Genetic blockchain startup DNAtix successfully transferred Craig Venter’s (world-renowned geneticist) Y Chromosome using IBM Blockchain

We’re obsessed with the revolutionary work DNAtix is doing. We covered the genetic blockchain startup back in April and May.  Today, the company announced the first successful transfer of a complete chromosome using blockchain technology. With the help of IBM’s Hyperledger fabric, DNAtix transferred the chromosome of genome pioneer Craig Venter, an accomplishment which further propels humanity into new discoveries in the cutting-edge frontier of genetics research and solutions.

Craig Venter, genome pioneer and world-renowned geneticist, published his full genomic data in PLOS magazine in September 2007. Venter’s team used his DNA to generate an assembled diploid human genomic DNA sequence from both chromosomes. In the article, the authors compared Venter’s sequence to reference human genome sequences to enable the study of human DNA.

“Transferring the full sequence of a virus was a challenging project but it is ‘a piece of cake’ compared to transferring the sequence of a full chromosome,” says Ofer A. Lidsky, CEO & CTO and Co-founder of DNAtix. “We are working with genetic data and size does matter when it comes to blockchain.”

To deal with the size limitation of the current blockchain technologies, DNAtix’s development team sliced Craig Venter’s published DNA sequence into 19 fragments. DNAtix used the Hyperledger Composer tool with JavaScript to transfer the 19 transactions containing the genetic code as metadata. DNAtix will release a whitepaper with an in-depth description of what the development team accomplished.

“Our next goal is to transfer a full human genome sequence over the blockchain to enable genetic information to be shared in an anonymous and secure way,” said Dr. Tal Sines, DNAtix Chief Science Officer and co-founder.

DNAtix was co-founded in 2008 by Ofer A. Lidsky, a software development and information security expert, founder & CEO of TerraSafe & Excellent Brain, CTO Foresight Training Unit in Bar Ilan University and Dr. Tal Sines holding an MSc and PhD in Life Sciences from the Weizmann Institute of Science Israeli patent attorney. The company is building the infrastructure for the world’s genetic blockchain ecosystem. An ecosystem where researchers, hospitals, developers, clinicians and others will develop the next generation of decentralized genetics applications and health management solutions. DNAtix is also delivering a direct-to-consumer platform that offers anonymous and encrypted genome sequencing and genetic services, including digitized DNA analysis, storage and transfer. The DNAtix genetics ecosystem is a place where consumers and the industry can meet to share genetic data in a more transparent, accessible, applicable and secured manner.

DNAtix is developing the future ecosystem for genetics. A blockchain-based, cutting-edge new, innovative approach to DNA research. DNAtix is the first company to successfully transfer a genetic sequence over the Ethereum Blockchain. DNAtix marketed a genetic test for early identification of Androgenic Alopecia (Genetic Test for Hair Loss). In 2015, DNAtix developed a platform that enabled users to upload and test their digital DNA sequences. As of late 2017, DNAtix began developing genetic blockchain technologies and intends to launch a genetic token in 2018 dedicated to the genetic ecosystem. In early 2018, DNAtix succeeded in uploading the complete nucleotide sequence of Enterobacteria phage phiX174 sensu lato virus to the blockchain (5386 nucleotides long).

“It is symbolic that the first chromosome transferred over the blockchain is Venter’s as he was one of the key players in the completion of the first human genome ever sequenced as part of the human genome project,” added Dr. Sines. “The size of the diploid human genome is 1.5 Gigabytes, so it will require compression tools to significantly reduce DNA size; a must if one desires to use blockchain technologies. As a reference the average size of a transaction over the Ethereum blockchain is approximately less than 500 bytes.”

When the human genome project was completed in 2003 after 13 years, the costs for sequencing a single genome summed up to US $3B, today full genome sequencing can be completed at the price of approximately US $450 and will soon reach less than US $100. The result is that millions of people will have their genome sequenced.

You can watch a video overview of DNAtix below.