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What is Culturomics?

Culturomics is a high-throughput, culture-based approach that enables the isolation and study of diverse microorganisms as living cells. By integrating optimized cultivation conditions with advanced identification technologies, culturomics extends beyond sequencing to recover viable microbes previously considered unculturable.​​

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Liu et al. Microorganisms doi.org/10.3390/microorganisms11041080

Going beyond gene catalogs, culturomics overcomes the limitations of traditional cultivation and metagenomics to systematically explore microbial diversity—especially low-abundance, rare, and novel species—providing a stronger foundation for understanding microbiome function, host health, and disease.

Current Challenges in Culturomics
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Despite its potential, culturomics remains limited by labor-intensive workflows, low throughput, and poor standardization. Manual cultivation and colony isolation make large-scale, systematic exploration of microbial diversity slow and resource-intensive, restricting productivity and scalability.

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What is SmartCulture X  ?

SmartCulture X® is a revolutionary automated high throughput (aerobic/anaerobic) microbial cultivation and isolation system that integrates cutting-edge technology. By combining intelligent cultivation management with automated processing, SmartCulture X® overcomes the limitations of traditional manual operations. It achieves efficient microbial cultivation, screening, and identification with minimal manual intervention. With an automated process that reduces repetitive manual handling by over 80%, SmartCulture X® significantly enhances research efficiency and accuracy in microbial studies.

Integrated Hardware Platform

Addressing challenges throughout the entire workflow

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AI Algorithms Engine & Database

Effective & Accurate Feature Acquisition

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Enhancing training and selection intelligence

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Applications

Academic

Biotech

•   Microbe discovery
•   Fundamental research
•   Biobank consctruction

•   Probiotic development
•   Enzyme engineering
•   Synthetic biology

Pharmaceutical 

Food & Agriculture 

•   Drug screening
•   Microbial therapy
•   Quality control

•   Soil & marine microbe
•   Biological fertilizer
•   Food manufacturing 

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