SIRIS-Lab/unlabelled-sti-corpus huggingface dataset:
Osmoregulation and growth in offspring of wild Atlantic salmon at different temperatures

In order to investigate how changes in gill Na+, K+-ATPase (NKA) α1a, α1b subunits, Na+, K+, 2Cl− cotransporter (NKCC1) and the apical cyctic fibrosis trans-membrane conductance regulator (CFTR-I) transcripts in wild Atlantic salmon, Salmo salar, smolts are affected by temperature during spring Atlantic salmon parr (initial mean length 12.8 cm, s.d. = 0.6, mean mass 22.1 g, s.d. = 3.2) originating from the Vosso river (western Norway) were reared under three temperature regimes (5.1, 8.1 and 10.8 °C) from March to May. The temperatures reflect the natural temperature range in the study river during late spring. Findings from the present study indicate that smolt development differs within same strains held at different temperatures. Hence an absolute lower temperature limit for smolt development in wild salmon may be difficult to define. Overall present findings indicate that the smolt window will be narrower in warmer water. A temperature controlled smolt window may signify serious implications for smolt survival in wild (i.e., if migrants are delayed by obstacles or if hatchery produced smolts are released to late).
PUZZLE GATE

A safety gate is provided with one or more of a curved path for holding a pressure mount to prevent unlocking, and a color-coded locked/unlocked status indicator for use in openings, such as doorways, to provide a barrier for a small child or for any other suitable use. The changing of the colors, from, for example, red to green indicates to a user that the gate is locked (green) or unlocked (red). The door opening mechanisms may allow the door to be unlocked or locked with one hand.
Amphiphilic peptoids as general tool for membrane proteins stabilization and crystallization

“Pro-Membrane” is an extensive project which has been structured to face multiple tasks of different levels of innovation and risk. In its longest-term and most ambitious goal, Pro-Membrane, aims to face the still not solved challenge of stabilize and crystallize Membrane-Proteins (MPs). This study will use, as innovative tool, well-ordered and disordered functionalizable amphiphilic peptoids  for structural determinations.  Peptoids could indeed succeed where other classes of molecules previously failed, answering to the pressing need of a new method able to establish the specific interactions to stabilize and crystallize each MP. Their peculiar nature helps them to easily cross the membrane and their modular synthesis give access to an infinite combination of molecules. Despite their interest, a systematic and comparative study of their physical properties and self-assembly capacity was never done before. The multidisciplinarity of this work, between Organic Chemistry, Biophysics, and Structural Biology will be achieved through a strict collaboration between all the participants. Training through research and implementation activities have been planned to maximize the candidate’s profile in order to support his career perspectives.
Study on V-Bending of Aluminium Foam Sandwich Panels

The forming of the completed aluminium foam sandwich (AFS) panels would determine an improvement in the manufacturing of parts and panels. In this paper the authors have investigated the formability of AFS through experiments. the load versus punch stroke curve and deformation procedures of Aluminium foam sandwiche panels was investigated by performing V-bending experiments. A serious problem encountered in the V-bending was bending-induced large transverse shear deformation of the skin-core layer. It causes the delamination of the AFS. It was found from experimental observations that the large shear defomation progresses rapidly only at the final stage of V-bending. Consequently, the air-bending operation for Aluminium foam sandwiche panels is recommended for suppressing the shear deformation of skin-core layer to within an acceptable limit.
Polyphenols and antioxidant properties of extracts from Mentha pulegium L. and Matricaria chamomilla L.

Introduction: Mentha pulegium L. and Matricaria chamomilla L. are used in the Algerian folk medicine. This study was carried out to determine the antioxidant activity of these plants and their polyphenols contents. Methods: The antioxidant capacity of the plant extracts was determined by the scavenging activity against 1,1-diphenyl- 2-picrylhydrazyl (DPPH) and β-carotene/linoleic acid model system. Total phenolic content in these extracts were determined using Folin-Ciocalteu's reagent. Results: The methanolic extract (MeE) of Mentha pulegium L. showed the highest yield of extraction (14.4%). Whereas, the aqueous extract (AqE) of Matricaria chamomilla L. had the highest yield (18.56%) from total extracted plant material. Moreover, the ethyl acetate extract of Mentha pulegium L. contains high amount of total polyphenols; tannins and flavonoids (191.99 µg gallic acid equivalent/g dry extract; 265.33 µg tannic acid equivalent/g dry extract; 110.37 µg quercetin equivalent/g dry extract; 151.11 µg rutin equivalent/g dry extract) respectively. This extract possessed high antioxidant activity (IC 50 =0.017 mg/ml) in the DPPH assay whilst the chloroformic extract (ChE) is more efficient in the β carotene/linoleic acid assay with (61.07%). The ChE of M. chamomilla contains the higher value of flavonoids (197.43 µg quercetin equivalent/g) and total polyphenols were abundant in MeE. The ethyl acetate extract of this plant had the highest antioxidant activity (IC 50 = 0.0111 mg/ml) in the DPPH assay, while chloroformic extract shows appreciable inhibition value (37.15%) in the β carotene/linoleic acid assay. Conclusion: These results provide useful information about the utilization of these plants as natural antioxidants in food and in folk medicine.
A GPU-based discrete element modeling code and its application in die filling

Abstract In this study, parallelization of a Discrete Element Method (DEM) code titled Trubal was carried out based on the CPU–GPU heterogeneous architecture where both two- and three-dimensional cases were assessed. In Trubal, the particle–particle/wall interaction rules are governed by the theoretical contact mechanics which enable the direct use of real physical material properties in the calculation. We reconstructed Trubal in two steps: reconstruction of the static storage structure; essential parallelism on the relative newer version code. Numerical simulations were implemented to present the benefits of this research. Firstly, two simulations of die filling with a moving shoe involving 6000 and 60,000 two-dimensional particles were conducted under (i) NVIDIA Tesla C2050 card together with Intel Core-Duo 2.93 GHz CPU and (ii) NVIDIA Tesla K40c card along with Intel Xeon 3.00 GHz CPU. Average speedups of (i) 4.69 and 12.78 as well as (ii) 6.52 and 18.60 in computational time were obtained, respectively. Then, a simulation of die filling with a stationary shoe containing 20,000 three-dimensional particles was carried out under the same conditions where average speedups of (i) 12.90 and (ii) 19.66 in computational time were obtained, respectively. It is shown that the final version parallel code gave a substantial acceleration on the original Trubal.
Subvention accordée à l’hôtel U Stefaniaków Teresa Stefaniak pour financer ses activités actuelles et assurer ses opérations quotidiennes

Le projet prévoit des subventions pour la société Hotel U Stefaniaków Teresa Stefaniakak opérant dans le secteur de l’hébergement, qui a souffert de la pandémie de COVID-19. À la suite de la pandémie, le chiffre d’affaires a considérablement diminué. La subvention assurera le maintien de l’activité commerciale et de l’emploi pendant une période d’au moins trois mois civils.
Additional file 1 of Cultural adaptation of the mental health first aid guidelines for assisting a person at risk of suicide in Brazil: a Delphi expert consensus study

Additional file 1.
Evaluation of High-Sensitivity FeGa/PZT Stacked-Layer Magnetic Sensor

The FeGa/PZT stacked-layer magnetic sensor was studied. The prototype sensor is 15mm long and 6mm wide with two 880μm-thick FeGa layers and a 590μm-thick PZT layer. The theoretical sensitivity using a simple model was calculated to be 69.6mV/Oe. The resonant modes were analyzed using a FEM simulator, resulting in the fundamental resonant frequency of 5.38kHz. A magnetic field was applied to the longitudinal direction of the sensor to cause a longitudinal stress magnetostrictively, which produces a piezoelectric output voltage in the PZT layer. The dependences of the magnetic sensitivity on the DC bias magnetic field were evaluated, together with the frequency characteristics and the temperature dependences. The measured sensitivity agreed roughly with the calculated one. A prototype with a single magnetostrictive layer was also fabricated and evaluated for investigating the possibility of the resonant sensor.
The use of seismic attenuation for monitoring saturation in hydrocarbon reservoirs

We used a theoretical rock physics forward modelling and synthetic time lapse seismic data to show the possible use of attenuation to monitor hydrocarbon saturation in reservoirs. Given the time variant changes in saturation and the properties of the reservoir rock, the rock physics anelastic model (Mavko et al. 1998) is used to formulate a theoretical curve to observe the dynamic effects of saturation on attenuation. The partial saturation part of the curve is used to formulate a relation between attenuation and saturation. Attenuation is measured in time lapse synthetic seismic records and the curve-based relation is used to invert the approximate corresponding saturation that gave rise to the attenuation measured in seismic data (AMSD). Results from the study show that: AMSD can be used to monitor hydrocarbon saturation in reservoirs, if a relationship between AMSD and saturation is known; the saturation values predicted by the theoretical model are consistent with the saturation values inverted from the seismic derived attenuation. Apart from saturation, attenuation depends on porosity and mineral composition of the rock, and the property of the saturating fluid(s). For the case studied, at a saturation of 0.7, a 10% reduction in porosity caused 5.9% rise in attenuation, while a 10% reduction in the bulk modulus of the saturating fluids caused 11% reduction in attenuation.
Arsinoe 3D. La narrazione digitale di uno scavo archeologico

tracce dell'antica Arsinoe in un'area che oggi è stata urbanizzata ed appartiene alla periferia della città di Fayum, in Egitto.La notevole quantità di reperti rinvenuti durante gli scavi e le ricerche sviluppate nel corso degli anni motivano oggi la necessità di avviare un processo di digitalizzazione della memoria per analizzare e ricucire una storia che ha luogo in diversi momenti.Lo sviluppo di una piattaforma digitale in cui inserire, in modo organizzato, reperti e informazioni morfologiche, storiche, materiche e di localizzazione ad essi connessi, rende possibile l'interazione con le ricostruzioni virtuali, promuovendo una nuova accessibilità sia all'area archeologica, oggi scomparsa, che alle diverse ricerche che su questa si sono nel tempo avvicendate.
InNoVativE Sustainable sTart-ups for the MEDiterranean

On the one hand, Mediterranean MSMEs face important challenges in terms of competitiveness, sustainability, internationalization and capacity to innovate which call for new solutions to ensure their growth and continued existence. On the other hand, greening the economy and enhancing natural assets can provide both economic and environmental benefits in the Mediterranean region. On this basis, the INVESTMED project aims at addressing both economic and environmental challenges, supporting new, sustainable business opportunities for young people and women in three countries: Egypt, Lebanon and Tunisia. INVESTMED is set to positively impact both MSMEs, which staff will be trained and coached to become more competitive, and public authorities, whose capacities to facilitate access and protect Intellectual Property Rights (IPR) to MSMEs will be reinforced.
Highly disruptive and compact antenna systems for small satellites with application to surveillance, environmental and crop-growth analysis, enabling european union dominance in the space industry

Compact satellites are transforming space-based surveillance systems. Typical configurations include a network of small satellites that can offer increased coverage and enhanced data collection rates when compared to conventional large scale systems. Microsatellites can also drastically reduce launching costs and mission development time, thus making remote sensing technologies more cost effective. Applications include vehicle tracking, weather monitoring, maritime surveillance, crop growth analysis, and climate change observation. However, with satellite miniaturization, new design aspects arise. All satellite components have to be cleverly packaged within a small payload and materials must accommodate the harsh operating environments of space. 

The objective of the proposed research program is to research, design and test some new and compact antennas with integrated feed systems for such microsatellites. High levels of technical engagement are expected with satellite companies within the European Union such as the European Space Agency, Clyde Space, and PocketQube Shop. The intent of the proposed research project is to also benefit from ongoing research within the Microwave and Antenna Research Group at Heriot-Watt University. This group has a track record of developing new and innovative antenna designs, feeding systems, and filters for space technologies while also working alongside industry experts, technologists, and government scientists. Previous and current industrial partners include Airbus Defence and Space, Bell Labs Alcatel-Lucent, BSC Filters, COM DEV, Samsung, Huawei Technologies, Selex, and Thales Alenia Space. Some recent projects include planar antennas for onboard satellite antenna technologies and power amplifier design as well as compact antennas for microsatellites. Some of these activities have won awards from the European Space Agency and The European Conference on Antennas and Propagation.
METHOD FOR THE RECOVERY OF ALUMINIUM FROM ALUMINIUM SCRAP, AND MULTICHAMBER MELTING FURNACE

The invention relates to a method for the recovery of aluminium from aluminium scrap with adhering organic deposits in a multichamber melting furnace (1), at least comprising the following method steps: - batchwise charging of the hearth (7) of the scrap chamber (2) with aluminium scrap (6), - thermal pre-treatment of the aluminium scrap (6) in a scrap chamber (2) during a first pre-treatment phase at a specified first temperature and in an atmosphere which is substantially free of oxygen in order to transform the organic deposits adhering to the aluminium scrap into a pyrolysis gas, - thermal pre-treatment of the aluminium scrap (6) in the scrap chamber (2) during a second pre-treatment phase at a specified second temperature, wherein the scrap chamber (2) is heated up to the spontaneous ignition temperature of the pyrolysis gas, wherein at least one air stream (L) is provided in the scrap chamber (2) in order to produce an ignitable sub-stoichiometric pyrolysis-gas/combustion-air mixture, which is made to react in the scrap chamber (2) in a combustion process, and - transferring the atmosphere from the scrap chamber (2) to a post-combustion process. The invention also relates to a corresponding multichamber melting furnace.
Noise reduction of plenum windows on the façade of a high-rise residential building next to heavy road traffic

Abstract Extensive traffic noise transmission loss measurements were carried out inside selected residential units of a standalone 32-storey housing block located next to a very busy and noisy main trunk road in the present study. A total of 35 units, which were all equipped with plenum windows, was surveyed. These plenum windows are intended to help reduce noise exposure of the residents and at the same time allow for a reasonable level of natural ventilation. The results show that the traffic noise transmission losses of the unit facades installed with the plenum windows adopted in this housing block vary between 10.6 and 13.0 dBA and are only weakly dependent on elevation from the trunk road. The results also validate in-situ the prediction model established previously by the authors using laboratory and site mockup data. Generalized models for both empirical and experimental estimation of the traffic noise transmission loss across a residential flat unit facade installed with multiple plenum windows are developed. The differences between their estimations are well within engineering tolerance.
Design of low power consumption fingerprint lock based on DSP

The paper focuses on the design method based on the low power consumption of the embedded DSP fingerprint lock. Considering the features of the off-line fingerprint lock,the paper discusses the realization of the overall low power consumption of the system in the hardware design,adopts the non-traditional saving power design of the collector head in the photo sensor and combines the optimal designs of the hardware and the software in the core processor and the bottom controller. The paper realizes the low power consumption of the off-line fingerprint lock by choosing the cost-effective and low power consumption components,optimizing the software design and reducing the overall power consumption of the system.
APPARATUS FOR REPLACING INJECTION MOLDS

The invention relates to an apparatus for replacing tools. In particular, the tools are injection molds (30) that are to be replaced on an injection molding machine (50). A tool holder (10) is provided that is suitable for accommodating a plurality of injection molds (30). By placing the tool holder (10) on the injection molding machine (50) in a manner according to the invention by means of an appropriate conveying means (12), injection molds (30) can be replaced and commissioned without requiring any intervention by a technician.
Assessing positive and destructive leadership on multiple dimensions: how to better understand and improve the behaviour of the people who lead us.

Leadership is a key factor for success, coherence, and progress in a multitude of compelling contexts. Not only the corporate world, the military, and politics rely on skilful leadership to bundle their potential, unite followers and members, and distil the various centrifugal forces within organisations into success. European societies currently face a climate of insecurity due to various socio-political events and, thus, perceived threat amongst citizens. Such environments have been shown to especially call for strong leadership which ensures stability and safety. However, we currently see multiple expressions of destructive leadership - i.e. a process in which the activities, experiences and/or relationships of an individual are repeatedly influenced by their supervisor in a way that is perceived as hostile and/or obstructive - around the globe, which endanger peaceful and diplomatic solutions and, thus, the success and well-being of society.

Destructive, forms of leadership have barely been studied empirically, although it is known to lead to harmful behaviour, including impulsivity and aggression. Destructive leadership behaviour causes severe adverse effects amongst followers and, subsequently, hampers organisational success. It is of utmost importance to advance the theoretical understanding as well as the practical reduction of destructive leadership. To achieve this, we need to i) asses it comprehensively, ii) correctly identify sub-types, and iii) develop personalised interventions which enhance leaders’ self-reflection skills and behaviour.

The proposed project will complete all three steps in the context of Executive Education. It will develop multi-dimensional assessment of destructive leadership (including self-report, follower-report, cognitive, behavioural, and biophysiological measures) and enhance existing individualised personal leadership development based on those measures, directly addressing real-world experienced leaders.
Faber-Net: a unique network of labs dedicated to the diagnosis of allergies using the innovative faber test

Allergies are the most common chronic disease: with >1B people affected globally, of which >150M in Europe, today allergies are a worldwide epidemic. Besides clinical symptoms such as rhinitis, asthma and atopic eczema, allergies cause distress in those affected, who live in fear of an asthma attack, anaphylactic shock, or death from an allergic reaction. In addition, allergies have high costs for businesses and society: in the EU, work absenteeism of allergic patients costs €55-151B/year, while families with one allergic child or adult spend an extra €3,900-8,100/year. 
A high-quality and reliable allergy diagnosis is essential to identify the best treatment option for allergic patients and improve their health, and also to reduce costs. Today there are >3000 molecules known to cause allergies, but current methods for diagnosis are not able to test a high number of allergens, at a reasonable price and in a short time; also, most of them are invasive and present some risks for the patients. On top of this, every year new allergens are discovered, but they can’t be included in diagnostic tests for technical and economic reasons. To overcome these limitations ADL has created the FABER test: a multiplex system for allergy diagnosis that can test 301 allergens at the time - the highest number currently available. This is a flexible system based on nanotechnology in which the number of allergens can be increased when new ones are available. ADL aims to expand in Europe and then worldwide the network of labs that provide FABER allergy diagnosis at the most local level and with ADL’s highest testing quality. Thanks to this network (FABER-Net), the FABER test will be available for many patients suffering from allergies, who will have a more informative diagnosis, which in turn will allow a more personalized and effective treatment. This will improve the patients’ health and reduce their absenteeism from work, thus cutting costs in healthcare and associated with work absence
Iga-Based oral therapy for protection of piglets against infection with enterotoxigenic e. coli.

Postweaning diarrhoea (PWD) in pigs is responsible for important economic losses in the global pig rearing industry. This illness is predominantly caused by enterotoxigenic E. coli strains carrying the F4 (ETEC-F4) and F18 (ETEC-F18) fimbriae. There is no treatment available to fight PWD except using antibiotics. However, the prophylactic use of antibiotics is forbidden in Europe and is expected to become forbidden in the rest of the world because of increasing abundance of resistance genes. Delivery of sIgA to mucosal surfaces as passive immunotherapy agent is a very promising strategy to prolong maternal lactogenic immunity against post-weaning infections. The aim of this project is to produce sIgA-like anti-ETEC antibodies in a cost-effective platform. Twenty different anti ETEC-F18 antibodies in a sIgA-like format will be engineered from phage display-selected variable domains (VHHs) currently available in the host institute. The synergistic or additive neutralisation effect of oligoclonal antibody cocktails will be evaluated using ETEC-F18 in vitro villus adhesion assays. The different antibodies will be produced first by transient expression in Nicotiana benthamiana and second in seeds of Arabidopsis thaliana transformants. An in vivo ETEC-F18 challenge will then be performed using two groups of piglets, one receiving the most effective seed-derived feed formulations and the other one receiving regular feed (negative control group). The sIgA antibodies of the elite oligoclonal formulation will then be transferred to biosafe soya seeds as production platform. These steps will lead towards the development of scalable procedures to obtain a cost effective bulk production of a feed based prophylaxis against ETEC.