Last Update
Sep 16, 2018
Stem Cell Innovations (SCI) is a network of highly motivated researchers, expert medical professionals, dedicated investors, and innovative engineers working together to create a unique platform that brings together two of the most life-changing innovations of the 21st century: stem cell technology and blockchain technology.
Since its initial founding in early 2013 under the name Camden RAD, LLC, SCI has played a crucial role in stem cell research and development around the world, and we has conducted our own domestic and international case studies to further the research in this exciting field. SCI’s activities in the field of stem cell science have directly contributed to advancements in the field, as well as to new stem cell discoveries around the world.
Stem cells are a unique type of multicell found in the body of human beings. It is an undifferentiated collection of cells that are capable of providing countless applications in the development of new cells for use in the treatment of diseases and conditions, recovery and restoration of body parts, and with our research and development, many more applications to come.
To date, SCI’s areas of study have included orthopedic, neurological, and pulmonary conditions, as well as oncological stem cell applications. Although research conducted by SCI has made strides in these areas of medicine, there remains
an immediate need for further research and development across a vast nexus of medical conditions that impact millions of people around the world. As a leader in stem cell research, SCI plans to continue to organize and participate in many more case studies to aggregate data that can be used to advance this innovative field.
Based on our research, we’ve been able to identify countless applications for stem cell therapies including treatments
for conditions such as bone marrow transplants, strokes, traumatic brain injuries, learning disorders, Alzheimer’s disease, missing teeth, wound healing, spinal cord injury, baldness, blindness, deafness, diabetes, Crohn’s disease, and multiple forms of cancer, as well as numerous other conditions. While advancements have been made in stem cell research previously, the introduction of blockchain technology means that more people can gain access to these potentially life-changing treatments -- effectively changing the face of the medical community forever.
SCI, along with its affiliates, continues to closely monitors the evolution of stem cell therapy in different medical subspecialties around the world. SCI has created an online community that shares important information from stem cell professionals’ research and contributions across multiple social platforms so there is congruity amongst key players and those that are most interested in stem cell research and the impact it can make on people’s lives. SCI’s network fosters a community where sharing and teaching is encouraged to grow the stem cell industry. SCI’s online community offers access to videos, blogs, and articles about stem cell research that educate, inform, engage, and aim to increase awareness amongst professionals, patients and investors in the proliferation of the stem cell field.
Having recognized the potential industry-changing link between stem cell research with the secure nature of blockchain technology, SCI moves to bridge the gap between accessing and understanding of stem cell research and development around the world while creating a collaborative and effective network of key players in the industry.
Currently, hospitals and organizations in the united States and around the world are conducting stem cell research to further the field. to date, the majority of case studies reveal positive findings. During clinical research outside of the united States, stem cells have been used as a form of treatment successfully. Stem cell treatment and technology continues to be on the cutting edge of medical research and discovery, and we predict that stem cells will become an even more important part of the medical community.
In addition to furthering research, SCI plans to offer stem cell banking through its stem cell application ecosystem. Parents will be able to order a collection kit, schedule courier pickup, and sign up for stem cell storage, all through one secure application. because SCI will offer a worldwide network of stem cell storage and therapy options to its users, it is uniquely positioned to streamline the process of stem cell banking for parents and lower the costs for collection and storage.
SCI has developed a unique formula that will allow our users to purchase a unique, custom-made, synthetic stem cell treatment for their medical needs. With the patient’s consent and minimal information such as date of birth, blood type, allergies, diagnostics, and several health-related questions, SCI will run internal, secure lab sequences that are plugged into a proprietary algorithm we have developed. the algorithm results in the ability to structure a custom-designed, synthetic stem cell for an individual in need of specific treatment. SCI is proud of this groundbreaking technology, and even more excited to share it with the world. Advancements in stem cell research and accessibility from SCI will lead the world to outstanding innovations for life.
Protecting confidential user information is vital to the success of a system like the one we are proposing. to ensure security and privacy, Stem Cell Innovations will require users signing into the SCIApplication to provide information and generate a unique identifier within the SCI ecosystem. A unique identifier is an alphanumeric string of information that is assigned to a specific piece of data in an electronic database; in this case, the SCI platform and application. users will be given a unique identifier that will be generated using a proprietary algorithm, which will be used and stored using blockchain technology. the SCI unique identifier will act as users’ keys within the SCI network. through cryptographic methods, the data used to generate the key will be kept secret and secure, able to be parsed only by the SCI decoder. unique identifiers enable access to customized stem cell services and therapies offered throughout the expansive SCI network to our users. SCI will provide personalized stem cell solutions to patients using our platform, and as the SCI network and suite of services grow, users who opt into these services will be apprised of advancements and new treatment options as they become available.
SCI plans to run on dual blockchain platforms. the first platform will be built on an ethereum base for token use only, and it will be powered by the eRC20 platform. the second blockchain will be a custom application designed and built by SCI engineers tailored to fit the healthcare environment.
SCI has decided to build its own blockchain for storing and processing patient stem cell records. this customized blockchain is known as SCIChain. SCIChain will use the Hyperledger fabric network, which will be designed to use smart contracts to protect data and ensure only authorized individuals have access to user data. SCI engineers realize that the Hyperledger fabric blockchain has unique functionalities that differ from other blockchain types that fit with the needs of SCI’s vision and product.
Smart contracts are the gatekeepers of the SCIApplication. users will be free to change their settings at will should their treatments change or preferences change. using mathematical equations equal to the eRC20 platform, SCI ensures user privacy. the straightforward validation associated with a blockchain environment is a secure process that ensures data integrity. furthermore, a cryptography public key will be added to the SCIChain and application to promote a higher standard of security. the symmetric-encrypted key used by SCIChain is 2048-bit, which is a supremely secure method of data transformation in today’s technology-based world.
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