The Independent and Open Science Research Network
Structured, peer-driven projects integrating complex datasets into open digital repositories — led by independent investigators worldwide.
A comprehensive systematic revision of 513 cyanobacterial genomes resolving widespread polyphyly through OGRIs including ANI, AAI, and advanced phylogenomics. Using Candidatus Atelocyanobacterium (UCYN-A) as a biological model, this initiative explores the metabolic streamlining behind the evolutionary transition into nitroplasts — potentially reshaping our understanding of nitrogen fixation in marine ecosystems.
A comprehensive critical review compiling global repository metrics to expose severe gaps in regional microbiology tracking. The initiative maps species submission data and compiled genomes isolated from Latin American environments within the NCBI Assembly Database, contrasting these figures against North American, European, and Asian scientific funding and patent registries — making the invisible inequality in global science visible and citable.
A systematic narrative review evaluating the neuromodulatory mechanisms and pharmacology of cannabinoids — specifically CBD — within the context of substance use disorders. This project uncovers structural interactions within host endocannabinoid receptors to benchmark substitution parameters against complementary effects, aiming to build evidence-based operational guidelines for territorialized social care interventions.
A collaborative publishing pipeline structuring a multi-chapter reference textbook mapping advanced data analytics and microbial applications across the agricultural value chain. Moving systematically from pre-planting climate modeling to non-destructive NIR postharvest physiological profiling, each chapter establishes standardized baselines for localized connectivity networks, economics, and risk parameters.
A large-scale comparative genomic framework leveraging 178 high-quality genomes of CLas — the unculturable intracellular pathogen behind Huanglongbing (HLB), the most devastating disease in global citriculture. The pangenomic blueprint targets novel diagnostic biomarkers and therapeutic entry points where traditional microbiology has historically failed.
RICAI is establishing the peer-review and validation protocols required to scale its collaborative architecture. Once core institutional tracks complete their initial deployment, a formal call will open for external investigators to host, evaluate, and integrate autonomous research methodologies within the network's decentralized ecosystem.
Registered members receive all call announcements first. Join now to stay in the loop →
The process is designed to be open, clear, and fast — from application to active collaboration.
Apply as an Associated Researcher or Member using the general RICAI onboarding form. This grants you access to all project calls, member resources, and the community directory.
Each active project has a dedicated application form with specific collaboration requirements. Review the project scope, confirm your expertise matches, and submit your application.
Once accepted, you receive task assignments, workflow documentation, and access to the project's shared repositories. All work follows open, reproducible standards from day one.
Project calls are sent directly to registered RICAI members. Join the network to receive all future announcements and participate in the next generation of independent research.
Join the Network