Shineco Establishes Biological Cell Digital Division to Integrate Biological Cell Assets and Blockchain Technology
Shineco (NASDAQ: SISI), an iPSC technology platform manufacturer, has announced the creation of a new Biological Cell Digital Business Division to merge biological cell assets with blockchain technology. The company has appointed Mr. Lin Hongguang, former Chief Researcher at Korea Digital Currency Research Institute, as General Manager of the division.
The division aims to establish a blockchain-based ecosystem for biological cell assets management, focusing on standardized management, IPSC cell bank development, and blockchain-linking. Key objectives include improving cell asset traceability, developing equity transfer mechanisms, and enhancing global distribution efficiency of biological cell products.
The initiative seeks to enable medical institutions to allocate resources more efficiently, implement flexible payment systems, and integrate AI tools to optimize service delivery, making cell technology more accessible globally.
Shineco (NASDAQ: SISI), produttore di piattaforme tecnologiche per iPSC, ha annunciato la creazione della nuova Divisione Digitale per le Cellule Biologiche per integrare gli asset cellulari biologici con la tecnologia blockchain. L'azienda ha nominato Il Sig. Lin Hongguang, ex ricercatore capo presso l'Istituto coreano per la ricerca sulla valuta digitale, come direttore generale della divisione.
La divisione punta a costituire un ecosistema basato su blockchain per la gestione degli asset cellulari biologici, con focus sulla gestione standardizzata, lo sviluppo di banche di cellule iPSC e il collegamento alla blockchain. Tra gli obiettivi principali figurano il miglioramento della tracciabilità degli asset cellulari, l'ideazione di meccanismi di trasferimento della proprietà e l'aumento dell'efficienza nella distribuzione globale dei prodotti a base di cellule biologiche.
L'iniziativa mira a permettere alle strutture mediche di allocare le risorse in modo più efficiente, adottare sistemi di pagamento flessibili e integrare strumenti di intelligenza artificiale per ottimizzare l'erogazione dei servizi, rendendo la tecnologia cellulare più accessibile a livello mondiale.
Shineco (NASDAQ: SISI), fabricante de plataformas tecnológicas de iPSC, ha anunciado la creación de la nueva División Digital de Células Biológicas para fusionar los activos celulares biológicos con la tecnología blockchain. La compañía ha nombrado a el Sr. Lin Hongguang, ex investigador principal del Instituto de Investigación de Moneda Digital de Corea, como gerente general de la división.
La división pretende establecer un ecosistema basado en blockchain para la gestión de activos celulares biológicos, con énfasis en la gestión estandarizada, el desarrollo de bancos de células iPSC y la vinculación con blockchain. Entre los objetivos clave están mejorar la trazabilidad de los activos celulares, desarrollar mecanismos de transferencia de participación y aumentar la eficiencia de la distribución global de productos celulares.
La iniciativa busca permitir que las instituciones médicas asignen recursos con mayor eficiencia, implementar sistemas de pago flexibles e integrar herramientas de IA para optimizar la prestación de servicios, haciendo la tecnología celular más accesible a nivel mundial.
Shineco (NASDAQ: SISI)는 iPSC 기술 플랫폼 제조업체로, 생체세포 자산을 블록체인 기술과 결합하기 위해 새로운 생체세포 디지털 사업부를 신설했다고 발표했습니다. 회사는 린 홍광 전 한국디지털통화연구원 수석연구원을 해당 사업부의 총괄매니저로 임명했습니다.
해당 사업부는 생체세포 자산 관리를 위한 블록체인 기반 생태계를 구축하는 것을 목표로 하며, 표준화된 관리, iPSC 세포은행 개발 및 블록체인 연동에 중점을 둡니다. 주요 목표로는 세포 자산의 추적성 향상, 권리 이전 메커니즘 개발, 생체세포 제품의 글로벌 유통 효율성 제고 등이 포함됩니다.
이 이니셔티브는 의료 기관이 자원을 보다 효율적으로 배분하고 유연한 결제 시스템을 도입하며 AI 도구를 통합해 서비스 제공을 최적화함으로써 세포 기술의 글로벌 접근성을 높이는 것을 목표로 합니다.
Shineco (NASDAQ: SISI), fabricant d'une plateforme technologique iPSC, a annoncé la création d'une nouvelle Division numérique des cellules biologiques pour combiner les actifs cellulaires biologiques avec la technologie blockchain. La société a nommé M. Lin Hongguang, ancien chercheur principal à l'Institut coréen de recherche sur la monnaie numérique, directeur général de la division.
La division vise à établir un écosystème basé sur la blockchain pour la gestion des actifs cellulaires biologiques, en se concentrant sur la gestion standardisée, le développement d'une banque de cellules iPSC et la connexion à la blockchain. Les objectifs clés incluent l'amélioration de la traçabilité des actifs cellulaires, le développement de mécanismes de transfert de droits/participations et l'amélioration de l'efficacité de la distribution mondiale des produits à base de cellules biologiques.
L'initiative cherche à permettre aux établissements médicaux d'allouer leurs ressources plus efficacement, de mettre en place des systèmes de paiement flexibles et d'intégrer des outils d'IA pour optimiser la prestation de services, rendant la technologie cellulaire plus accessible à l'échelle mondiale.
Shineco (NASDAQ: SISI), ein Hersteller von iPSC-Technologieplattformen, hat die Gründung einer neuen Digitalen Geschäftseinheit für biologische Zellen angekündigt, um biologische Zell-Assets mit Blockchain-Technologie zu verbinden. Das Unternehmen hat Herrn Lin Hongguang, ehemaligen leitenden Forscher am Koreanischen Forschungsinstitut für digitale Währungen, zum General Manager der Einheit ernannt.
Die Einheit hat das Ziel, ein blockchain-basiertes Ökosystem für das Management biologischer Zell-Assets aufzubauen, mit Fokus auf standardisierte Verwaltung, den Ausbau einer iPSC-Zellbank und die Blockchain-Anbindung. Zu den zentralen Zielen gehören die Verbesserung der Nachverfolgbarkeit von Zell-Assets, die Entwicklung von Mechanismen für Übertragungen von Eigentums-/Beteiligungsrechten und die Steigerung der globalen Vertriebseffizienz biologischer Zellprodukte.
Die Initiative soll medizinischen Einrichtungen ermöglichen, Ressourcen effizienter zuzuordnen, flexible Zahlungssysteme einzuführen und KI-Werkzeuge zu integrieren, um die Dienstleistungserbringung zu optimieren und Zelltechnologien weltweit besser zugänglich zu machen.
- Strategic integration of blockchain technology with biological cell assets to improve efficiency
- Appointment of experienced blockchain expert Mr. Lin Hongguang as General Manager
- Potential for increased global market share through improved distribution network
- Development of new flexible payment systems to increase accessibility
- No immediate revenue impact or financial metrics provided
- Implementation timeline and costs not disclosed
- Regulatory uncertainties around blockchain integration with biological assets
Insights
Shineco's integration of blockchain with stem cell technology aims to improve asset management but faces significant implementation challenges.
Shineco (NASDAQ: SISI) has announced the creation of a new Biological Cell Digital Business Division that aims to merge its induced pluripotent stem cell (iPSC) technology with blockchain systems. The company has appointed blockchain specialist Lin Hongguang, formerly of the Korea Digital Currency Research Institute, to lead this initiative as General Manager.
The core objective is to use blockchain technology to create a more efficient ecosystem for biological cell assets through two primary mechanisms: (1) standardized management with traceability through an IPSC cell bank with blockchain verification, and (2) development of equity transfer tools to improve circulation efficiency of cell assets.
While the announcement emphasizes how this integration could potentially streamline resource allocation for medical institutions and make cell technology more accessible globally, it lacks concrete implementation details or timelines. The concept leverages blockchain's strengths in traceability and verification, which are valuable in the biological materials space where chain-of-custody and authenticity are critical.
However, this announcement represents a highly experimental approach combining two complex technologies. The biological cell industry faces genuine challenges including cross-border regulatory hurdles and complex logistics that blockchain alone cannot resolve. The company's claim that this initiative will "promote a significant increase in global market share" remains speculative without more detailed execution plans.
The selection of a blockchain specialist rather than someone with biological sciences expertise to lead this division suggests the company may be prioritizing the technological infrastructure over the specialized biological applications. This initiative appears to be in very early conceptual stages rather than an immediately operational business line.
The Division is expected to use blockchain technology to build an efficient ecosystem for managing and leveraging biological cell assets. Its primary goals are (1) to promote the standardized management of biological cell assets; to establish an induced pluripotent stem cells ("IPSC") cell bank; to achieve blockchain-linking; to establish compliance frameworks so that biological cell assets can be clearly traced and securely confirmed; and (2) to develop supporting industry blockchain tools such as equity transfer mechanisms to address the problem of the low efficiency of cell asset circulation.
The work to be undertaken by the Division is anticipated to allow medical and research institutions to allocate resources more flexibly, and it is contemplated to lower the threshold for users to obtain services through flexible payments and other methods. In addition, the Company believes it will streamline the connection between service interfaces and storage appointments, create cross-institutional research collaborations, enhance health data management and introduce artificial intelligence ("AI") tools to optimize the service experience. A key goal of this new business initiative is to make cell technology services more accessible to global users.
Mr. Lin Hongguang, formerly Chief Researcher at the Korea Digital Currency Research Institute, has extensive experience in the blockchain and digital asset industries, providing strategic, economic modeling, and listing advisory services to numerous Web3 projects. Mr. Lin specializes in digital asset compliance, token design and international implementation, and has extensive international market resources. As General Manager, Mr. Lin will oversee the Division's strategic planning, daily operations, and team building. In addition, Mr. Lin's responsibilities include developing standards for on-chain cell asset listings, expanding global ecosystem collaborations, promoting the implementation of service scenarios, facilitating compliance filings, and ultimately contributing to the establishment of a global distribution network for biological cell products.
"Bio-cell technology is a core driving force of the 'big health' industry, but the industry currently faces challenges such as low global circulation efficiency, difficulty in cross-regional collaboration, and high user service thresholds," said Jennifer Zhan, CEO of Shineco. "We established the Biological Cell Digital Division precisely to break through these bottlenecks through a cell asset chain model. We believe this will not only enable people to more easily access cell technology services but also promote a significant increase in the global market share of Shineco's biological cell products as well as create long-term value for our shareholders. We view this endeavor as a core element of our corporate growth plan, and it represents a strategic investment in the future of the industry."
About Shineco, Inc.
Shineco, Inc. ("Shineco" or the "Company") aims to "focus on healthy living and improve the quality of life" by providing safe, efficient and high-quality health and medical products and services to society. The Company's core business encompasses induced pluripotent stem cell (iPSC) technology platforms and extracellular vesicle-derived products. For more information about Shineco, please visit www.biosisi.com/.
Forward-Looking Statements
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For more information, please contact:
Shineco, Inc.
secretary@shineco.tech
Mobile: +86-010-68130220
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SOURCE Shineco,Inc.
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