🦤Decentralized Genomics for a Future-Proof Planet

In a time of swift technological progress and pressing environmental issues, preserving our planet's genetic diversity is both a scientific and moral necessity.

Good to know: At deGenom, we are a collective of unwavering blockchain enthusiasts, envisioning a future firmly anchored in decentralization. Our paramount mission? To enshrine the genomic essence of every living entity on the blockchain – be it animals, plants, fungi, or beyond.

With a foresight into the generations yet to come, we prioritize safeguarding the DNA of species teetering on the brink of extinction. However, our commitment doesn’t stop there. Every strand of DNA from every organism on this blue planet finds a lasting, immutable home within our blockchain repository.

Recognize that we stand at the precipice of genomic discovery; the potential of DNA science is vast and largely untapped. When preserved with integrity, the DNA code can unlock marvels we've yet to imagine. Welcome to deGenom's vision for the future of life's code!

The deGenom ecosystem is a groundbreaking genomic platform that merges blockchain technology with advanced genomic data storage. Utilizing both Arweave and Bitcoin Ordinals, it ensures the secure and permanent preservation of losslessly compressed reference genomes. These genomes serve as foundational templates for future DNA code compressions, guaranteeing accessibility and immutability for generations to come.

We believe in iterative development, which is why we primarily use the Arweave blockchain. Arweave's cost efficiency makes it a practical choice, especially in the early stages of development, allowing us to experiment and refine without incurring the higher expenses associated with the Bitcoin blockchain. Additionally, until we are confident in the most optimal and finalized outcomes, we aim to avoid unnecessarily burdening the Bitcoin blockchain with data, preserving its resources for the most critical and enduring use cases.

By combining blockchain innovation with cutting-edge genomic preservation, deGenom offers a unique, decentralized solution for safeguarding vital genetic data while incentivizing active participation in shaping the future of genomics.

The Superiority of Ordinals for Data Storage ⛓️

Introduction

In a world where the ripple effects of human actions continuously influence countless species, we stand at a critical crossroads, holding the mantle of protecting life's core: DNA.

The digital era, abundant with potential, has ushered in solutions once only imagined in tales. Among these is the transformative blockchain—a decentralized, transparent, and resilient foundation reshaping numerous sectors.

Introducing deGenom—a harmonious blend of genomics and blockchain.

By leveraging decentralized networks and advanced DNA compression methods, our goal is to safeguard and amplify the genetic narratives of every species for future generations. This whitepaper offers insights into our purpose, approach, and dedication to reimagining conservation in today's digital context.

Join us in this paramount effort to enshrine Earth's diverse genetic codes, ensuring they're not only conserved but appreciated and employed for collective advancement.

Earth's vast timeline, spanning 4 billion years, has showcased life's myriad forms and transitions. Journeying back to Africa 2 million years ago, we see scenes echoing our modern lives—from caring mothers and energetic children to introspective elders.

Much like the animal communities of today, these predecessors coexisted harmoniously, although their global footprint was minimal.

Roughly 70,000 years ago, Homo Sapiens began to shape cultures, intertwining biology with history, and in doing so, significantly influencing their habitats. As humans spread, ecosystems like Australia and South America saw drastic declines in large animal populations. This decline often coincided with human expansion, underscoring the influence even early human societies had on their surroundings.

Today, with over 7 billion of us sharing this planet, deGenom emphasizes the urgency of retaining these genetic tales.

Our mission: to etch the intricate genetic tapestry of our world, from its dawn to today, onto the enduring ledger of the blockchain.

Step into the next chapter of genomics with deGenom.

Preservation of species and the perpetuation of the genetic code is a universal principle, deeply embedded not just in humanity but across Earth's myriad life forms. At the heart of every organism on this planet lies a singular mission: to multiply and pass on its unique genetic legacy.

The Problem

In the wake of humanity's sprawling footprint, countless flora and fauna have vanished, many beyond the brink of recovery, even with their remnants at our disposal. While the tireless efforts of archaeologists and museums have preserved DNA codes of numerous extinct species, procuring high-quality samples remains an uphill task. Recognizing this urgency, deGenom emerged.

Harnessing blockchain technology, deGenom prioritizes the digital preservation of the genetic essence of organisms already lost or teetering on the edge of extinction. While we continually broaden our scope to include lesser-threatened species, our mission isn't to meddle with natural selection. Instead, we are dedicated to capturing the genomic legacy of those species imperiled by human intervention and expansion.

How many species have gone extinct?How many species are threatened with extinction?

Good to know: In the insightful words of Harvard biologist E. O. Wilson, countless species face the threat of extinction every year. When contrasted with the natural baseline rate of extinction, the current pace is alarming, leading scientists to label it an unparalleled crisis in human history. At deGenom, we grasp the magnitude of this situation and are unwavering in our commitment to preserving the genetic legacy of our planet's inhabitants.

The Answer

our vision is deeply rooted in the symbiotic relationship between advanced technology and the essence of life - DNA. Here's a snapshot of our key initiatives:

1. On-Chain DNA Storage: Beyond merely storing genetic information, we transform genomic data into visual masterpieces, ensuring its eternal preservation on the blockchain through pixel-to-pixel graphic representation.

2. On-Chain Eternity: Recognizing that each DNA strand is a unique tapestry of existence, we offer individuals an avant-garde avenue to immortalize their genetic narrative. Our holistic process, from DNA collection to its ultimate on-chain representation, is crafted to celebrate and eternalize individual legacies.

3. On-Chain Biodiversity: Amidst the urgent biodiversity crisis, our commitment shines bright. We archive the genetic imprints of Earth's vast flora and fauna on the blockchain, safeguarding the memory of our planet's diverse inhabitants.

4. On-Chain Healing: Pioneering a novel approach in medical science, our decentralized genomic data platform is poised to revolutionize cancer treatment. By making critical biomarker discoveries accessible and affordable globally, we're shaping the future of personalized tumor therapy.

Together, these initiatives underscore our relentless pursuit of merging DNA's marvel with blockchain's brilliance.

On-Chain BiodiversityOn-Chain EternityOn-Chain Healing

Good to know: Emmanuelle Charpentier and Jennifer Doudna recently won the Nobel Prize in Chemistry for their groundbreaking work on CRISPR technology, putting to rest years of speculation around who would win this prestigious award for the development of the gene editing tool.

The Solution

By sequencing the DNA of living things, that is, by reading their DNA, we can create their binary code and then write it to a data storage device (capable of storing the right amount of data) or even stored in the blockchain.

Sequencing the DNALossless compression of the genomeGenomes stored forever on the BlockchainThe future: DNA synthesis

Sequencing DNA means determining the order of the four chemical building blocks - called "bases" - that make up the DNA molecule. The sequence tells scientists the kind of genetic information that is carried in a particular DNA segment.

Tokenomics

The $DEGENOM tokenomics is designed to foster collaboration and innovation in genetic research. By uniting stakeholders from both the blockchain and genetics fields, it aims to accelerate advancements in genetic science through a decentralized, community-driven approach.

Unlike traditional distribution models, the $DEGENOM token will be available for anyone to purchase from the moment of its launch. This open access ensures that participation in the deGenom ecosystem is inclusive and accessible, empowering a broader community to contribute to the future of genetic research.

Structure & Logic$DEGENOM Token