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Shineco Announces Acquisition of Singapore Evolutionary Stem Cell Company

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Shineco, Inc.
Shineco, Inc.

Expanding the Frontiers of Regenerative Medicine

BEIJING, April 23, 2025 (GLOBE NEWSWIRE) -- Shineco, Inc. ("Shineco" or the "Company"; NASDAQ: SISI), a provider of innovative diagnostic medical products and related medical devices, announced today that on April 22, 2025, its subsidiary, Shineco Life Sciences Group Hong Kong Limited ("Shineco Life Sciences"), entered into a Share Purchase Agreement (the "SPA") with Dr. Lim Kah Meng (the "Seller") to acquire 51% of the equity interest in InfiniClone Limited, a company incorporated under the laws of Hong Kong that has been wholly owned held by Dr. Lim ("InfiniClone"). InfiniClone is a biotechnology company focusing on the field of regenerative medicine. Its main business covers a variety of fields, from basic research to commercial applications, with a focus on induced pluripotent stem cell technology, regenerative medicine applications and the development of cosmeceuticals.

Pursuant to the SPA, Shineco Life Sciences will acquire a 51% equity interest in InfiniClone. In consideration of the acquisition, Shineco Life Science shall pay the Seller $19,895,600 in cash and the Company shall issue and transfer 3,450,000 shares of the Company’s common stock to the Seller, subject to the terms and conditions set forth in the SPA.

InfiniClone has 29 global patents, including five invention patents, that cover major markets such as the US, Europe (the UK, Germany, France and Switzerland), and Asia (Japan, China and Singapore), which it believes gives it a competitive advantage in the field of stem cell technology. Its core technologies include cell reprogramming technology, stem cell culture based on microcarrier technology, and the establishment and management of induced pluripotent stem cells (iPSC) libraries, which it believes can increase the throughput of cell expansion by three to ten times that of existing technologies. While traditional stem cell cultures rely on expensive manual operations and consumables, InfiniClone believes its technology has the potential to significantly reduce labor and material inputs, reducing the production cost per cell by more than 60% and establishing a foundation for large-scale clinical applications. For example, in treating Parkinson's, Alzheimer’s and stroke, traditional methods require months to grow a sufficient number of functional neurons, while InfiniClone’s technology is expected to shorten this cycle to just a few weeks, substantially reducing the time for patients to receive treatment.