pivotal importance. Decisions on sample handling, storage and the analysis of the samples are important steps for the elaboration of problem-oriented monitoring strategies. The same applies to the selection of the sampling sites as being representative for scenarios to be investigated. These steps may become critical to handle for larger international monitoring programs and thus trigger the quality of their results. This study based on the work of an IUPAC (International Union of Pure and Applied Chemistry) task group addresses different kinds and approaches of substance-related monitoring of different compartments of soil, groundwater and surface water, and discusses their advantages and limitations. Further important aspects are the monitoring across policies and the monitoring data management using information systems.
Pliocene reversal of late Neogene aridification

Significance The warm climates of the Pliocene epoch are considered our best analog for a future anthropogenic greenhouse world. However, understanding of the nature of Pliocene climate variability and change on land is currently limited by the poor age control of most existing terrestrial climate archives. We present a radiometrically dated history of the evolution of Southern Hemisphere vegetation and hydroclimate from the latest Miocene to the middle Pliocene. These data reveal a sharp increase in precipitation in the Early Pliocene, which drove complete vegetation turnover. The development of warm, wet early Pliocene climates clearly reversed a long-term Southern Hemisphere trend of late Neogene cooling and aridification, highlighting the question of what initiated this sustained, ∼1.5-My-long interval of warmth.
Advancing frontiers in personalised foods for seniors through nanotechnology and 3d printing aiming enhanced nutrition and superior flavor

Ageing accelerates the prevalence of malnutrition due to physiological changes, such as masticatory and swallowing dysfunctions, body composition changes and special nutrition needs. In addition, degradation of sensory functions in seniors results in an appetite decrease. Therefore, personalised foods that enable optimal nutritional maintenance and food pleasantness are required, being a cornerstone for healthy ageing. The main goal of this research project is to provide innovative and feasible strategies to manufacture personalised foods for older adults with superior nutrition and sensory properties. This action proposes the combination of promising techniques including nanoencapsulation, food enrichment and 3D printing to manufacture personalised foods. 3D printing is a versatile and emerging technology that will enable fast food manufacturing and flexibility to formulate products with target texture and special nutrition needs. Food enrichment with functional compounds (e.g. flavourings and bioactive compounds) can improve the quality and functionality of printed foods. For instance, flavourings can reinforce the taste and smell of printed foods, making them more palatable; while fortification with bioactive compounds can promote health. However, the process of food fortification entails technological challenges, affecting the food attributes. This will be addressed using nanostructured delivery systems for protecting and/or enhancing the performance of functional compounds. The work plan of this project proposes: 1) the fabrication of nanoparticles and nanostructured layers using electrospraying and ultrasonic spray for delivering bioactive compounds and flavours; 2) the design of texture-modified foods using 3D printing containing nanoparticles or nanostructured layers loaded with functional compounds; 3) the evaluation of the quality and functionality of the new foods developed, and 4) the development of an industrial protocol for printed foods manufacturing.
New players in immunometabolism: investigating the role of succinate and pyruvate kinase in t cell immunity

Despite major advances in the development of novel immunomodulatory drugs, the incidence of many immune disorders such as allergic and autoimmune diseases is increasing worldwide, particularly in Western countries. Innovative therapeutic targets must be identified to limit the social and economical impact of such pathologies, and a better understanding of the pathways involved in immune cell activation and functionality is needed. The SPArKLE action will provide an outstanding training programme to an experienced researcher (ER) in the research area of immunometabolism, a novel exciting frontier in immunity and inflammation, which investigates the importance of intracellular metabolic modulation in immune cell functions. By using a multidisciplinary approach spanning from basic biochemistry to immunology and in vivo studies, the goal of the SPArKLE research activity will be to evaluate the role of the metabolite succinate and of the enzyme pyruvate kinase (PK) in the effector functions of CD4+ T lymphocytes and in the development of autoimmune and allergic diseases. Succinate and PK where recently identified as key players in immune cell-mediated inflammation, but their involvement in the activation and functionality of T cells have never been investigated thus far. This research project may identify a T cell-specific role for succinate and PK, the targeting of which could have therapeutic utility in inflammatory and autoimmune diseases. The SPArKLE fellowship will also allow the ER to strengthen transferable skills such as communication/dissemination of results, mentoring and scientific writing, and to acquire novel competences in terms of results exploitation, entrepreneurship and project coordination. Overall, the SPArKLE training programme will expand the ER scientific background and interests and his employability and leadership potential, with the final goal to help him start an independent research career in an academic or non-academic institution.
Are microbes the ultimate drivers of subsurface weathering? rates, actors, mechanisms and nanoscale imprints of the bioweathering of fresh and aged silicates

The ambition of this proposal is to provide the very first realistic assessment of the contribution of microbes to subsurface silicate weathering rates. The motivation is simple: ~70% of Earth’s bacteria and archaea live underground, and microbes have long been suspected to impact silicate weathering rates, which affect the Earth’s climate. However, the rates and mechanisms of silicate bioweathering essentially remain a terra incognita, particularly in basalt settings. Such environments are suggested to be a potential host for early life and represent prime targets for massive injections of CO2 to fight against global warming, whose success strongly relies on silicate reactivity. Having a deep insight on the respective biotic and abiotic contributions to subsurface silicate weathering rates is therefore fundamental and urgent.
Providing such estimates requires to overcome a twofold challenge: 1) to quantify dissolution rates in aqueous fluids that sustain endemic microbial communities and at the same time 2) to supersede the classical use of freshly ground substrates, whose reactivity is orders of magnitude greater than that of aged silicates long altered in natural settings.
This proposal offers a solution: An interdisciplinary and non-conventional approach to assess the contribution of microbes to silicate weathering rates in complex environmental media. It consists in measuring dissolution rates using non-invasive nanotopography measurements of the silicate substrates reacted in natural solutions. These substrates will be treated beforehand to get surface properties that mimic various stages of aging. These measurements will be combined with studies of the microbial diversity associated with the substrates, innovative nanoscale characterizations of the reacted surfaces, and modeling of the dissolution process based on first principles. This strategy will provide an unprecedented and timely picture of the functioning and rates of subsurface silicate bioweathering.
Vocal tract dimensional development of adolescents: An acoustic reflection study

The purpose of the study was to investigate the effects of age and gender on adolescents' vocal tract dimensional development with acoustic reflection technology (ART).A total of ninety-five male and female adolescents aged between 10 and 18 divided into three age groups were tested with acoustic reflection technology (ART) and acoustic program to secure their vocal tract dimensional parameters and the vowel formant frequencies.Significant age and gender effects were found not only in vocal tract length, but also segmental volumetric measurements, as well as the vowel formant frequencies.The findings of this study have provided insights on the developmental trend of adolescents' vocal tracts. The study has also offered a preliminary anatomical database of adolescents' vocal tract dimensional growth for otolaryngologists, clinical anatomists, speech therapists and other health professionals of swallowing, respiration and communicative disorders.
Tectonic Activities and Evolution of the Red River Delta (North Viet Nam) in the Holocene

The Red River delta with an area of about 12 620 km2 is one of the largest deltas of Viet Nam and it also is one of the remarkable deltas of Asia. The delta was formed during the Holocene, mainly from 9000  years ago to the present. The Red River delta belongs to the NW tip of the large tertiary basin that is the Red River basin (Song Hong basin). The NW tip of the Red River basin presents as Ha Noi graben, which is controlled by the Chay River fault in the SW and the Lo River fault in the NW. Both faults are belonging to the regional Red River fault zone that is a boundary between the South China block and the Indochina blocks. The Red River delta was formed on the top of tectonic active area. Due to tectonic activity the Red River bed is differentiated and revealed as in-uniform distribution of the Quaternary sediments. Evolution of the Red River delta has been closely connected with the Pliocene‒Quaternary tectonics, specifically during transgression period after the last glacial maximum. The submarine area advanced along the NE and SW subsidence zones of the Red River delta area and created two remarkable lagoons, meanwhile the central part it had resisted transgression process and created a protrusive zone. Our study recognized that there were at least two tectonic movements occurred in the region since the Late Miocene, after a cessation of left-lateral strike slip of the Red River fault zone: those are NE‒SW compression and then NE‒SW extension under the general right-lateral strike slip of the Red River Fault Zone.
MONITORING A CONDITION OF A COMPONENT IN A ROTATING CONTROL DEVICE OF A DRILLING SYSTEM USING EMBEDDED SENSORS

In accordance with some embodiments of the present disclosure, a drilling system comprises a drill string and a rotating control device (RCD) associated with the drill string. The RCD includes a seal element composed of an elastomeric material. A sensor is embedded in the seal element and detects a drilling condition associated with the RCD during a drilling operation. A control system determines wear of the seal element based on the drilling condition.
Nano bubbles: how, when and why does science fail to correct itself?

Science relies on the correction of errors to advance, yet in practice scientists find it difficult to erase erroneous and exaggerated claims from the scientific record. Recent discussion of a “replication crisis” has impaired trust in science both among scientists and non-scientists; yet we know little about how non-replicated or even fraudulent claims can be removed from the scientific record. This project combines approaches from the natural, engineering, and social sciences and the humanities (Science and Technology Studies) to understand how error correction in science works and what obstacles it faces, and stages events for scientists to reflect on error and overpromising.

The project’s focus is nanobiology, a highly interdisciplinary field founded around the year 2000 that has already seen multiple episodes of overpromising and promotion of erroneous claims. We examine three such “bubbles”: the claim that nanoparticles can cross the blood-brain barrier; that nanoparticles can penetrate the cell membrane; and the promotion of the “protein corona” concept to describe ordinary adsorption of proteins on nanoparticles. Findings based on error (non)correction in nanobiology should be generalizable to other new, highly interdisciplinary fields such as synthetic biology and artificial intelligence.

We trace claims and corrections in various channels of scientific communication (journals, social media, advertisements, conference programs, etc.) via innovative digital methods. We examine error (non)correction practices in scientific conferences via ethnographic participant-observation. We follow the history of conferences, journals, and other sites of error (non)correction from the 1970s (before nanobio per se existed) to the present. And we attempt to replicate nanobiological claims and, in case of non-replication, document obstacles to correcting those claims. Finally, we will spark a dialogue within the nanobiology community by organizing workshops and events at c
MARINANOW_BANDO R&S

MARINANOW SERVICES 3.0. THE PROJECT AIMS TO BECOME A TRANSNATIONAL HUB IN THE NAUTICAL MARKET, AIMING TO INCREASE PROFITABILITY AND PROMOTE THE TERRITORY THROUGH THE MARINANOW.COM PLATFORM. THE RESULT OF GROWTH IN THE VOLUME OF BUSINESS WILL DERIVE FROM THE ARTIFICIAL INTELLIGENCE PROJECT TO TARGHETTISE CUSTOMERS, PROVIDE PORTS, CHARTER COMPANIES, SERVICE AGENCIES, AND HOTELS OF THE MEDITERRANEAN AREA WITH A COMPLETE MANAGEMENT SYSTEM. THIS SYSTEM WILL BE IMPLEMENTED AS A TECHNOLOGICAL PLATFORM THAT WILL ALLOW YOU TO DIGITISE DOCUMENT EXCHANGES NECESSARY FOR RECREATIONAL VESSELS FOR THE ENTRY AND EXIT PHASE, TO BOOK A BERTH AND TO BOOK AVAILABLE BOATS IN REAL TIME. THE PLATFORM WILL ALLOW YOU TO ENTER ALL THE SERVICES THAT REVOLVE AROUND THE SECTOR WHICH WILL BE EASILY INTERCEPTED AND BOOKABLE WITH A CLICK DIRECTLY FROM THE MANAGEMENT SYSTEM
PAINTER'S CANVAS INCLUDING AN AGENT CAPABLE OF TRAPPING FORMALDEHYDE AND MANUFACTURING PROCESS

The present invention relates to a painter's canvas based on glass fibers intended to be applied to an interior surface of a building, which includes an agent capable of trapping formaldehyde chosen from compounds comprising active methylene(s), hydrazides, tannins, amides, amino acids, peptides and proteins. Another subject of the present invention is the process for producing said painter's canvas.
Field evaluation of the efficacy, compatibility and serologic profiling of a combined vaccine against porcine reproductive and respiratory syndrome and Haemophilus parasuis in nursery pigs

The aim of the study was to compare the efficacy and compatibility of a separate or combined vaccination against the porcine reproductive and respiratory syndrome (PRRS) and Haemophilus (H.) parasuis. The study was conducted in a 1200 head nursery farm. A total of 360 piglets at an age of 26 days were randomized into three groups. Group A was vaccinated separately against H. parasuis (Porcilis(®)Glässer) and PRRS (Porcilis(®)PRRS), group B was vaccinated with a combined vaccine of both vaccines and group C remained unvaccinated as control group. The compatibility was evaluated by measurement of the body temperature and a palpation score of the injection site 0, 4, 24 and 72 h after vaccination. During the nursery and the fattening period the average daily weight gain (ADWG), the number of runts and the mortality was evaluated. Additionally blood samples were taken every 2 weeks during the nursery period to perform an OppA-ELISA and a PCR for PRRS virus. No significant difference could be seen regarding the body temperature between group A and group C. Piglets which were vaccinated with the combined vaccine showed a significantly higher body temperature 4 and 72 h post vaccination than piglets from group A. The palpation score was significantly higher in group A 4 and 24h post vaccination compared to the control group, whereas no significant difference was observed between group A and B. No significant differences between groups were seen in the ADWG during the nursery period. The mortality rate during the nursery period was significantly higher in group C than in group A. The ADWG during fattening was significantly higher in the vaccinated groups than in group C. A PRRS genotype1 field virus was detected at the end of the nursery period. No significant differences were observed in the number of OppA-ELISA positive animals, but vaccinated pigs seemed to react earlier. All pigs of the vaccinated groups that were positive in the OppA-ELISA did not develop Glässer's disease and remained in the study until slaughter. The combined administration had no negative influence on efficacy but showed a slightly worse compatibility than the separate administration of both vaccines. The results of the present study indicate that vaccination against Glässer's disease using Porcilis(®)Glässer might influence the results of the OppA-ELISA.