jakiro
Source: Jishi Communication
summary
The distribution of traditional scientific research expenses is often controlled by small closed centralized groups. These groups have certain restrictions on supervision and efficiency, which will further affect the output efficiency and value potential of scientific research.In response to these issues, the industry has recently produced a decentralized science (DESCI) movement, which aims to use the web3.0 system to build public infrastructure for fairness, creation, supervision, confirmation, storage, and dissemination of scientific knowledge.In the simplest to say, DESCI provides a solution with WEB3.0 ideas for scientific research fundraising, supervision, review, scientific research promotion and timely decision -making.It is completely different from the operating model of traditional scientific research. Users of the web3.0 world have become promoters of scientific research and the market has become the core driving force.This is a new outlet in the industry.Of course, as a new thing, the risk of DESCI is also obvious. For example, the scientific research process data fraud, platform security, and other external risks (such as external attacks) and other issues will have an inestimable impact on the quality of scientific research and risk spillover.
PumpScience has promoted longevity research and has become the representative of the recent rise of the DESCI industry.At present, PumpScience enables anyone to conduct longevity experiments research, providing a test of intervention measures (drugs, or multiple drugs) to test, and tokens in inspiration based on the Solana platform.Drug developers can raise funds for experiments, and other people can bet on which intervention measures will extend the life of different model creatures tested.In order to fund the experiments of a specific intervention, the drug developer launched a tokens, which represents some of the rights of the drug mixture, and can pay the experimental fee after sale.The rights of intervention measures developed on this platform can be authorized, and these intervention measures can be sold for chemical suppliers as supplements or research chemicals for sale.All the projects on all the projects on PumpScience are decentralized from the start to implementation. The DESCI model has been structured at each stage. At each stage: fund preparation, decision -making, supervision, and market operations are in the cryptocurrency market.The driver is carried out under the action, and it is fully developed and decentralized.
The core of PumpScience is the driving force for the cryptocurrency market as the core. In terms of capital (and funding thresholds), creativity, supervision and decision -making, use market forces to fully tap the market value of each link and promote the rapid development of scientific research.For example, compounds can be prepared at any stage of the research process into final products (if related companies have their willingness).This is also very imaginative. We can openly think about it: In the process of biological science and even scientific research experiments in other fields, some intermediate data and products will also have a certain application market. For example, although it is not a chemical of the final ideal goal,It may be a compound (catalyst or intermediate product required for other production) required by other manufacturers.Related companies can purchase tokens in the tokens market, push up prices as a means of intervention, and provide a milestone foundation for possible effective products in the next stage.At the same time, you can buy off -related product production/sales authorization.Although this is not the ultimate goal of the experiment, the market value of the middle process has also been well released.
It can be said that DESCI is decentralized to decentralize the creative/dominant, promoting process (and decision -making of each stage), and every step of the transformation of industrial transformation.This flywheel model will undoubtedly fully release the efficiency and energy of Web3.0.
Risk reminder: Blockchain technology is not as good as expected; uncertainty of regulatory policies; web3.0 business model is less than expected.
1. Core view
The distribution of traditional scientific research funds is often controlled by small closed centralized groups. These groups have certain restrictions on supervision and efficiency, which will further affect the output efficiency and value potential of scientific research. Of courseIt has a high influence in the process of productization, and this influence sometimes suppresses the efficiency of scientific research.In response to these issues, the industry has recently produced a decentralized science (DESCI) movement, which aims to use the web3.0 system to build public infrastructure for fairness, creation, supervision, confirmation, storage, and dissemination of scientific knowledge.Different from the capital decentralized crowdfunding, DESCI has a considerable openability in terms of funding, creativity, research ideas and even market support. It also has Web3.0 thinking, fully taps the efficiency and output of scientific research, and at the same timeShare equity with decentralized Web3.0 ecological users.
Of course, as a new thing, the risk of DESCI is also obvious. For example, the scientific research process data fraud, platform security, and other external risks (such as external attacks) and other issues will have an inestimable impact on the quality of scientific research and risk spillover.
This article introduces the operating model of the DESCI typical representative project and analyzes the potential of its development.
2.Desci: web3.0 empowerment scientific research
Decentralization Science (DESCI) is a sport designed to use Web3.0 to build public infrastructure for fair, equal funding, creation, supervision, confirmation, storage, and dissemination of scientific knowledge.In the simplest to say, DESCI provides solutions with WEB3.0 ideas for scientific research funds (as well as supervision, review, and various assistance), that is, web3.0 has become a new accelerator of scientific research.It is completely different from the operating mode of traditional scientific research. Users of the web3.0 world have become promoters of scientific research and are performed in a decentralized manner.
2.1 DESCI’s progress relative to Gitcoin: fully decentralized centralized structure project process
Gticoin is a decentralized collaboration platform built by Ethereum. It provides developers with a development collaboration platform, and at the same time provides investors with a donation platform (cryptocurrency donation).It can be simply understood as the crowdfunding and sharing platform of the project’s code and funds.The funding of the aid to the project token is returned. This financing method has a web3.0 style. This is an early decentralized financing and incubation model.
During the implementation of the funding plan, the project requires not only one -time funding, but arranging different rounds of financing according to the different stages of the project development.Single -round financing can stimulate the interest of funders, but the coordinated multi -round financing strategy is essential for establishing continuous participation and attracting long -term builders.By ordering the financing rounds according to the established goals (milestone achievements), the project can attract continuous funding and co -builders, while constantly adapting to constantly changing needs.
Taking the project SEI as an example, the goal of SEI is to combine the development standards of the Ethereum virtual machine (EVM) with the performance of Solana to achieve the flexible ecological application expand between the two public chains.According to different stages of development, SEI’s financing planned four rounds, and in four rounds of financing, a total of $ 1.3 million was distributed to the SEI ecosystem projects.The SEI ecological TVL (value of lock -up assets) achieved a significant increase in July to October, with more than doubled to more than 200 million US dollars.During this period, the number of active users rose sharply, with a peak of about 65,000 people per day.
Obviously, Gitcoin is the earlier web3.0 decentralized crowdfunding platform. It mainly solves the personalized financing needs of different stages of the project, and provides more decentralized financing demand and funding supply in a decentralized manner.The way market -oriented.In addition to providing early support for scientific research (projects) in terms of funds, DESCI also decentralized in various aspects such as project (research) content, creativity and decision -making, rather than the crowdfunding of funds.This is a more innovative innovation with web3.0 thinking.At the same time, from the perspective of development potential, the scientific research supported by DESCI has more potential for commercialization potential. Innovation in this area is also a prominent feature.
In the following analysis, we will see that DESCI essentially deconn decentralized the process of scientific research projects.
2.2 DESCI: Decision with the full process of scientific research
DESCI aims to create an ecosystem to inspire scientists to publicly share their research, and therefore receive honor and rewards, and at the same time allow anyone to easily understand research and contribute to research.This is significantly different from traditional scientific research: the distribution of traditional scientific research funds is often controlled by small closed centralized groups. These groups have certain restrictions on supervision and efficiency, which will further affect the output efficiency and output efficiency and the results of scientific research results and the output efficiency andValue potential excavation, of course, groups have high influence in the process of related property rights transfer and productization. This influence sometimes suppress the efficiency of scientific research output.In response to these issues, DESCI is trying to create a more decentralized and transparent scientific research model. Through decentralization, obtaining funds, scientific tools and communication channels, creating a environment that allows new and non -traditional ideas to flourish.EssenceObviously, in the DESCI mode, Web3.0 users will deconstruct the traditional scientific research funding funders, regulators, and even experimental operators, etc., so that they can be developed from scientific research experiments to all aspects of the product landing.The same potential.
DESCI has become a recent rise, and its representative is the PumpScience platform.At present, PumpScience enables anyone to conduct longevity experiments research, providing a test of intervention measures (drugs, or multiple drugs) to test, and tokens in inspiration based on the Solana platform.DRUG DEVS can raise funds for experiments, and which intervention can bet on the life of different model creatures tested.In order to fund the experiments of a specific intervention, the drug developer launched a tokens, which represents some of the rights of the drug mixture, and can pay the experimental fee after sale.The rights of intervention measures developed on this platform can be authorized, and these intervention measures can be sold for chemical suppliers as supplements or research chemicals for sale.All experimental tests (currently) on PumpScience aim to extend their life.The entire process of this project from startup to implementation is decentralized. DESCI models have been structured at all stages. At each stage: fund preparation, decision -making, supervision and market operations are under the role of the cryptocurrency market.Drives are carried out and are fully developed and decentralized.
The specific work process of PumpScience includes:
1) Drug developers submit intervention measures for testing, and pay X USD SOL to pay experimental fees;
2) Issuing tokens on pump.fun, and use the raised funds to purchase the first batch of tokens:
3) If the market value of the tokens reaches a certain threshold, tokens will automatically sell for new stages of funding for funding experiments;
4) These intervention measures are tested on the Wormbot of Ora Biomedical, and tested the flies on the Flybox of Tracked Biotechnology, and more experiments will be performed in the future. In the future, more experiments will be performed;
5) The data is transmitted to the user according to a fixed time interval, and the user can evaluate the effect and value of the intervention measures;
6) Chemical suppliers can purchase the right to intervention from the tokens.
At the specific operational level, PumpScience currently has designed DESCI as a “game” to identify chemicals that extend human life in the most time -saving and most economical way.In order to generate meaningful high -quality data quickly and economically, the PumpScience first tests on model creatures with a short life and lower experimental costs.High organisms.Including three levels:
1) Worms: First start with a worm, this is a small wiring about the size of the eyelashes.The life span of worms in the laboratory is only 20-30 days, so the effect of chemical substances that can extend the life expectancy quickly can be quickly observed by worms.It takes about $ 300-500 for high-quality drugs for worms.
2) Flies: Next, test the fruit flies can survive in the laboratory for about 3 months.The cost of cultivating fruit flies is relatively low (about 2-3 thousand dollars in each experiment), and more complex biological opinions are provided than thread bugs.Although they do not have spinal cord, low cost and fast life cycle make them ideal experiments.
3) Mouse: Prospective chemicals will subsequently enter the mouse test stage.The life of the mice is about 2-3 years, and the experimental cost is $ 30,000, depending on the environmental settings.Due to the long life and high cost, only the most promising candidate drugs can enter this stage. At this stage, it can collect more expensive, time -consuming but more human -related data.
In order to fund the game, PumpScience proposed a fundraising agreement based on a cryptocurrency platform.The agreement will be allowed to raise and allocate funds for each intervention to ensure that only the most promising intervention measures can make progress.Through transparent and decentralized funds, donors can directly support chemical development that may extend human life in the future.
When researchers (developers) submit new intervention measures, participants purchase tokens linked to their intervention measures on the platform.This kind of financing of different stages is based on the milestone of the cryptocurrency market value: With the increase of the token market value, tokens will be sold at critical milestones to pay more and more advanced test costs:
1) Insect: The tokens sold to $ 500 at the market value of the tokens at $ 70,000;
2) Flies: When the market value of tokens reaches $ 1 million, sells $ 2,500 tokens;
3) Mouse: When the token reaches $ 3 million, it sells $ 20,000 tokens.
Anyone can submit a test of corresponding compounds at a price of less than $ 100 without permission.Maintaining low cost and eliminating the threshold restrictions on the market to enter the market will further increase the number of ideas submitted.The more creativity submitted, the more creativity is likely to produce products that extend healthy life.
Flying longevity experiments include feeding a compound or placebo to a flies (about 15 flies per pipe).The flies taking compounds were placed in a tube, and the flies taking placebo were placed in another tube.Your goal is to predict whether the Fly lives longer than the flies that takes the control.To predict this, you must monitor the flies, and they will be uploaded to the PumpScience when they are recorded.You can view the flies in the test tube.The flies in each test tube either accept the compound or accept the comparison, the latter label at the top of the test tube.
At the end of the experiment, there will be a final score: life span extension percentage (PLE).This means how long the life of the drug is longer than the animal life.The goal of the game is to find more compounds that can increase all trial biological PLE.Once the experiment is completed, if the market value of the compound tokens reaches the next milestone threshold, then the next experiment will be funded and executed.
PumpScience’s future development plan is to launch more scientific research test content, business plans, and even the introduction of AI agents.At present, I have not seen substantial progress in this regard, but the deconstruction and innovation of web3.0 are expected to bring more interesting results.
The above games seem to be more complicated and interesting, but the core is the driving force for the cryptocurrency market as the core. In terms of funding (and funding thresholds), creativity, supervision and decision -making, use market forces to fully tap the market value of each link and promote the promotionThe rapid development of scientific research.For example, compounds can be prepared at any stage of the research process into final products (if related companies have their willingness).This is also very imaginative. We can openly think about it: In the process of biological science and even scientific research experiments in other fields, some intermediate data and products will also have a certain application market. For example, although it is not a chemical of the final ideal goal,It may be a compound (catalyst or intermediate product required for other production) required by other manufacturers.Related companies can purchase tokens in the tokens market, push up prices as a means of intervention, and provide a milestone foundation for possible effective products in the next stage.At the same time, you can buy off -related product production/sales authorization.Although this is not the ultimate goal of the experiment, the market value of the middle process has also been well released.
It can be said that DESCI is decentralized to decentralize the creative/dominant, promoting process (and decision -making of each stage), and every step of the transformation of industrial transformation.This flywheel model will undoubtedly fully release the efficiency and energy of Web3.0.
Risk reminder
The development of blockchain technology is not as good as expected: Blockchain -related technologies and projects at the bottom of Bitcoin are in the early stages of development, and there are risks that are less than expected by technology research and development.
Uncertainty of regulatory policies: The actual operation of the blockchain and the Web 3.0 project involves a number of financial, network and other regulatory policies. At present, the regulatory policies of various countries are still in the stage of research and exploration. There is no mature regulatory model.Therefore, the industry is facing the risk of uncertainty of regulatory policies.
Web3.0 business model is not as good as expected: Web3.0 related infrastructure and projects are in the early stages of development, and there is a risk that the business model is not as good as expected.
In this article, the report published on November 28, 2024, “Desci: New Wind of Research on Scientific Research”, please refer to the relevant report for details.
