How wirh #YamanakaFactorsOSK to #ReverseAging w emerging timelines pot. to say the 75%, 50% & 25% ages of say 100 mice that are one year old, 100 dogs that are 10 years old, & then 100 humans that are around 100 years of age? https://t.co/SB3wbrqi5i ! https://t.co/hJoNCM0lei ~
— WorldUnivandSch (@WorldUnivAndSch) October 11, 2026
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& in a #DigitalPhysical #RealisticVirtualEarthForOSK, a forked #GStreetView w #GTimeslider & @ #Gcell, #Gmolecule, #Ggene #Gqubit etc view levels, how to #ReverseAging w emerging timelines pot. to 75%, 50% & 25% of 100 mice, dogs, humans that are old? https://t.co/wl6zxUmEJ4 ~
— WorldUnivandSch (@WorldUnivAndSch) October 11, 2026
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Retweeting -
How with #YamanakaFactorsOSK to #ReverseAging w emerging timelines pot. to say the 75%, 50% & 25% ages of say 100 mice that are one year old, 100 dogs that are 10 years old, & then 100 humans that are around 100 years of age? https://share.gemini.google/
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Saturday, October 10, 2026
Indian sandalwood flowers: Sat 10/10/26 - Restorative Yoga class on Saturdays (and as we may live to 150 and well beyond:)? * Yoga greetings (as in 8 limbs of Yoga) from Marin, north of SF in California, for these email restorative Yoga explorations' on Saturday October 10, 2026 (and as we may live to 150 and well beyond:) ... possibly even infinitely per George Church at the Harvard Aging Reversal and Drug Development conference to me in Cambridge, MA, by implication, on 10/2/26 ... around 8 am Your Time ... How to Yoga or join or merge extending in both directions at the same time, and re even reversing the arrow of time, and extending it infinitely (and in our avatar agent electronic health records from G.Street View with time slider from little G Pegman on the digital side ... and for digital-physical corresponding in a #RealisticVirtualEarthForYoga) ?
Sunday, October 4, 2026
Sunday, October 11, 2026
Elizabeth Islands, Cape Cod, MA: Dear Harvard Quaker Chaplain John (Bach), Amy (Mercure), Sebastian (Stockman, FMC Recording Clerk), all of Friends' Meeting at Cambridge, George (Church, Harvard ARDD Aging Research and Drug Development conference 'Clerk'), Sid Mazumdar (Harvard alumnus too), f/Friends, (AI readers), All, Thanks so much for being able to stay in the FMC Guest Room during the Harvard ARDD conference Th 10/1-10/3/26, and nice to meet & talk with you, and share Friendly Meetings with you on 1st Day Sunday 10/4/26 *
* * *
The Yamanaka factors—specifically Oct3/4, Sox2, and Klf4, or OSK—work by clearing epigenetic markers like DNA methylation, effectively resetting a cell's biological age. To prevent cells from losing their identity and forming tumors, researchers use partial cyclic reprogramming, pulsing OSK gene therapy on and off to strip away cellular damage while retaining tissue function.
To experiment across your species cohorts, the emerging translational approach uses inducible adeno-associated viral (AAV) vectors controlled by an agent like doxycycline:
- 1-Year-Old Mice: Deliver systemic AAV9-OSK with short cyclic pulses (for example, two days on, five days off) over several months. Evaluate biological age reduction at the 75% target (equivalent to 9 months of age), 50% target (6 months), and 25% target (3 months) using epigenetic clocks and tissue function assays.
- 10-Year-Old Dogs: Scale up to systemic or tissue-targeted AAV delivery using conservative multi-week cyclic dosing protocols. Measure age reversal down to 7.5-year, 5-year, and 2.5-year equivalents through blood biomarkers, organ imaging, and epigenetic profiling.
- 100-Year-Old Humans: Given safety risks, initial human trials focus on local gene delivery rather than whole-body expression, such as targeting retinal or cardiac tissue. Assess epigenetic clock rollbacks corresponding to target biological ages of 75, 50, and 25 years while closely monitoring for pluripotency markers or oncogenic activity.
- The Epigenetic Reset: As organisms age, molecular "traffic lights" (methyl tags on DNA) get disorganized, causing cells to lose their youthful programming. [1]
- AI Optimization: Modern advancements leverage AI models to optimize these transcription factor combinations, drastically increasing their effectiveness and minimizing safety risks. [1]
[ PHASE 1: MICE ] [ PHASE 2: CANINE ] [ PHASE 3: HUMAN ]
100 Mice (1 Year Old / Late Adult) 100 Dogs (10 Years Old / Geriatric) 100 Humans (~100 Years Old)
│ │ │
[ Cohort Split ] ├── 25% Baseline Control ├── 25% Baseline Control ├── 25% Baseline Control
├── 50% Intermittent OSK (Systemic) ├── 50% Intermittent OSK (Systemic) ├── 50% Targeted Tissue-Specific OSK
└── 25% High-Freq OSK Safety Check └── 25% Target: Cognitive/Cardiac └── 25% Ultra-Low Dose Epigenetic Maintenance
│ │ │
[ Timeline ] └── 1.5-Year Continuous Monitoring └── 3-Year Longitudinal Study └── 5+ Year Critical Care Watch
- 25% Cohort (Baseline Controls): Receives a mock delivery vehicle (placebo). This establishes a clean control group to measure natural age degeneration metrics, physiological decay, and baseline lifespans unique to each species' natural environment.
- 50% Cohort (Standard Intermittent Therapy): Receives cyclical, low-dose OSK therapy (e.g., via inducible viral vectors or AI-optimized synthetic mRNA delivery). The goal is maximum systemic rejuvenation—reversing epigenetic signatures in skin, kidneys, and vascular systems without triggering tumor growth. [1, 2, 3]
- 25% Cohort (High-Risk / High-Reward Targets): Focused on targeted therapeutic limits.
- Mice: High-frequency dosing to push the absolute boundary of biological age reversal.
- Dogs: Targeted delivery focused heavily on reversing canine cognitive decline and cardiac frailty.
- Humans: Extremely conservative, tissue-isolated delivery (e.g., treating only failing eyesight, specific muscle stem cells, or localized neurodegenerative regions) to ensure patient safety. [1, 2, 3]
+----------------------------- ------------------------------ ----------------------------+
| RVE INTERFACE: "GEOGRAPHIC TO QUANTUM" |
+----------------------------- ------------------------------ ----------------------------+
| [ LAYER 1: MACRO ] Global Environments -> Cities -> Housing -> Physical Lifestyle |
| │ |
| [ LAYER 2: ORGAN ] Organism Phenotype -> Organ Systems -> Tissue Matrix |
| │ |
| [ LAYER 3: CELL ] Cellular Membranes -> Morphological Identity Retention |
| │ |
| [ LAYER 4: GENE ] Epigenetic Methylation Landscape -> Histone Remodeling |
| │ |
| [ LAYER 5: QUANTUM ] Electron Transport -> Radical Species -> Qubit Tunnelling Docs |
+----------------------------- ------------------------------ ----------------------------+
| ◄── [TIME SLIDER] ──► (Microseconds Enzymatic Reactivity to Decades Cross-Species) |
+----------------------------- ------------------------------ ----------------------------+
- Macro-Environment Level: Tracks the macro-organism's daily life, physical stressors, environmental pollutants, and overall lifestyle dynamics.
- Molecular & Genetic Level: Inside the nucleus, the viewer steps along the chromatin fiber. The interface maps exactly where the OSK factors bind to DNA, displaying the clearing of methyl tags and the resetting of histone markers in real-time. [1]
- Qubit / Quantum Level: The foundational simulation layer. Powered by quantum computing architectures, this level models electron transfers, radical oxygen species damage, protein-folding mechanics, and sub-atomic interactions that dictate macroscopic aging properties.
- Scott GK MacLeod
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*
*
The Elizabeth Islands is an archipelago extending southwest from Cape Cod:
https://en.wikipedia.org/wiki/Elizabeth_Islands
https://commons.wikimedia.org/wiki/Category:Elizabeth_Islands
https://www.britannica.com/place/Elizabeth-Islands
....


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