The medical field is excited about blockchain. It promises to enhance trust and reduce errors in handling health information. However, a significant obstacle stands in the way. The enormous volume of biomedical data is hindering its progress. This is particularly true for applications that need to keep large amounts of data on the blockchain itself.

The more data there is, the more issues arise. Keeping data on the blockchain can be sluggish and costly. Yet, innovative minds have found a solution to make it more effective. They developed a smart approach to store data on the Ethereum blockchain. Their technique maintains consistent speeds for adding and retrieving data, regardless of the data volume.

These innovators didn't settle for just a smart idea. They delved into the Ethereum Virtual Machine. By making adjustments at a fundamental level, they enhanced their method's speed and cost-efficiency. This demonstrates that the standard tools for Ethereum might not be ideal for handling large data tasks.

To validate their method, they created a practical example. They developed a smart contract for storing and verifying training certificates. This smart contract was incredibly fast. It inserted data twice as quickly, retrieved it 500 times faster, and used significantly less storage and gas than other approaches. It even secured a top prize in a major competition.

This method isn't limited to certificates. It can manage various types of data. Text, RNA sequences, and even biomedical images can be stored and retrieved efficiently. This opens up numerous possibilities for blockchain in healthcare.

The medical field is excited about blockchain. It promises to enhance trust and reduce errors in handling health information. However, a significant obstacle stands in the way. The enormous volume of biomedical data is hindering its progress. This is particularly true for applications that need to keep large amounts of data on the blockchain itself.

The more data there is, the more issues arise. Keeping data on the blockchain can be sluggish and costly. Yet, innovative minds have found a solution to make it more effective. They developed a smart approach to store data on the Ethereum blockchain. Their technique maintains consistent speeds for adding and retrieving data, regardless of the data volume.

These innovators didn't settle for just a smart idea. They delved into the Ethereum Virtual Machine. By making adjustments at a fundamental level, they enhanced their method's speed and cost-efficiency. This demonstrates that the standard tools for Ethereum might not be ideal for handling large data tasks.

Blockchain's Data Dilemma in Medicine

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