Opportunities around spontaneous genetic processes
Reimagining Genetic Processes: Unlocking Opportunities in Societal Development
In navigating the complexities of societal development, we are presented with two diverging scenarios, each offering its own set of challenges and opportunities. Firstly, the advent of artificial intelligence (AI), robotics, blockchain, and other innovative technologies promises to revolutionize labor dynamics, affording individuals greater autonomy in choosing their pursuits. Secondly, the specter of conflict looms, driving communities underground and into a regimen of preserved sustenance akin to survival rations. Among these choices lies the potential for self-sustenance through the production of organic, chemical-free food.
1. Turning to matters of environmental policy, a landmark decision by the European Court of Human Rights has set a precedent for prioritizing climate action as a fundamental human rights. The ruling against the Swiss government's inadequate response to climate change underscores the imperative of proactive measures to mitigate environmental degradation. In light of this, the proposition to supplant industrial policies with genetic interventions emerges as a novel avenue for climate resilience with regulated AI, robotics, blockchain, NGT, PF, and other innovative technologies. And here we want to offer a paradigm shift from emission-reducing measures in recent business in different sectors.
2. In the context of conflict, recent research has shed light on a peculiar phenomenon observed in avian genetics. A study by Braun et al. (2024) uncovered a region of suppressed recombination within the genome of birds, a process essential for genetic diversity. This anomaly, persisting over millions of years, hints at a potential correlation with historical extinction events, underscoring the importance of genetic resilience in the face of environmental upheaval. Drawing parallels to human genetics, this revelation prompts contemplation of safeguarding exceptional traits through controlled suppression of recombination, ensuring the preservation of cognitive faculties amidst evolutionary pressures.
A robust institutional oversight and market controls enforce regulatory standards must be learned before further proliferation of un/safe or un/ethical practices. By striking a balance between individual empowerment and institutional responsibility, we have learned genomics and its application in new genomic techniques (NGT) and precision fermentation (PF) to find how to implement in the nature by using symbionts for safeguarding the interests of society and the environment.
In the pursuit of peace, our vision extends beyond technological solutions to embrace a holistic approach to societal well-being. Through the lens of symbiotic innovation, we envision a future where qualitative enhancements in nature, products, and human health foster resilience and harmony. From CRISPR-mediated gene editing to the ecological insights gleaned from BUSCO analyses, our toolkit is replete with possibilities for transformative change. Certify your way to sociotechnical sustainable practices! (here at onemore.eu). And, let's synergise tools for health of nature, products, humans, and communities at vertiroute.eu
Vocabulary of qualitative sources:
- CRISPR is inspired by spontaneous horizontal gene transfer (HGT) mostly between prokaryots or between prokaryot and different species.
- Prokaryots (without cell membrane) donate its genes to symbiotic eukaryots (with cell membrane).
- New genomic techniques (NGT) add such new properties to new varieties as drought resistance of nitrogen fixation for the air when copying immune system of prokaryots.
- Busco analyzes genome of whole ecosystem at once to find the most resilient and performing species which can protect the rest of species in the ecosystem.
- New genomic techniques (NGT) apply CRISPR on plants to improve tolerance of drought or resistance to pests.
- Precision fermentation (PF) apply CRISPR on yeast and bacteria to improve properties of symbionts and soil. PF can reduce dependency on traditional farming inputs (e.g., chemical fertilizers, animal products), allowing you to produce alternatives that are potentially cheaper and more efficient. Additionally, PF requires less land and water than traditional farming, reducing your overall operational costs. PF Precision fermentation enables the production of specialty compounds such as alternative proteins, enzymes for biocontrol, or bio-fertilizers. PF can produce plant-based proteins or ingredients from crop residues (like oilseed rape skins), enhancing profitability by diversifying into high-demand markets, such as plant-based meat alternatives, similar to what companies like Impossible Foods are doing.
- Competing quantitative technologies such as chemical (pesticides, and fertilisers), precision farming, and organic agriculture are unable to deliver qualitative properties solving drought, lack of nutrients, pollution, bark beetles, and other stressors of climate warming due to its quantitative origin.
Communities, and institutions use qualitative technologies boosting incidence of climatic stressors. We study application of NGT and PF for business purposes and home consumption to over compete quantitative agriculture technologies at markets. To avoiding misunderstandings about this change following hyperlinks are pointing on some aspects requiring some learning of CRISPR, NGT and PF standards possibly through AI:
- genomics for yield, or health of individual,
- gene transition between close, usually symbiotic species,
- collapsing ecosystems due to lost biodiversity, and
- biology in business
- terminology and genomes of ecosystems and communities (this link leads to long discussions with AI)
CRISP, Busco, and suppressing recombination techniques are able to improve the resilience. But, reality of new climatic stressors shows oppose effect. A lot need to be done.
Join us as we embark on a journey of discovery and innovation, where partnerships between science, practice, and policy converge to shape a sustainable future. Together, we can harness the power of genetic innovation to navigate the complexities of our world and build a brighter tomorrow.
Our vision is a world where genetic innovation serves as a catalyst for positive societal change, fostering resilience, sustainability, and prosperity for all.
Our mission is to leverage cutting-edge genetic technologies to address pressing challenges facing humanity, from climate change to food security, in a manner that upholds ethical principles and respects human rights.
We welcome partnerships and support from organizations and individuals who share our commitment to harnessing the potential of genetic innovation for the betterment of society.
Our operations are governed by a set of bylaws designed to uphold ethical standards, promote transparency, and ensure accountability in all our endeavors.