电离科学研究并对世界产生重大影响。输出：标题：什么是 DeSci：为什么它可能成为加密货币的下一个大叙事

去中心化科学 (DeSci) 正在通过使用区块链技术改变科学研究的方式，使整个过程更加开放、公平和协作。

drive significant change in the research landscape.

推动研究领域发生重大变化。

DeepChain

深链

DeepChain is a decentralized platform that aims to improve the efficiency and transparency of clinical trials. It uses blockchain technology to create a secure and auditable system for managing trial data, patient records, and regulatory compliance.

DeepChain是一个去中心化平台，旨在提高临床试验的效率和透明度。它使用区块链技术创建一个安全且可审计的系统，用于管理试验数据、患者记录和法规遵从性。

The platform addresses key issues in clinical trials, such as data integrity, slow processes, and high costs. It enables researchers, patients, and regulators to monitor trial progress in real-time, ensuring adherence to protocols and facilitating faster approvals.

该平台解决了临床试验中的关键问题，例如数据完整性、流程缓慢和成本高。它使研究人员、患者和监管机构能够实时监控试验进展，确保遵守方案并促进更快的批准。

DeepChain Key Features

深链主要特点

DeepChain Pros and Cons

深链的优点和缺点

Pros:

优点：

Cons:

缺点：

DeepChain is making waves in the clinical research industry by leveraging blockchain to streamline processes and enhance data integrity. As the demand for efficient and transparent trials grows, DeepChain is well-positioned to capitalize on this need.

DeepChain 利用区块链简化流程并增强数据完整性，正在临床研究行业掀起波澜。随着对高效、透明试验的需求不断增长，DeepChain 已做好充分利用这一需求的准备。

However, it faces challenges in terms of adoption, regulatory integration, and ensuring the platform meets the diverse needs of clinical trials.

然而，它在采用、监管整合以及确保平台满足临床试验的多样化需求方面面临挑战。

GenomesDAO

基因组DAO

GenomesDAO is a decentralized autonomous organization (DAO) that is revolutionizing how individuals manage and share their genomic data. It empowers people to take control of their genetic information and contribute to scientific research in a secure and compensated manner.

GenomesDAO 是一个去中心化自治组织 (DAO)，它正在彻底改变个人管理和共享基因组数据的方式。它使人们能够控制自己的遗传信息，并以安全和有偿的方式为科学研究做出贡献。

The platform addresses critical issues in genomic data utilization, such as limited access for researchers, privacy concerns, and the need for diverse datasets. It enables researchers to request access to anonymized genomic data, facilitating advancements in personalized medicine and disease research.

该平台解决了基因组数据利用中的关键问题，例如研究人员访问受限、隐私问题以及对多样化数据集的需求。它使研究人员能够请求访问匿名基因组数据，从而促进个性化医疗和疾病研究的进步。

GenomesDAO Key Features

GenomesDAO 主要特点

GenomesDAO Pros and Cons

GenomesDAO 的优点和缺点

Pros:

优点：

Cons:

缺点：

GenomesDAO is at the forefront of merging Web3 and genetics to advance scientific research. It empowers individuals and drives innovation in genomic data utilization.

GenomesDAO 处于融合 Web3 和遗传学以推进科学研究的前沿。它赋予个人权力并推动基因组数据利用的创新。

Despite its promising approach, challenges remain in terms of adoption, regulatory compliance, and ensuring fair compensation for data contributions.

尽管其方法很有前途，但在采用、监管合规性和确保数据贡献的公平补偿方面仍然存在挑战。

Lit Protocol

点燃协议

Lit Protocol is a decentralized network that enables developers to build encrypted applications easily. It provides a secure and scalable solution for handling sensitive data off-chain, while still maintaining the benefits of blockchain technology.

Lit Protocol 是一个去中心化网络，使开发人员能够轻松构建加密应用程序。它提供了一个安全且可扩展的解决方案，用于处理链下敏感数据，同时仍然保持区块链技术的优势。

The protocol addresses key issues in Web3 development, such as the limitations of on-chain storage capacity, the high costs associated with storing large amounts of data on-chain, and the need for efficient off-chain data retrieval.

该协议解决了Web3开发中的关键问题，例如链上存储容量的限制、链上存储大量数据的高成本以及高效的链下数据检索的需要。

Lit Protocol Key Features

Lit 协议主要特性

Lit Protocol Pros and Cons

Lit 协议的优缺点

Pros:

优点：

Cons:

缺点：

Lit Protocol is making waves in the Web3 development space by offering a solution for secure off-chain data storage. It empowers developers to create innovative encrypted applications.

Lit Protocol 通过提供安全的链下数据存储解决方案，在 Web3 开发领域掀起波澜。它使开发人员能够创建创新的加密应用程序。

As the demand for decentralized applications grows and Web3 adoption accelerates, Lit Protocol is well-positioned to capitalize on this need. However, it faces challenges in terms of adoption, regulatory integration, and ensuring the platform meets the diverse needs of developers.

随着对去中心化应用程序的需求不断增长以及 Web3 的采用加速，Lit Protocol 已做好充分利用这一需求的准备。然而，它在采用、监管整合以及确保平台满足开发者的多样化需求方面面临挑战。

Why DeSci Could Be Crypto’s Next Big Narrative

为什么 DeSci 可能成为加密货币的下一个重要故事

output:[Science] What is DeSci: Why It Could Be Crypto’s Next Big Narrative

输出：[科学] 什么是 DeSci：为什么它可能成为加密货币的下一个大叙事

By Anthony Clarke

安东尼·克拉克

Last Updated: Jan 14, 2025

最后更新时间：2025 年 1 月 14 日

Fact checked

事实已核实

By Manisha Mishra

作者：马尼沙·米什拉

Decentralized Science (DeSci) is changing how scientific research is done by using blockchain technology to make the process more open, fair, and collaborative. So, what is DeSci? It’s a new way of conducting and sharing science without relying on traditional systems that are often controlled by a few institutions and can limit access to knowledge and funding.

去中心化科学 (DeSci) 正在通过使用区块链技术改变科学研究的方式，使整个过程更加开放、公平和协作。那么，DeSci 是什么？这是一种进行和分享科学的新方式，不依赖于传统系统，而传统系统通常由少数机构控制，并且会限制知识和资金的获取。

You might ask, how a blockchain powers DeSci? It does so by providing a secure and transparent system to store research data and manage funding. Blockchain keeps records of research that cannot be altered, making it easy to verify and trust.

您可能会问，区块链如何为 DeSci 提供动力？它通过提供安全、透明的系统来存储研究数据和管理资金来实现这一目标。区块链保留了无法更改的研究记录，使其易于验证和信任。

It also allows researchers to get funding directly from supporters and rewards them fairly for their contributions through tokenized incentives. This system cuts out middlemen, like publishers or grant agencies, and makes it easier for scientists from anywhere in the world to work together.

它还允许研究人员直接从支持者那里获得资金，并通过代币化激励公平地奖励他们的贡献。该系统消除了出版商或资助机构等中间商，使世界各地的科学家更容易合作。

Why DeSci could be crypto’s next big trend is simple: it solves big problems in the current research system while aligning with the values of Web3—decentralization, fairness, and transparency. By making science more accessible and efficient, DeSci is becoming a powerful example of how blockchain can go beyond finance and create real-world change.

为什么 DeSci 可能成为加密货币的下一个大趋势很简单：它解决了当前研究系统中的大问题，同时符合 Web3 的价值观——去中心化、公平和透明。通过让科学变得更加容易获取和高效，DeSci 正在成为区块链如何超越金融并创造现实世界变革的有力范例。

What is DeSci? Summary

什么是德赛？概括

This guide will explain Decentralized Science (DeSci), a new way of doing scientific research using blockchain to make it more open, collaborative, and fair. We’ll look at how DeSci solves common problems in traditional research, like limited funding, hard-to-access data, and slow progress.

本指南将解释去中心化科学（DeSci），这是一种利用区块链进行科学研究的新方式，使其更加开放、协作和公平。我们将了解 DeSci 如何解决传统研究中的常见问题，例如资金有限、数据难以访问和进展缓慢。

By using smart contracts, and tools like shared data storage, and clear review processes, DeSci helps speed up discoveries and make science work better for everyone. We’ll also explore its benefits, challenges, and why it could be the next big thing in crypto.

通过使用智能合约、共享数据存储等工具以及清晰的审查流程，DeSci 有助于加快发现速度，让科学更好地为每个人服务。我们还将探讨它的好处、挑战以及为什么它可能成为加密领域的下一个重大事件。

Key Highlights

主要亮点

What is DeSci (Decentralized Science)

什么是 DeSci（去中心化科学）

Decentralized Science, or DeSci, is a movement that applies blockchain and Web3 technologies to change how scientific research is

去中心化科学 (DeSci) 是一项应用区块链和 Web3 技术来改变科学研究方式的运动