How the Culture of Conducting Clinical Trials is Bound to Take after the Uptake of Healthureum

Clinical trials are expensive undertakings which require massive infrastructure during set up as well as accurate data to pull them off successfully. The authenticity of data plays a vital role in clinical trials as in most cases the organization conducting the clinical trial seeks to prove a hypothesis based on the available supporting data used in the trial. This process raises an integrity and ethical question as the hypothesis if proved correct, promises substantial financial gain for the organization involved. Therefore, there is always the risk of tampering with the data to favor the hypothesis of the researcher or hiding findings that do not support the theory the organization has proved to be true.
This risk of data manipulation has also forced the government to enforce strict laws and regulations governing the conducting of clinical trials. However, these laws have slowed down the process and progress of clinical trials. Healthureum is set to solve these issues and improve the process of conducting clinical trials through its blockchain technology. The blockchain technology is a robust system that ensures data accuracy, security, and integrity by distributing the data across a network of several computers ensuring the data is immutable.  Healthureum can further the process of conducting clinical trials in the following ways:
By Maintaining Patient Data Integrity
Clinical trials often depend upon the contribution of data from patients of the rare diseases they are researching on. If the patients don’t volunteer their data, the success of these trials is severely limited. Patients may not be willing to share their data if they feel their privacy is at risk of being violated. This is where the blockchain technology proves useful. The blockchain technology as employed by Healthureum enables patients to share their data anonymously by use of hash transactions where the patients are de-identified. They can share their past medical records while keeping their identity hidden throughout the entire process. This will significantly benefit the clinical trials as more patients will be willing to participate in the clinical trials when their privacy is guaranteed ensuring the success of the clinical trials through the gathering of critical data.
Ensuring Data Accuracy and Integrity
The accuracy of data in clinical trials is paramount. Blockchain technology enables the verification of the data accuracy by recording the data across its network of computers using timestamps. Timestamps allow the data to be stored and tracked chronologically. This also prevents previous data from being altered as it would mean changing the data for all the computers across the Healthureum’s network which is virtually an impossible task to carry out without raising the alarm. This means when a hypothesis is proven to be true, using the blockchain technology the data can be traced back in time to verify if indeed past data holds the information it purports to support. This can significantly improve the accuracy of results from clinical trials in combating disease spread.

Provides Global Access to Data
The blockchain technology allows for data sharing and data access freely across its network of computers. This poses a substantial benefit for clinical test procedures as it offers a platform for increased collaboration. This means other researchers and scientists can be integrated and have visibility in the trial process as it’s going on. They can also share their findings and contribute towards the success of the clinical trial. This also allows them to be able to verify the data and conclusions of the clinical trial increasing the integrity of the process. Increased collaboration and improved verification will lead to faster solutions in the clinical trials field.
Improved Expediency in the Delivery and Recording of the Results
Healthureum’s blockchain system technology runs on a decentralized database system which is the opposite of most databases that are centralized. Centralized databases hinder the process of clinical trials as the data has to go through several checks and permission has to be granted to access or send certain data to the database. This is a huge barrier especially in clinical trials that involve the collection of huge data from several collection points. The decentralized nature of the blockchain system provides a solution for overcoming this barrier. In the decentralized system, no one single database controls everything. Instead, the data is shared simultaneously across several computers meaning researchers can easily access any information they need by passing any bureaucratical procedures that may slow down the process. Therefore, decentralized blockchain systems increase the agility of conducting clinical trials by reducing the time taken to do them.

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