PARIS, June 27, 2026 /PRNewswire/ -- The Qianhai Shenzhen-Hong Kong Youth Innovation and Entrepreneur Hub (Ehub) made its debut at Viva Technology (VivaTech) Paris 2026, held from June 17 to 20, marking its first participation in Europe's leading startup event and one of the world's premier technology and innovation exhibitions.
Ehub's debut at VivaTech underscores its growing role as a gateway connecting the Guangdong-Hong Kong-Macao Greater Bay Area (GBA) with the global tech ecosystem. As Shenzhen further strengthens its international profile through major global events, including hosting the 2026 APEC meeting later this year, Ehub is expanding opportunities for startups to build international partnerships, access overseas markets and engage with cross-border innovation communities.
At VivaTech, Ehub led a delegation of six Hong Kong startups to Paris, including Vispek, GEE•D, InnAIO, SkylandX, GastroEase Biotech and i2Cool, representing sectors such as artificial intelligence, biotechnology, green technology and smart hardware.
Throughout the exhibition, the delegation presented their solutions to global investors, industry leaders and potential business partners, while engaging in discussions on technology commercialization, investment and talent development. The event provided participating companies with valuable opportunities to expand their international networks and explore new collaborations across Europe and beyond.
"VivaTech provides an excellent platform to showcase the GBA's innovation strengths to the world," said Peter Mok, Ehub's General Manager. "By bringing together entrepreneurs, investors and technology leaders, we aim to foster international collaboration, create new opportunities for startups, and strengthen the GBA's position as a globally connected innovation hub."
Tony Gong, Marketing Manager of Vispek noted, "We received strong interest in our spectral imaging solutions from customers around the world, engaged with potential investors, and identified promising collaboration opportunities. The feedback we gained will also help us further refine our products for global markets."
"Our millisecond-level real-time translation and voice cloning technologies attracted strong interest from international buyers and investors. We sold out all demonstration units and secured multiple overseas partnership opportunities, marking a highly successful first step in our global expansion," shared Eva Yu, Partner and Head of China Business at InnAIO.
As a key platform for Shenzhen–Hong Kong innovation cooperation, Ehub connects talent, technology and capital to accelerate cross-border innovation and research commercialisation. Supporting this mission, five of Hong Kong's universities ranked among the QS World University Rankings Top 100 — including The University of Hong Kong, The Chinese University of Hong Kong, The Hong Kong University of Science and Technology, The Hong Kong Polytechnic University and Hong Kong Baptist University— have established innovation centres or research bases at Ehub. Their presence highlights collaboration between universities, industry and the technology sector, further strengthening the GBA's innovation ecosystem.
Building on its momentum, Ehub will continue to expand its international network, equipping next-generation startups with the resources, cross-border platforms, and global connections required to scale internationally.
About Ehub
Jointly initiated by the Qianhai Authority, the Hong Kong Federation of Youth Groups, and the Shenzhen Youth Federation, Ehub is an internationally oriented innovation and entrepreneurship platform that officially launched operations on December 7, 2014.
Ehub focuses on strategic sectors including artificial intelligence, embodied intelligence, life and health technologies, cultural and sports tech, and fintech. It was named the only national cross-border demonstration zone for youth innovation and entrepreneurship, and the Guangdong-Hong Kong and Guangdong-Hong Kong-Macao Greater Bay Area youth innovation and entrepreneurship bases.
As of May 2026, Ehub is home to 415 enterprises, of which 92 are recognised national high-tech enterprises, and collectively, the park companies have raised over RMB 9.5 billion in funding to date.
For more information, please visit www.ehub.hk.cn
View original content to download multimedia:https://www.prnewswire.co.uk/news-releases/qianhai-ehub-brings-greater-bay-area-innovation-to-vivatech-paris-2026-302812584.html
Forschende der Universität Zürich (UZH) haben einen Ansatz entwickelt, mit dem sich akuter Schlafmangel im Speichel nachweisen lässt. In einer aktuellen Studie identifizierte das Team um Thomas Krämer vom Institut für Rechtsmedizin eine Art metabolischen Fingerabdruck, der starke Übermüdung zuverlässig anzeigt. Die Resultate wurden im Fachmagazin „Journal of Proteome Research“ veröffentlicht und von Krämer als „Meilenstein für die forensische Forschung“ bezeichnet.
Für die Untersuchung rekrutierten die Wissenschaftler 20 gesunde junge Männer, die normalerweise sieben bis neun Stunden pro Nacht schlafen. Die Probanden durchliefen drei Szenarien: eine Nacht komplett ohne Schlaf, vier Nächte mit jeweils zwei Stunden weniger Schlaf als üblich sowie eine Kontrollbedingung mit rund acht Stunden Schlaf. Nach jeder Phase wurden Speichelproben entnommen und mittels hochauflösender Massenspektrometrie analysiert. Mithilfe von maschinellem Lernen suchte das Team nach molekularen Mustern, die spezifisch auf akuten Schlafentzug hinweisen.
Die Auswertung ergab, dass starke Übermüdung rund zehn Prozent aller Biomoleküle im Speichel beeinflusst. Aus zehntausenden gemessenen Molekülen filterten die Forschenden schließlich zehn spezifische Biomarker heraus, die als Signatur für akuten Schlafmangel dienen könnten. Diese erstmals im Speichel identifizierten direkten Marker für Übermüdung unter alltagsnahen Bedingungen gelten aus Sicht der UZH als Grundlage für neue diagnostische Verfahren.
Langfristig zielt das Projekt auf die Entwicklung eines Schnelltests, der vor Ort eingesetzt werden könnte – etwa im Strassenverkehr, in sicherheitskritischen Berufen oder bei der forensischen Abklärung von Unfällen. Die Forschenden betonen jedoch, dass es sich derzeit um eine Grundlagenstudie mit einer kleinen und homogenen Probandengruppe handelt. Bevor ein solcher Speicheltest in der Praxis Anwendung findet, seien umfangreichere Untersuchungen mit grösseren und vielfältigeren Bevölkerungsgruppen erforderlich.