🔬 INNBC Research Receives Second Major Citation from Frontiers in Blockchain
🔬 INNBC Research Receives Second Major Citation from Frontiers in Blockchain
📚 Second major citation

A Springer Nature publication on blockchain-based biomedical data storage has received its second significant academic citation. Following an earlier reference from Harvard University, the research is now cited in a new study titled "BirthChain: a blockchain platform for birth certificates" published in Frontiers in Blockchain.
The citation positions the work as a technical reference for implementing decentralized science (DeSci) solutions on BNB Smart Chain and other EVM-compatible networks including Ethereum and Polygon.
Key points:
- Research cited by institutions including Harvard and University College London
- Study serves as practical reference for blockchain engineering applications
- Published in peer-reviewed journals with established academic standards
- Focuses on permanent data storage using blockchain technology
The citations demonstrate growing academic interest in blockchain applications for data management and infrastructure development across multiple networks.
Honored to announce that our @SpringerNature publication (link.springer.com/article/10.118…) has received its second major international citation! 📄✨ Following Harvard, the recent "BirthChain: a blockchain platform for birth certificates" study in @FrontiersIn Blockchain now references
INNBC Expands Beyond Gaming with DeFi Aggregator and Layer-1 Blockchain

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JavaScript Game Engine Powers Commercial Steam Release, Now Open-Sourced

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BPC-157 Peptide Study Protocol Submitted for Preclinical Safety Testing

A **2-month mouse study protocol** for peptide BPC-157 has been officially submitted to the lab for preclinical testing. **Key Study Parameters:** - High-dose chronic safety testing (200 ug/kg) - Functional performance measurements (grip strength, cytokines) - Duration: 2 months **Regulatory Significance:** This dataset will address **critical non-toxicity requirements** from regulatory agencies including AIFA and EMA, which are necessary prerequisites for advancing to human Phase I clinical trials. **Previous Results:** Earlier C. elegans experiments showed a **5.1% increase in lifespan** - marking the first time BPC-157 was tested on this model organism. The study represents a crucial step in building the regulatory bridge toward official approval for human trials of this regenerative medicine peptide.