Innovative Bioresearch

INNBC Starfighter, a DeSci-focused gaming title, has achieved a "Mostly Positive" rating on Steam with over 70% positive reviews. The game combines classic 90s arcade shooter gameplay with modern graphics and runs at 60+ FPS. It offers both single-player campaigns and online co-op multiplayer for two players. **Key developments:** - Free-to-play model with DeSci-themed achievements - Aims to bridge decentralized science with mainstream gaming - Part of broader INNBC ecosystem building Layer 1 blockchain infrastructure The team positions this as real-world utility rather than speculation-based crypto projects. INNBC Chain Layer 1 and wallet features are in development. [Play or wishlist on Steam](https://store.steampowered.com/app/3977960/INNBC_STARFIGHTER/)

INNBCswap has launched as a cross-chain DeFi aggregator ahead of INNBC's Layer 1 mainnet release. The platform aims to compete with established aggregators like 1inch and Kyber Network. **Key Features:** - Built using 0x APIs for EVM routing with custom Solana support - Scans liquidity routes across 20+ major networks including Ethereum, Solana, Arbitrum, Base, and Polygon - Offers curated liquidity dashboard for managing approved pools on Ethereum - Designed to serve as the official bridge for the upcoming INNBC Chain L1 The aggregator analyzes multi-chain liquidity to find optimal routing paths with lower fees and deeper liquidity. Its curated approach filters out unofficial or malicious pools. When the Layer 1 launches, INNBCswap will function as the bridge for swapping multi-chain assets to the native INNBC gas token. Currently, it facilitates trading for the INNBC Ethereum token. The platform represents foundational infrastructure for INNBC's broader ecosystem, which includes a gaming title on Steam and plans for a dedicated DeSci and gaming-focused blockchain. [Visit INNBCswap](https://innbcswap.io)

Following 14,000+ activations of INNBC STARFIGHTER on Steam, the project is launching three new infrastructure products: - **INNBCswap**: A DeFi aggregator designed to compete with established platforms like 1inch and Kyber Network, using proprietary routing technology across major chains - **INNBC L1 Chain**: An EVM-compatible Layer-1 blockchain focused on decentralized science (DeSci) and gaming, claiming 65,000 transactions per second with $INNBC as the native gas token - **INNBC Wallet**: A multi-chain wallet with native support for the INNBC Chain and major blockchains The project positions itself as product-focused rather than speculative, building on its 2018 DeSci token origins. The Steam game serves as an entry point to introduce blockchain concepts to mainstream gamers. [INNBC STARFIGHTER on Steam](https://store.steampowered.com/app/3977960/INNBC_STARFIGHTER/)

Innovative Bioresearch has released the INNBC STARFIGHTER Engine on GitHub, demonstrating that JavaScript can power commercial-grade games. **Key Features:** - Built with JavaScript and Electron - Delivers 60+ FPS arcade gameplay - Full Steam API integration including achievements - Online multiplayer and lobby support - Gamepad compatibility - Performance-optimized asset caching The engine powers their Steam-released shoot 'em up game and represents a working example of JavaScript technology in commercial gaming. The code is source-available under a commercial license for developers and studios. [View on GitHub](https://github.com/InnovativeBioresearch/INNBC-STARFIGHTER)

**Gaming Press Recognition** INNBC STARFIGHTER received coverage from Spaziogames, being featured as one of the top free-to-play titles on Steam during the Easter holiday period. **Game Details** - 90s-inspired arcade shooter with modern high-resolution graphics - Supports 60+ FPS gameplay - Single-player campaign and online co-op for 2 players - Free-to-play model - Currently available on Steam **DeSci Integration** The game represents an attempt to bridge decentralized science (DeSci) concepts with mainstream gaming. The project aims to provide utility beyond token speculation through actual gaming products. Full coverage: [Spaziogames article](https://www.spaziogames.it/notizie/8-piccoli-giochi-gratis-su-steam-per-festeggiare-la-pasqua)

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.

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.