An Innovative Biotech Company
CSTEAM Biotechnology: Driving Innovation in Life Sciences
CSTEAM biotechnology is an innovative biotech company headquartered in Ohio, USA, focusing on providing core technology solutions for precision medicine. With technological originality as the core driving force, the company is committed to developing functional bio-models and intelligent bio-chips products with independent intellectual property rights, covering cell models, organoid models, organ models and their chip platforms. By integrating cutting-edge technologies such as gene editing, cell engineering, organoids, organ-on-a-Chip and artificial intelligence, CSTEAM biotechnology has created a biological system that can highly simulate the human microenvironment, which can be widely used in disease mechanism research, new drug screening, toxicology testing and personalized treatment plan development. The company's products have shown outstanding advantages in simulating the human microenvironment, achieving functional verification and mechanism analysis, providing high-quality data output, improving clinical prediction capabilities and promoting the transformation of scientific research results. With excellent R&D capabilities, CSTEAM biotechnology is rapidly growing into an important participant and promoter in the field of global precision medicine. Lab-on-a-Chips, Organoids, Exosomes, RNAs
Products and Services
Functional Bio-Models
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Cell models are used to study cell behavior, drug response and toxicity assessment by culturing specific types of human cells.
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Organoid models are formed by self-organization of stem cells or precursor cells under three-dimensional culture conditions, and have the structural and functional characteristics of specific organs. They are widely used in disease modeling and personalized drug screening.
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Organ models go a step further and build more complex tissue structures through multi-cell collaboration. They can integrate multi-system elements such as blood vessels and nerves for high-fidelity functional verification and clinical simulation.
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Functional bio-models have the advantages of high human relevance, strong repeatability and low ethical risks. They are gradually replacing traditional animal models and promoting the development of precision medicine and regenerative medicine.
Intelligent Bio-Chips
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Cell chips control cell arrangement and signal transduction through micro-nano structures, and are suitable for drug screening and toxicity testing
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Organoid chips embed 3D organoids into microfluidic systems to reconstruct more complex microenvironments for disease modeling and personalized medicine
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Organ chips simulate the structure and interaction of multiple organs, and can build a "multi-organ linkage" system for drug in vivo dynamics and toxicology research
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Through AI algorithms to analyze biological signals in real time, intelligent bio-chips greatly improve data acquisition efficiency and experimental accuracy, with the advantages of high throughput, low cost, and strong repeatability, and are becoming an important technical support for precision medicine, regenerative medicine, and new drug research and development.
We are excited to announce that CSTEAM biotechnology has been officially recognized by the HCA Executive Office as a member of the prestigious Human Cell Atlas (HCA) program! This recognition marks a major milestone for our team as we join a global initiative dedicated to mapping every cell in the human body to advance our understanding of health and disease.
As part of our contribution to the HCA program, CSTEAM biotechnology will focus on developing innovative devices that model the complex interactions between cells and between cells and their surrounding environment. These cutting-edge technologies will play a key role in supporting the HCA's mission to create a comprehensive cellular reference atlas, driving breakthroughs in biomedical research and personalized medicine.
We are honored to be a part of this revolutionary project and look forward to working with the global HCA community to push the boundaries of science.
