Ubisoft has unexpectedly teased a first look at the remake of Splinter Cell - although only via a few pieces of concept art.
has teased a first look at the remake of Splinter Cell, although only via a few pieces of concept art in a new anniversary video.
The closest so far is the 20th anniversary video below , which includes several pieces of concept art which… look like Splinter Cell. The colour palette certainly seems true to the first game, with everything constantly in the rain or dark, with technical director Christian Carriere promising ‘ray-traced illumination’ and other next gen lighting effects.
Danmark Seneste Nyt, Danmark Overskrifter
Similar News:Du kan også læse nyheder, der ligner denne, som vi har indsamlet fra andre nyhedskilder.
Ubisoft releases Splinter Cell remake art: ‘We’re aiming to create a top-tier remake’ | VGCUbisoft has released the first concept art for its upcoming Splinter Cell remake and said it's aiming to create 'a top-tier remake'.
Læs mere »
Scaling anchorage-dependent cells for allogenic cell therapiesDiscover why primary cell cultures are necessary for establishing cell lines.
Læs mere »
Choosing your platform for cell culture scale-up: suspension or adherent?When deciding on a cell culture method, two methods should be considered: cell suspension and adherent cell surface.
Læs mere »
Ubisoft and Riot team up for research project targeting toxicity in online games | VGCUbisoft and Riot Games have launched a joint research project designed to combat harmful content in online game chats
Læs mere »
Riot and Ubisoft partnering on research to create 'more positive gaming communities'Riot Games and Ubisoft have announced a partnership that'll see the companies collaborating on a research project with …
Læs mere »
Single-cell RNAseq uncovers cellular heterogeneity and provides a signature for pediatric sleep apneaBackground Obstructive Sleep Apnea (OSA) is a highly prevalent disease and a major cause of systemic inflammation leading to neurocognitive, behavioral, metabolic, and cardiovascular dysfunction in children and adults. However, the impact of OSA on the heterogeneity of circulating immune cells remains to be determined. Methods We applied single-cell transcriptomics analysis (scRNA-seq) to identify OSA-induced changes in transcriptional landscape in PBMC composition which uncovered severity-dependent differences in several cell lineages. Furthermore, a machine learning approach was used to combine scRNAs-seq cell-specific markers with those differentially expressed in OSA. Results scRNA-seq demonstrated OSA-induced heterogeneity in cellular composition and enabled the identification of previously undescribed cell types in PBMCs. We identified a molecular signature consisting of 32 genes, which distinguished OSA patients from various controls with high precision (AUC=0.96), and accuracy (93% PPV and 95% NPV, respectively) in an independent PBMC bulk RNA expression dataset. Conclusion OSA deregulates systemic immune function and displays a molecular signature that can be assessed in standard cellular RNA without the need for pre-analytical cell separation, thereby making the assay amenable to application in a molecular diagnostic setting. Footnotes This manuscript has recently been accepted for publication in the European Respiratory Journal . It is published here in its accepted form prior to copyediting and typesetting by our production team. After these production processes are complete and the authors have approved the resulting proofs, the article will move to the latest issue of the ERJ online. Please open or download the PDF to view this article. Conflict of interests: All authors have nothing to disclose.
Læs mere »