Synthetic Biology (All Articles)

What Are the Problems with Artificial Cells?

Artificial cells offer promising medical advancements but face challenges like instability, control issues, and poor interaction with natural cells. With high costs and biocompatibility issues, their practical application is limited. How can overcoming these challenges revolutionize medicine and improve treatments? Read the full article to explore the potential and hurdles of artificial cells.

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How to Make New Genes?

Gene synthesis involves creating custom DNA sequences, revolutionizing biotechnology with increased efficiency, precision, and cost-effectiveness. The study shows that modern techniques have made the process 80% faster, reduced error rates to 1 per 1,000 base pairs, and lowered costs by up to 90%. This technology is critical for advancements in medicine, agriculture, and environmental solutions. How do you think gene synthesis could impact the development of new medical treatments? Read the full article for more insights.

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What does bioengineering do?

Bioengineering combines biology and technology to develop innovative solutions, such as medical devices, genetically modified crops, and sustainable biofuels, addressing global challenges in health, food security, and environmental sustainability. How can bioengineering contribute to a healthier and more sustainable future? Click the button below!

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How Do Biological Sensors work?

Biosensors detect biological data and turn it into signals, revolutionizing healthcare by enabling early disease detection and environmental monitoring. With over 95% accuracy, these devices can measure substances at tiny concentrations, improving glucose monitoring and detecting viruses in under 30 minutes. Curious how biosensors could transform health management and food safety? Click the button below!

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