OKB OKB in VitaStem VITASTEM tauschen

OKEx, the 2nd most popular cryptocurrency exchange by trading volume, launched its platform token ‘OKB‘ today with 10 trading pairs. On its official support page, OKEx describes OKB is a global utility token issued by the OK Blockchain Foundation. The total available supply of OKB will be one billion tokens (1,000,000,000), with a distribution model that allocates 60% of the supply will be given out to OKEx customers for community building and during marketing campaigns. According to OKEx, the company had officially issued OKB on ERC20 protocol earlier this month. The company denied ICO (initial coin offering) and public fundraising. Reportedly the company had stated that it would be soon shifting the token to its official OK chain and subsequently it will be applied not only on OKEx’s platform but also on other related projects. There will be in total 1 billion tokens supplied globally out of which 600 million coins will be distributed to OKEx customers for community building and marketing campaigns. Rest will be locked up for a period of 1 year to 3 years. According to OKEx, the company had officially issued OKB on ERC20 protocol earlier this month. The company denied ICO (initial coin offering) and public fundraising. Reportedly the company had stated that it would be soon shifting the token to its official OK chain and subsequently it will be applied not only on OKEx’s platform but also on other related projects. There will be in total 1 billion tokens supplied globally out of which 600 million coins will be distributed to OKEx customers for community building and marketing campaigns. Rest will be locked up for a period of 1 year to 3 years.

VitaSTEM — The first AI-enabled longevity project and inaugural IP-Token launched by Aubrai, VitaDAO’s decentralized scientific agent. After six months of deep research on public and proprietary single-cell RNA-seq and multi-omics datasets, our scientific research team analyzed more than 850,000 human hematopoietic stem cell transcriptomes from donors aged 23–91 (both male and female). This effort uncovered 100+ high-potential rejuvenation target genes and revealed critical drivers of decline such as RhoA hyperactivation, CD38 upregulation, and CCR9 downregulation. Rather than treating HSC aging as a single defect, Aubrai recognized it as convergent damage across interconnected systems, generating a comprehensive multi-modal, five-phase rejuvenation protocol targeting transcriptional stress, metabolic dysfunction, and epigenetic drift in parallel. The agent shortlisted target genes using insights from thousands of peer-reviewed publications and private data and also optimized experimental protocols to guide in vitro and upcoming pre-clinical testing. For the first time, human researchers and AI Agents collaborate as co-scientists in the creation of pioneering scientific IP.