SIRIS-Lab/unlabelled-sti-corpus huggingface dataset:
Objectification and resistance: Dance performances in Abdellatif Kechiche’s La Graine et le mulet (2007) and Vénus noire (2010)

Performance is central to the work of Abdellatif Kechiche. Where male verbal performance took centre stage in the explorations of French national identity undertaken in his first two films, a gradual shift in focus towards female bodily performance in La Graine et le mulet (2007) and Vénus noire (2010) evidences the director’s increased awareness of the complex ways in which gender and ethnicity can combine in exclusionary discourse. This article presents close analyses of key sequences from the latter two films, showing how the representation of the dancing body in Vénus noire may call into question existing readings of the controversial belly dance scene that concludes La Graine et le mulet. Making extended reference to Brigitte Bardot’s mambo dance at the end of Et Dieu … créa la femme (Vadim, 1956), the article shows how dance performances in Kechiche can involve not only the adoption of stereotypical identities that serve to highlight the continuing force of exclusionary discourse, but also assertions of agency on the part of the female ethnic other.
A Study on the Hemostatic Effect of Sodium Alginate on Uterocervical Hemorrhage

We examined a sodium alginate preparation (Alto) to determine its hemostatic effect, in comparison with other topical drugs, on hemorrhages in the uterocervical area. A total of 149 patients with hemorrhage from cervical erosion or after-treatment bleeding of the cervix uteri were subjects in this trial, and 84 (79%) of 106 patients treated with this preparation experienced a hemostatic effect. A significant positive correlation (p < 0.001) was noted between the degree of tissue adhesiveness and the hemostatic effect in all the drugs tested. As for the tissue adhesiveness, Alto was significantly more favorable (p < 0.001) than both Thrombin and Francetin T powder. Because Alto was softened by tissue moisture, its topical adhesiveness could be increased, which suggested that Alto was superior in hemostasis.
Transgenic dissection of the neural circuitry of memory and dementia

Our memories are arguably what make us who we are, making dementia a particularly cruel disease. Decades of research have revealed that two interconnected brain regions, the medial entorhinal cortex (MEC) and hippocampus (HP), are required for successful spatial memory formation in mammals. Each region contains specialized neurons that fire relative to the animal`s position in physical space: grid cells in the MEC have regularly-repeating spatial firing fields throughout the entire environment (“grid field”); and place cells in the CA1 region of the HP fire at a particular location within an environment (“place field”). Spatial information from the MEC grid cells reaches CA1 place cells in two ways: through an (1) indirect pathway (IP) via layer II MEC neurons, or a (2) direct pathway (DP) via the layer III MEC neurons. Thus, hippocampal neurons compare processed and unprocessed input. However, the relative roles of these two kinds of input onto hippocampal firing patterns remains elusive, largely due to the difficulty in performing layer-specific manipulations. The Kentros lab at NTNU has developed a novel and exciting genetic technology that makes such experiments possible. Therefore, I propose to conduct in vivo electrophysiological recordings in CA1 while manipulating the DP to determine the effects of direct MEC input on hippocampal network dynamics. I will then investigate the behavioral ramifications of manipulating the DP on spatial task performance. Interestingly, the superficial layers of entorhinal cortex are the first brain area to exhibit the pathological signs of Alzheimer`s Disease (AD) in patients. Therefore, I will compare the relative roles of entorhinal layer II and III neuron activity in the progression of pathology in a preclinical mouse model of AD. Thus, this proposal will provide insight into how the distinct circuit elements of the entorhinal cortex contribute to place field formation, memory performance, and disease progression.
Innovative financial intermediation and long term capital pools for infrastructure

Purpose Developing countries are increasingly looking to private sector investment for infrastructure development. Successful development of private infrastructure projects, however, depends on adequate availability of long-term debt to complement private sector equity. As domestic bond markets in many emerging countries are not very deep, availability of long-term debt funding for infrastructure has been limited. Recently, a new form of financial intermediation has emerged in India with the creation of infrastructure debt funds (IDFs) to create capital pools for long-term debt funding. This paper aims to analyse the effectiveness of IDFs for financing infrastructure projects. Design/methodology/approach This paper uses a case study approach. The case studies were written using both secondary and primary information. Secondary information was obtained from various sources such as policy papers, websites and other published sources. Primary information was obtained from interviews with the top management of three IDFs. Information obtained from multiple sources was triangulated for consistency and correctness. Findings IDFs have emerged as an effective intermediation mechanism for attracting long-term capital by offering a new investment product with appropriate risk-adjusted returns. For the fund seekers, IDFs are able to provide long-term capital at lower rates and higher flexibility. Unlike commercial banks, IDFs are able to add value to the projects apart from funding by periodic monitoring of the projects. Practical implications Creating new forms of financial intermediation can help in reducing the financing gap for infrastructure projects, especially in emerging countries. Originality/value IDFs have been analysed from a perspective of financial intermediation. The effectiveness of IDFs in bridging the funding shortfall has been evaluated from multiple perspectives.
EDITING SYSTEM FOR AUDIOVISUAL WORKS AND CORRESPONDING TEXT FOR TELEVISION NEWS

To address needs of journalists and other editors, an audiovisual editing system associates segments of audiovisual materials with segments of related text. The editing system permits an editor to edit both the audiovisual materials of the segments and to edit the related text. The data structure representing the story includes a list of media segments and a list a text segments and a correspondence among the segments. Each media segment has a type, such as script, SOT and voice, and includes a list of video clips. These data structures enable the editing system to provide a simple and intuitive interface for editing a story, and can be transformed in a straightforward manner into a conventional, multitrack sequence used to represent an audiovisual composition. The editing system automatically defines parameters, such as designating the correct audio tracks, which minimize the chance for errors and speeds the workflow. Automatic ducking of these tracks also can be provided. For media segments with associated script in a corresponding text segment, an estimated time for reading the related script aloud by the newscaster may be determined. This estimated time for reading the text related a script segment may be compared to the actual duration of the audiovisual material of the script segment. The difference in the duration of the audiovisual material and the duration of the related text may be displayed to the editor, making it easier for the editor to match video to a script. Similarly, the duration of voice and SOT clips can be compared to the duration of video clips in a media segment. The difference in the duration of the video clips and the voice and SOT clips may be displayed to the editor, making it easier for the editor to match the video to the audio. Stories can be stored as text documents in a markup language. Data representing the audiovisual segments can be embedded in these stories. The editing system also may be interco ected through a computer network in a newsroom to a variety of other systems including asset management system, shared storage for media and a story database. By having the editing system store stories in the story database and sequences in the asset management system, both sequences and stories are made available to other editing systems.
Functionalization of single-walled carbon nanotubes with silver nanoparticles using Tecoma stans leaf extract

Abstract Bioreduction mechanism of Tecoma stans leaf extract for the extracellular synthesis of silver nanoparticles was investigated using ultraviolet-visible spectroscopy (UV–vis). Nanostructure of the bio synthesized silver particles was confirmed by transmission electron microscopic (TEM) analysis. Crystalline cubic phase of the synthesized silver nanoparticles was confirmed by X-ray diffraction (XRD) technique. Observed rapid reduction behavior of Tecoma stans leaf extract was effectively explored for the functionalization of single-walled carbon nanotubes (SWCNT) with silver nanoparticles. Scanning electron microscopic (SEM) and TEM characterization confirmed the functionalization of single walled carbon nanotubes with the silver nanoparticles and the size of silver nanoparticles were found to be in the range of ∼5–10 nm.
A Highly Efficient Molecular Cloning Platform that Utilises a Small Bacterial Toxin Gene

Molecular cloning technologies that have emerged in recent years are more efficient and simpler to use than traditional strategies, but many have the disadvantages of requiring multiple steps and expensive proprietary enzymes. We have engineered cloning vectors containing variants of IbsC, a 19-residue toxin from Escherichia coli K-12. These toxic peptides offer selectivity to minimise the background, labour, and cost associated with conventional molecular cloning. As demonstrated with the cloning of reporter genes, this "detox cloning" system consistently produced over 95 % positive clones. Purification steps between digestion and ligation are not necessary, and the total time between digestion and plating of transformants can be as little as three hours. Thus, these IbsC-based cloning vectors are as reliable and amenable to high-throughput cloning as commercially available systems, and have the advantage of being more time-efficient and cost-effective.
Addressing the rising global meat demand while protecting the environment: developing europe’s first competitive “cell-based meat” product

In the next 30 years, global meat demand will increase by 73%. One of the most promising technologies to help face this challenge is cell-based meat. By growing meat from cells instead of from a whole animal, it becomes possible to create high-quality cuts of meat using fewer resources and with less environmental impact. 

However, cell-based meat has not yet revolutionized the market, for several reasons. Current techniques mean that it is difficult to successfully scale-up and industrialize production, and make it much more costly to produce than “conventional” meat – meaning that it is not price competitive. Finally, consumers need to be ready to accept this type of meat.   

Suprême is the first cell-based meat company in France and one of the few pioneers in Europe. Our mission is to accelerate the world’s transition toward humane, sustainable & healthy meat. Our technical know-how means that we are able to produce cell-based meat in a more cost-effective and scalable way than our competitors. 

Our aim is to bring Europe’s first ever successful cell-based meat product to the market, by focusing on a “premium” delicacy - foie gras - and using innovative techniques to reduce production costs. Suprême offers an innovative solution, producing real foie gras without animal mistreatment. By offering an “ethical” alternative, we benefit from both strong consumer motivation and, as foie gras is one of the most expensive varieties of meat, we will be price-competitive right at launch. Producing foie gras is just a first step towards providing a range of cell-based meat alternatives and making European meat consumption habits sustainable. 

The aim of our Phase 1 project is to de-risk core aspects of our technology (taste & cost-reduction) and carry out a detailed IP landscape study on an aspect of our technology critical for cost reduction. Suprême addresses a €2B market and has the potential to become a European champion for ethical & environmentally friendly meat.
Forceful Emplacement of Granitic Plutons in an Extensional Tectonic Setting: Syn-kinematic Plutons in the Yagan-Onch Hayrhan Metamorphic Core Complex

It is generally considered that granitic plutons are forcefully emplaced in a compressional setting and permissively emplaced in an extensional setting. This paper, however, shows that syn-kinematic (extensional) elliptic granitic plutons in the Yagan-Onch Hayrhan metamorphic core complex (MCC) have relatively strong forceful emplacement, which are indicated by (1) concentric distribution of the rock units, (2) a strain pattern with strong strains on the margins and low strains at the centre of a pluton, and particularly (3) syn-emplacement shortening of the host rocks within the aureole. The strain analysis for the host rocks shows that the host-rock ductile shortening, i.e. forceful emplacement, provides about 16-24% of the emplacement space for the present plutons. All these suggest that forceful emplacement occurs not only in a compressional tectonic setting, but also in an extensional setting. This study further demonstrates the significance of the multiple emplacement of granitic plutons and provides new information about the causality between granitic magmatism and the formation of the MCC and its dynamics.
Local hyperthermia cancer treatment studies using a new temperature-imaging-hyperthermia-microscopy instrument

The scientific aim of the project is to explore a new concept of magnetic hyperthermia treatment for cancer that gets closer to the ideal non-invasiveness & no-secondary-effects kind of treatment to become a primary choice for cancer therapy. Instead of the typical approach of massive tumor heating, this project takes the alternative route of local intracellular heating inducing cell apoptosis. For this purpose, the project will develop a new instrument for temperature_imaging-magnetic_induction_heating&microscopy. The temperature imaging system is a complete novelty and it is based on the use of molecular luminescent temperature probes embedded in magnetic and non-magnetic nanoparticles. The probe’s emission microscope image is transformed into high-resolution temperature images. This will be used to model the heat transfer processes inside a cell. Then, the effect of local magnetic heating on cell apoptosis processes will be studied, and the potential of this technique in cancer therapy will be evaluated.
The researcher will contribute to the hosting group with his previous experience on synthesis, characterization and physical properties of luminescent, plasmonic and magnetic nanoparticles, and he will benefit with a more application-oriented research experience in the biomedical field, and will develop skills in new scientific areas, especially high-resolution luminescence thermometry, that will help him to set his personal research interests and career. He will also get clinical experience from contact with hospital oncologists.
The researcher will be included in an interdisciplinary group with international connections that will widen his knowledge and contacts scope of his scientific career. He will also gain experience in other transversal skills, as he will be directly involved in the managing the project, student supervision, networking, dissemination and communication activities.
Facing adiposity in personalizing treatment  of breast cancer patients

One out of 8 women develops breast cancer (BC) in her lifetime and 1 out of 2 is overweight or obese in industrialized countries. While heavier women have an increased risk of developing BC and heavier BC patients present with worse disease characteristics, BC is so far still treated regardless of patient adiposity because of the limited knowledge accumulated so far. 

I hypothesize that increased adiposity provides a different ‘soil’ for the tumor cells (the 'seeds') to grow, potentially leading to biological peculiarities of the tumor cells and the cells from the tumor microenvironment. To investigate this hypothesis, I will firstly study the associations between patient adiposity and the genomic and transcriptomic features of the bulk tumor in >2.700 BC patients (FATomics). Secondly, I will complement these findings at the single cell level by creating a comprehensive atlas of BC according to various patient and mammary adiposity measures for the two most common BC histological subtypes (FATlas). Special attention will be given to the mammary fat cells, the adipocytes, and how these help tumor cells to grow and affect treatment efficacy. State-of-the-art technologies such as single-nuclei RNA sequencing, spatial protein visualization and digital pathology will be applied. Thirdly, the FATlas data will be shared with the scientific community through a web-based dataportal (FATshare). Finally, using samples from a prospective in-house clinical trial, I will investigate whether adiposity-associated features are associated with anti-proliferative and/or immune response to immunotherapy and endocrine therapy (FATrial).

FAT-BC integrates complementary and multidisciplinary approaches with state-of-the-art technologies and will build upon my expertise in BC biology. The results should lead to the identification of potential strategies to tailor BC treatment according to adiposity, a still unmet clinical need in the context of personalized medicine.
A cost-effective solution for controlling salmonella and escherichia coli in poultry production

The Phagovet project is devised to satisfy market demand for a more secure and reliable solution to control Salmonella and E. coli infections in poultry farms. With more than 40,000 poultry farms, the European Union (EU-28) is the forth world´s top producers in poultry meat (13.1 million tons, 2014) and the second largest egg producer (>11 million tons, 2014). The European poultry industry employs 302,000 staff across Europe and has an annual turnover of €30 B, being then of significant economic importance. To date, avian colibacillosis and salmonellosis are considered the main bacterial infections in the poultry sector having an important economic impact worldwide. Furthermore, EFSA estimated overall economic burden of human salmonellosis at €3B/year. Finally, the overuse of antibiotic in farming has caused a rise in antimicrobial resistance 700,000 people die annually from drug resistant infections and it is estimated that this number will rise to 10 million by 2050. In response to the unmet need, Phagovet proposes a cost-effective alternative to antibiotics against Salmonella and E. coli. Phagovet consists of a biocide and two technological food additive products based on selected bacteriophages able to kill the target bacteria. Phagovet will be the first phage-based solution to naturally and effectively control both bacteria in poultry production while avoiding side effects and residues associated to antibiotic use. It will reduce Sallmonella infections by 20% and reduce the use of antibiotics on E. coli by 50%. Thus, Phagovet provides a promising effective control measure for a concerning problem for poultry farmers and for human health. The successful market launch of Phagovet will enable members of the Consortium to consolidate their position in the Animal Health, Food Safety and Environmental Control markets and commercialize the product worldwide, reaching €17.76M profit at the end of 2026.
Pancreatic cancer ai for genomics and personalized medicine

The central PANCAIM concept is to successfully exploit available genomic and clinical data to improve personalized medicine of pancreatic cancer. PANCAIM’s concept is unique as it integrates the whole spectrum of genomics with radiomics and pathomics, the three future pillars of personalized medicine. The integration of these three modalities is very challenging in the clinic, but also with AI. PANCAIM uses an explainable, data-efficient, two-staged AI approach. AI biomarkers transform the unimodal data domains into interpretable likelihoods of intermediate disease features. A second AI layer merges the biomarkers and responds with an integrated assessment of prognosis, prediction and monitoring of therapy response, to assist in clinical decision making.
PANCAIM builds on four key concepts of AI in Healthcare: data providers, clinical expertise, AI developers, and MedTech companies to connect to data and bring AI to healthcare. Data quantity and quality is the main factor for successful AI. Partners provide eleven Pan European repositories of almost 6000 patients that are open to ongoing accrual. SME Collective Minds builds the GDPR data platform that hosts the data and provides a trustable connection to healthcare for even more and sustainable data. SME TheHyve builds tooling to connect to more genomic repositories (EOSC Health). Six Pan European academic centers provide clinical expertise across all modalities and help realize a curated, high quality annotated data set. Partners also include expert AI healthcare researchers across all clinical modalities with a proven track record. Finally, Siemens Healthineers provides their AI expertise and tooling to bring AI into healthcare for clinical validation and swift clinical integration in 3000 health care institutes.
Faster upcoming technology uptake relevant for the environment in foods drying

Future Food aims at demonstration and first market application of an eco-innovative solution for sustainable food drying. The process makes use of high pressure CO2 technology as drying medium which enables efficient drying at close-to-ambient temperatures in absence of oxygen. Research and development studies have shown it feasibility of being an ecological and economical alternative to freeze-drying, for products categories vegetables and fruits, specialty ingredients such as proteins and biopolymers. Besides good preservation of a food quality, microbial inactivation occurs in situ which attributes to ensuring food safety. 

The main objectives are: (i) minimize risks that could prevent CO2 drying to enter the market and (ii) to demonstrate its market replication potential via a first application to the market. 

The base of the project is to provide on the one hand prototyped products and on the other prototyped process extensions that will increase the market potential. Prototyping processing elements will demonstrate the energy reduction of the process and the full width of applications at a pilot scale. By preparing three product prototypes the aim is to demonstrate the full potential of this technology to the industry at a foodgrade level, resulting in validation of the process.

On the basis of the prototype assessments, in close conjunction with industrial (SME) parties, the process will be certified, (economically) validated and demonstrated to the industry. The final step is demonstrating the process in a near-operational environment to identify all the benefits for consumer and the food chain. 
By doing so, the drying process will evolve from a TRL 4-5 to a TRL 8. By intensive dissemination to increase visibility, the technology will disseminated to SME’s in Europe to maximize uptake of the technology in the market and realizating impact on sustainability, food safety and economy.