Innovative Bioresearch

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.

**INNBC achieves dual milestones** in scientific validation and entertainment development. **Scientific Recognition** Harvard University researchers cited INNBC's blockchain biomedical data storage research in a new study published in *Frontiers in Neurology*. The [original INNBC study](https://doi.org/10.1186/s12911-024-02498-z) focuses on permanent biomedical data storage, now recognized as a component for digital twin health solutions. **Gaming Progress** INNBC Starfighter approaches its Steam release with major updates: - Multiplayer functionality implemented - Complete graphics overhaul completed - Official launch imminent **Real-World Application** Web3 Medical journal recently used the INNBC DApp to publish editorial content on-chain, demonstrating practical utility for immutable publishing. **Utility-Driven Approach** The project emphasizes moving beyond speculation-based crypto models toward tangible value through scientific contributions and engaging products. INNBC combines decentralized health data solutions with entertainment applications, positioning itself as a utility-focused blockchain project.

**INNBC Starfighter** is approaching its Steam launch with a **custom-built multiplayer co-op system**. CEO Jonathan Fior engaged in development discussions with industry veteran John Carmack, highlighting the technical approach behind the game. Key developments: - Custom multiplayer implementation built from scratch - Steam platform release planned - Co-op gameplay focus - Direct CEO involvement in technical development The game represents an expansion beyond INNBC's core decentralized storage platform into gaming.

The $BPC157 community achieved a major milestone with **official confirmation** from @pumpdotscience that their fly experiment has been unlocked. This breakthrough follows the token's successful market launch in August, where it: - Graduated from bonding curve to open trading - Achieved 34% funding for next research stage within one day - Now trades on MeteoraAG and JupiterExchange The experiment unlock represents significant progress for the decentralized science project focused on BPC-157 research.

**INNBC Starfighter** is expanding to Steam while maintaining its free-to-play model. The space combat game will feature new exclusive content: - Steam achievements system - Multiplayer functionality - Enhanced customization options Players will pilot transforming Starfighters through galactic frontiers in this space-based battler. The Steam release represents a significant platform expansion for the INNBC ecosystem. *Launch Date: July 3, 2025*

Innovative Bioresearch has released INNBC AI Agent, an open-source tool for research scientists participating in the #BioAIHackathon (April-June 2025). Key features: - Searches 3.4M+ PubMed open-access papers - Powered by xAI's Grok for data synthesis - Generates publication-ready reports - Creates custom visualizations with Chart.js - No coding knowledge required The tool is accessible via [web interface](https://innbcagent.innovativebioresearch.com) and available on [GitHub](https://github.com/InnovativeBioresearch/INNBCAgent) under MIT License. Try the agent to streamline your research workflow and support this #DeSci initiative.

INNBC has released Starfighter, their first play-to-earn game on the upcoming INNBC L1 chain. The game features: - High-resolution sprites and 60fps gameplay - Earn $INNBCV tokens and NFTs while playing - Integration with DeSci initiatives - Focus on scientific gamification The release marks INNBC's entry into blockchain gaming, combining decentralized science with entertainment. Players can earn rewards while contributing to scientific initiatives through gameplay. [Learn more about INNBC Gaming](https://www.innovativebioresearch.com/innbcgaming)

IBTimes published a feature article highlighting Innovative Bioresearch's efforts in decentralized science (#DeSci). - The article examines the **legitimacy of decentralized science** and its role in modern research - Follows up on a December piece that emphasized the importance of **peer-reviewed publications** in establishing DeSci credibility - Discussion centers on how blockchain technology can support legitimate scientific research while maintaining academic standards The coverage reflects growing mainstream interest in DeSci platforms that bridge traditional scientific methods with blockchain innovation. Want to learn more? Read the full article on IBTimes.

A decentralized science (#DeSci) project focused on blockchain-based biomedical data storage participated in an AMA hosted by BitMart Exchange and MetaEraHK. The event featured prominent DeSci builders including: - GenomesDAO - Athena DAO - 0xAA Science - y3tiCrypto The discussion centered on their recent peer-reviewed publication in SpringerNature about blockchain-based biomedical data storage systems. *Recording available for those who missed the live session.*

A critical examination of scientific publishing reveals growing concerns about the peer review process and publication standards. - Academic pressure to publish frequently may compromise research quality - Rising number of paper retractions and irreproducible results highlight systemic issues - Current metrics-driven approach emphasizes quantity over quality The traditional peer review system faces challenges in maintaining scientific rigor while managing increasing submission volumes. *Reforms may be needed* to balance academic productivity with research integrity. **Key Issues:** - Publication pressure affects research quality - Citation metrics may distort incentives - Peer review system showing strain