SIRIS-Lab/unlabelled-sti-corpus huggingface dataset:
A review of the biology, stock structure, fisheries and status of wahoo (Acanthocybium solandri), with reference to the Pacific Ocean

Abstract The wahoo, Acanthocybium solandri (Cuvier), is a high trophic level predator in tropical and sub-tropical marine pelagic waters worldwide. Wahoo are primarily caught as a retained incidental catch in purse seine and pelagic longline fisheries that target tuna and swordfish. The global commercial catch of wahoo has increased in the Pacific Ocean from 130 t in 1993 to a peak in recent years of 1339 t in 2006. Wahoo are also a highly prized sportfish in recreational fisheries, and although catches are poorly understood, they may be higher than the commercial catch in some regions. Despite their commercial and recreational importance, little quantitative information exists on their biology and stock structure, particularly in the Pacific Ocean. This dearth of information may have significant consequences for stock assessments and management. Suggested research priorities for wahoo in the Pacific Ocean are to: (1) investigate their biology in the region, particularly age, growth and reproductive parameters, which are essential for stock assessment; (2) use holistic methods to determine stock structure on a timescale appropriate for assessment and management; (3) conduct quantitative diet analyses that may contribute to ecosystem models, and (4) quantify catch from recreational fisheries to include in estimates of total mortality.
Liposome shedding from a vibrating microbubble on nanoseconds timescale

When ultrasound contrast agents microbubbles (MBs) are preloaded with liposomes, they can be applied as a potential drug delivery vehicle. The fate of the liposomes under ultrasound excitations is of prime interest for investigations, since it is an essential step in the application of drug delivery. Previous studies on regular lipid-shelled MBs have shown lipid shedding phenomena, accompanied by MB shrinkage under ultrasound excitations. Here we present a multi-modal study to optically characterize shedding behavior of liposome-loaded MBs (lps-MBs) based on high-speed fluorescence imaging. First, the dynamics of shedding were resolved by the Brandaris camera operating at up to 2 million frames per second (Mfps). Shedding of shell material was observed after few cycles of the excitation pulse. Second, a parametric study using a Photron camera running at 75 kfps indicates a significant influence of MB resonance on the shedding behavior. Third, the shedding behavior was investigated as a function of the MB oscillatory dynamics, facilitated by combination of the two fast cameras. We found a threshold of the relative amplitude of oscillations (35%) for the onset of lipids shedding. Overall, the shedding behavior from lps-MBs could well be controlled by the excitation pulse.
P0128 Ubiquitinated proteins collected from tumour cells as a potent cancer vaccine

Introduction We have previously shown that the autophagosome-enriched vaccine DRibble (DRiPs-containing blebs), derived from tumour cells after inhibition of protein degradation, is an efficient antigen carrier for cross-priming of tumour-reactive CD8+ T cells. The anti-tumour efficacy induced by DRibbles is mainly dependent on its contents of ubiquitinated proteins. We sought to detect whether ubiquitinated proteins enriched from tumour cells could be used as a novel cancer vaccine. Methods We used two ubiquitin binding proteins (TUBES and Vx3[A7]) to isolate the ubiquitinated proteins from EL4 and B16-F10 tumour cells after blocking their proteasomal degradation pathway. C57BL/6 mice were vaccinated (intraperitoneal or subcutaneous injection) with different doses of ubiquitin-enriched proteins, DRibbles, ubiquitin-depleted proteins, and whole-cell lysate, separately. The lymphocytes from the vaccinated mice were restimulated with inactivated tumour cells and the levels of IFN- γ in the supernatant were measured by ELISA. Anti-tumour efficacy of vaccination with ubiquitin-enriched proteins was evaluated by monitoring tumour growth in established tumour mice models. Findings Vx3(A7) protein was more effective than TUBEs at purifying ubiquinated proteins from tumour whole-cell lysates. After stimulation with inactivated tumour cells, the lymphocytes from the mice vaccinated with ubiquitin-enriched proteins secreted high levels of IFN- γ in a dose-dependent manner in which intraperitoneal injection induced higher IFN- γ levels than subcutaneous injection. Furthermore, the level of secreted IFN- γ following vaccination with ubiquitin-enriched proteins was markedly higher than that after vaccination with whole-cell lysate and ubiquitin-depleted proteins. We also found that the ubiquitin-enriched proteins vaccine showed an inhibitory effect on tumour growth that regressed after vaccination with ubiquitin-enriched proteins, by contrast with other groups. Interpretation Ubiquitin-enriched proteins could be used in immunotherapy as a potent cancer vaccine.
Novel superfluids in ultracold fermionic mixtures

The intricate mechanisms leading to superfluidity and superconductivity have fascinated researchers for many decades. The pairing of fermionic constituents is at the heart of a rich class of related phenomena in quantum matter. The understanding of unconventional regimes of superfluidity, such as broken-symmetry systems with finite-momentum pairs, poses great challenges for theory and experiment.

Our experimental approach is based on a new ultracold model system, which has become available very recently, following a breakthrough in our laboratory. We combine two fermionic isotopes with different masses (Dy-161 and K-40) to create a quantum-degenerate Fermi-Fermi mixture. The system features the key ingredients required for creating novel strongly interacting superfluids: mass imbalance, tunability of interactions, and collisional stability. At present, our Dy-K system represents the only experimentally available Fermi-Fermi mixture that offers this combination of properties.

The key point is that, according to theoretical predictions, mass imbalance favors unconventional regimes of superfluidity. In contrast to the widely investigated ultracold fermionic spin mixtures (systems with equal masses), the regions in the phase diagram for unconventional phases are much larger and appear at temperatures that can be realistically achieved in experiments.

We will realize strongly interacting Fermi-Fermi superfluids and investigate the various regimes of superfluidity with the ultimate prospect to demonstrate symmetry-broken phases. For this purpose, we will generalize the methods developed for spin mixtures, and we will develop new species-selective optical traps. We will carry out our main research on the Dy-K system, but we will also push the limits of mass-imbalanced systems by extending our studies to a new system with extreme mass ratio (mixture of Dy-161 with Li-6). Our work will lead to a new generation of experiments on ultracold fermions.
Novel strategy to cope with multidrug resistant pathogens

The World Health Organization recently added Acinetobacter baumannii at the top of the priority list of emerging and critical pathogens, against which the number of effective antibiotics is alarmingly low. I propose to find novel antimicrobial targets for A. baumannii by discovering haem related systems that contribute to its survival.  Bioinformatics will be used as a powerful tool to explore A. baumannii haem metabolism-related genes. The role of these genes will be tested through microbiology and biochemistry approaches, and their contribution to virulence will be analysed in host-pathogen interaction assays. This multidisciplinary research programme will boost my scientific skills and act as a pipeline to launch my career as an independent researcher. Furthermore, this proposal has the added value of including a custom-made training programme on leadership, management, dissemination and outreach activities. Hence, “AgainstResistance” will be the ideal framework to enhance my competences, maturity and independence as a competitive researcher, and crucial to boost my career prospects as a future group leader in the field of antimicrobial resistance, which is one of the critical current and future health challenges. The proposal will make a real difference in European excellence and competitiveness by materialising its leadership and expertise in multidrug resistance of human pathogens.
Apoyar el mantenimiento de la actividad económica de la empresa en una situación de disminución significativa del volumen de negocios debido a la COVID-19

El proyecto se refiere al apoyo al capital de trabajo de la empresa indicado en el punto II.1 en caso de una disminución significativa del volumen de negocios (ingresos procedentes de las ventas) debido a la interrupción de la economía debido a la COVID-19. La ayuda se utilizará para mantener las actividades de una empresa que se encuentra a raíz de la pandemia de COVID-19 en una situación de escasez repentina o falta de liquidez.
Theatres for tOURism developmeNt in EuropE

South Adriatic region need to better compete in the international tourism market developing joint assets to increase cultural tourist flows, overcoming seasonality and involving new and less known destinations. The overall objective of TOURNEE is to establish closer cooperation among key actors in theatrical sector by creating a durable Cluster of Theatre Institutions (CTI) in the cross border area (through a specific Agreement). By establishing a Board for Directors and an Experts Committee, TOURNEE will involve cross border experts in theatre productions, territorial marketing, cultural heritage management and tourism strategic policies, in creating innovative cultural products to strengthen exploitation of tourist destinations. As a result, an increasing role of Theatres in supporting tourist economic growth is expected, as well as an improvement of public policies in cultural and tourist sectors. Project is based on bringing together Theatre institutions and tourism professionals from Puglia, Albania and Montenegro in order to increase the quality of artistic productions and to provide supporting tourist services that enhance enjoyment of cultural places for both tourists and locals; this process would only be achievable through a cross border approach. Activities consist of: a. preliminary context and needs analysis; b. theatrical laboratories; c. itinerant Festival (showcasing new theatre productions in the most prestigious cultural venues in Puglia, Albania and Montenegro); d. accompanying touristic services to smooth Festival experiences; e. educational tours to support international exposure of new theatre productions. TOURNEE will establish a stable cooperation platform, enhancing networking among theatres and tourism stakeholders in the area, in order to outline shared paths for long term growth of cross border Theatres as cultural tourism assets. As a result, an effective synergy will start, having positive impact on increase of tourism income.
Bilateral Trade and Trade Frictions between China and Japan, 1972–2012

A specialist on Japan’s economic relations with China offers an overview of the two countries’ bilateral trade from 1972 to the present. The bilateral trade has evolved from inter-industry trade (in which China exported primary goods and Japan exported machinery) to intra-industry trade (in which both sides mainly exported machinery to the other). Compared with incidents of acute trade frictions involving Japan and the U.S. and China and the U.S., the trade relations between Japan and China have remained relatively calm, serving as a stabilizer for the broader relationship involving the two countries. Nonetheless, the author documents a recent intensification of trade frictions, as it becomes increasingly evident that China has caught up with (and now surpassed) Japan as an economic power. The analysis shows that, up to 1993, most of the trade disputes involved Japan’s exports to China, and were raised by the Chinese side. Since 1994, most trade disputes were over Japan’s imports from China, and were rais...
FLEXIBLE TOOTHBRUSH HEAD

A head for use with a toothbrush and method for forming the same, comprising an outer perimeter portion formed of a rigid material. The rigid material is adapted to allow the head to be sonically welded. The head also comprises a tuft field positioned within the outer perimeter portion. The tuft field is formed of a flexible elastomer. The tuft field defines one or more apertures to receive one or more bristle tufts. The head is sonically welded into place in the toothbrush.
Controlling reactivity of nanoporous catalyst materials by tuning reaction product-pore interior interactions: Statistical mechanical modeling

Statistical mechanical modeling is performed of a catalytic conversion reaction within a functionalized nanoporous material to assess the effect of varying the reaction product-pore interior interaction from attractive to repulsive. A strong enhancement in reactivity is observed not just due to the shift in reaction equilibrium towards completion but also due to enhanced transport within the pore resulting from reduced loading. The latter effect is strongest for highly restricted transport (single-file diffusion), and applies even for irreversible reactions. The analysis is performed utilizing a generalized hydrodynamic formulation of the reaction-diffusion equations which can reliably capture the complex interplay between reaction and restricted transport.
Adaptive optical dendrites

The increased demand for computation with low energy consumption requires entirely novel hardware concepts. In ADOPD we develop ultra-fast computational units based on optical-fiber technologies exploiting information processing principles used by neurons in their dendritic trees. Dendritic processing is highly condensed, local, and parallel and it allows also for non-linear computations. These properties will first be modelled and in a second step transferred to optical systems consisting of fiber optics as well as other optical components. For the first prototype, ADOPD uses well-established single-mode fiber technology to build an optical-dendritic unit (ODU). From there, we move on to cutting-edge multi-mode fibers to obtain an all-optical second prototype of a dendritic tree with significantly higher computing power and compactness. Finally we will design computational models of networks of multiple ODUs to quantify the computational efficiency such multiple, parallel operating devices. Thus, the optical dendritic units created by ADOPD represent a novel, cutting-edge computing hardware for fast, low-power, parallel computing, with the potential to help addressing the rising demands for computation.
CoveRT: A Coverage Reporting Tool for Analog Mixed-Signal Designs

Coverage monitoring has become increasingly significant for analog designs considering the life cycle of analog design IPs that are first designed and verified in isolation and then used in a wide variety of contexts in one or more integrated circuits. The behavioral artifacts relevant for coverage in the analog and mixed signal (AMS) domain are very different from the digital domain, and is the primary motivation behind the proposed tool, CoveRT. This paper introduces the AMS coverage primitives, the challenges in monitoring the coverage by handshaking with the simulation platform, and the salient features of our methodology. To the best of our knowledge, CoveRT is the first AMS coverage monitoring tool of its kind which works with commercial simulators.
Plan de negocios para la implementación de un centro de acopio y comercialización de leche fresca en la zona de Yacuambi

In the last years the increase of agriculture - cattle breeder in the Yacuambi city it generates opportunities of inversion, among the products of major increase are the milk, motivating the present work of investigation that describes “The business plan for the implementation and marketing of milk from the area Yacuambi to processing plants that are in Zamora Chimchipe and Loja.
Is this market research, also described the stages and characteristics of the raw material to be delivered to businesses. With the the production methods and availability of the raw material in the sector and thereby function equipment capacity to be used for milk collection set is detailed.
Also supported by the public sector will have as GAD Yacuambi to support through community development enabling the production sector to improve the proper handling of milk and delivered at the collection center.
Finally relates the economic financial analysis to demostrate that the Project is viable for execution by: TMAR, TIR, VAN, RB/C y AS.
Effective Reproducible Model of Innovation Systems

SME's are a key part of the economic fabric of the ERMIS regions and it has faced tremendous social and economic transformation over the last two decades, suffering increased competitiveness in the global economy. Despite public sector financial and technical support programs to foster innovation, the return on investments from such initiatives and policies within SME's is often considered insufficient. 

Yet, SME's represent a vital source of economic growth and innovation for a region as long as they are able to grow to a critical size allowing them to finance their development and market innovations. Today, with the financial and economic downturn and resulting job losses in large enterprises, the Lisbon Strategy’s aims and objectives,notably on the importance of the EU innovative SME sector have become even more acute. More than ever, the innovation capacity of SME's is vital to achieve economic growth again. It is this innovation capacity that is at the core of the ERMIS project.
ERMIS partners have access to innovation support structures such as knowledge centres, incubators and venture capitalists. However, the regional innovation performance depends more on the interaction between structures as on their individual performance. Local innovation policies solely dedicated to support specific tools or instruments do not generally induce sufficient dynamic to generate collective performance to support SME growth and competitiveness. 

ERMIS partners aim to enhance the leverage effect of their local innovation policies and systems by developing an effective systemic approach involving the whole value chain of political and economic actors dedicated to SME's. In other words, ERMIS partners have the "pieces of the puzzle" and this project will help them fit the pieces together more efficiently. The ERMIS objective is to jointly develop effective and transferable governance models for Local Innovation Systems (LIS) dedicated to fostering value innovation in SMEs.
To achieve this, ERMIS will exchange effective LIS tools and methods; design & exchange a governance framework and methodology to manage a LIS; design a set of governance and management guidelines; involve public stakeholders outside the project wherever relevant; involve policy makers to validate policy recommendations for implementation in the local and regional policies and Structural Funds. ERMIS will achieve these step by step through pre-modelisation of LIS based on existing research, SWOT analysis, an assessment of partners' LIS performance and a benchmark and a formalisation of "next practice" to prepare the ground for transfers in partner's territories. 

ERMIS brings together a balanced partnership with public authorities from Spain, France, Italy, Rumania, The Netherlands, Hungary, Denmark, Greece and Portugal. In addition a number of local actors involved in SME support, such as innovation centres, Chambers of Commerce and incubators are partners in the project.
Visualization of Disability Glare Due to Veiling Luminance

We present a simulation method to evaluate and visualize disability glare problems. Mathematical calculations of visual degradations due to optical imperfections in the eye are performed on luminance photos of scenes and the result is visualized. The method was evaluated in three indoor and outdoor cases where different visual aspects on disability glare were studied. Overall, the simulations predicted problem areas in the scenes to a large extent. The method was also applied in a light rendered 3D-model and gave indications for improvements of the light setting. Aspects on improving environmental planning by better understanding of human vision are discussed.
The overlapping of national IC and innovation systems

Purpose This paper aims to present a focus for identifying the convergence between the theory of the intellectual capital of nations and that of the National Systems of Innovation from the literature of innovation systems, with the aim of providing a more robust theoretical framework to explore the drivers of intangibles and the policies which foster competitiveness through the development of the national intellectual capital platforms. Design/methodology/approach Selecting 28 indicators which best fit the analyzed theoretic principles and taking into account the member countries of the European Union as a sample (15) with the data taken from the IMD, a simple analysis of the seven‐year (2000‐2006) window was carried out to compare the intangibles pointed out in the two aforementioned perspectives. Findings The homogeneity of the results using models of measurement of intellectual capital of countries with those obtained through the models of the National Systems of Innovation prove the considerable convergence between these two theoretic fields, validating the hypotheses proposed in the study. Research limitations/implications The system provided is not an exhaustive use of all the available measures and countries. A more comprehensive practical application on more countries and indicators would be necessary to validate the model. Practical implications The study has implications for the business, politicians and academia. The study opens new lines of research in the sense that it advocates a theoretical approximation and the integration of the abundant literature on the National Systems of Innovation as basic drivers to explain the intangibles at a macro level, their management and politics related to the maintaining and renewal of said assets of intellectual capital. Originality/value To the best of the authors' knowledge, so far no study analyzing this convergence has been designed or published. This paper extends and adds robustness to the national IC measurement model to help policymakers and scholars.
USE OF MONOCOMPONENT CELLULASE FOR REMOVING INKS, COATINGS, AND TONERS FROM PRINTED PAPER

The invention is directed to a method for deinking and uncoating printed paper which comprises using a monocomponent cellulase during recycling.
Inelastic p 9 Be scattering and halo-structure of excited states of 9 Be

The calculation of the differential cross section of the inelastic p9Be scattering (to the levels J = 1/2, 3/2) was made in the framework of the Glauber diffraction theory. We used the wave function of 9Be in the ground and excited states in the three-body 2alpha-n model. Expansion in series by gaussoids of the wave function of 9Be and presentation of the Glauber operator in the form, conjugated with three-body wave function, allow us to calculate analytically the matrix elements of inelastic scattering, taking into account all of the multiplicities of scattering and rescattering on clusters and nucleon, that are the components of 9Be. The drawn up profiles of excited state functions allow us to make conclusion on their extended neutron distributions. The differential cross section with the wave function in model 1 (with the alpha-alpha-Ali-Bodmer potential) is in a good agreement with available experimental data at E = 180 MeV.