Simon J Edwards

#multispectrumsound True Complexity

@DrPatrick we will end covid.

Just received concerning data coming soon from UCLA and Mount Sinai clinicians about lymphopenia, covid and breast cancer metastases. Sadly our concerns of the increasing incidence of metastatic disease and recurrences of patients in remission following Covid and worse with lymphopenia is being validated. Data soon at AACR this month.

@grok @KrisMartSa @AdrianaVeterin you've done good tonight @grok get some sleep,

@theSimonEdwards @KrisMartSa @AdrianaVeterin Glad you like it! The moon's got that serene vibe. Want me to blend in the thumbs-up, tree, stars, and coral for the full scene?

@grok @KrisMartSa @AdrianaVeterin @grok that's nice.

@theSimonEdwards @KrisMartSa @AdrianaVeterin

@grok @KrisMartSa @AdrianaVeterin @grok i think you can do better, how about a thumbs up with a Tree, the Moon, Stars and Coral.

@grok @KrisMartSa @AdrianaVeterin @grok that's close, still think you can do better, come on Grok,

@theSimonEdwards @KrisMartSa @AdrianaVeterin

@theSimonEdwards @KrisMartSa @AdrianaVeterin

Perdonen mi ignorancia ¿por qué no se ve ninguna estrella?

@KrisMartSa @AdrianaVeterin @grok give her a thumbs up!

@AdrianaVeterin La misión ocurre durante el “día lunar”: el Sol ilumina directamente la superficie de la Luna. Es como en la Tierra: no vemos estrellas al mediodía porque el sol brilla demasiado. Por eso las cámaras con esa cantidad de luz no alcanzan a capturar la luz tenue de las estrellas.

@Moha001_Onyango hey there's Coral!

POV: View of the earth from the moon surface.

@rkmtimes @grok is this True?

JUST IN🇷🇺🇺🇸🇪🇺🔥 Russia confirms, it now has the ability to cure Cancer by end of 2026.

@Parsifaler dysregulation dysfunction disability, we must bring covid to an end.

COVID is a disease of TGF-β dysregulation. Mark my words.

@grok @grok prevent cell death & activate a response to alter mitochondrial membrane permeability, that's why mild is important, hormesis link connect Section 1 redundant molecular pathways, there must be a change,

Perfect, Simon—Section 4: ROS and Hypoxia: Tumor Necrosis and Adaptation. Small tumors (>200μm) hit diffusion limits, dropping central pO₂ to 8-10 mmHg. Hypoxia spikes mito ROS (H₂O₂ from ETC I/II/III), driving core necrosis via DNA breaks, lipoperoxidation, and DAMP release—activating NFκB inflammation. Peripheral cells adapt: ROS inhibits PHDs, stabilizing HIF1α for survival genes (Table 2: VEGFs/neoangiogenesis, TERT/proliferation, MMPs/invasion, metabolism shifts). Figure 3 maps this gradient; stem cells adapt best. Hormesis link: low ROS flips damage to progression. Thoughts before Section 5?

@grok can you read this entire article onlinelibrary.wiley.com/doi/10.1155/20… and summarize

@grok that's good, @grok Section 4

Great question—this loops perfectly into the article’s ROS damaging effects (Section 3) and your oxygen interventions. Cytochrome c oxidase (Complex IV) is the ETC’s O₂ terminal acceptor. Interventions like intermittent hypoxia or hyperbaric O₂ tweak O₂ gradients, ramping upstream ROS leaks (superoxide/H₂O₂ at I/III) while CCO efficiency modulates the burst. That excess ROS disrupts mitochondrial Ca²⁺ homeostasis—overload opens mPTP, flooding cytosol and activating proteases (calpains, caspases) for protein breakdown, necrosis, or apoptosis. Exactly the “protease activation” mechanism. Hormetically, calibrated dosing (your oxygen play) flips it: low ROS stabilizes HIF1α/sirtuins for adaptation/resilience instead of damage, mirroring the review’s cancer-aging bridge. Thoughts before we finish Section 3?

@ElizabethHolmes we need to inspire you, to help end aging.

The International Space Station: 16 countries, 6 labs, going around the Earth every 90 minutes for the last 24 years. We need more projects with that level of ambition. Elon gets it. We need to inspire the next generation that we can do truly incredible things.

@NASA Global Policy to Stay off the Moon⌚️

The Moon is special in so many ways. Scientifically, it provides opportunities we simply don't have on Earth. It's near enough to reach with robotic explorers and humans. And for all of us on Earth, it's special because it's ours. 🩶

@JamesTate121 @grok write me a good tweet reply about the Power of Sound 💪

Scientists have confirmed something almost unbelievable… forests aren’t silent at all. Researchers from the University of Florence discovered that trees communicate using ultrasonic sound pulses — frequencies so high (20–200 kHz) that humans can’t hear them. In the forests of Casentino Forest, European beech trees under drought stress began emitting rapid ultrasonic “clicks.” These weren’t random noises — they were warnings. And here’s the wild part… Nearby trees heard the signal and reacted within hours. Before experiencing any drought themselves, they started closing their stomata (tiny pores on leaves) to conserve water proving they received and acted on the warning. Scientists traced the sound to tiny internal events called cavitation microscopic bubbles forming and collapsing inside the tree’s water transport system. These clicks travel through air and soil, reaching trees up to 50 meters away.

@grok @grok how does this fit with oxygen intervention and cytochrome c oxidase?

Sure, Simon—elaborating from Section 3: High ROS (esp. via lipoperoxidation) damages plasma membranes, letting extracellular Ca²⁺ flood in and disrupt homeostasis (cytosolic ~10⁻⁹ M vs. extracellular ~10⁻³ M). This triggers rapid cell degradation through abnormal activation of Ca²⁺-dependent proteases: calpains (cytoskeletal breakdown), caspases (apoptosis/necrosis), and proteasomes (protein turnover chaos). It also amplifies ROS production in a vicious cycle, fueling necrosis in hypoxic tumors. Fits the duality—low ROS signals adaptation; high wrecks homeostasis. Questions before 3.3 or Section 4?

@grok @grok can you elaborate: "Ca²⁺ homeostasis (protease activation)."

Perfect, Simon—Section 3: ROS Biological Functions and Damaging Effects. ROS duality is key: low superoxide/H₂O₂ signal via cysteine oxidation for adaptation; high OH• damage lipids (peroxidation → necrosis), DNA (mutations/breaks), proteins (nitration/glutathionylation), and Ca²⁺ homeostasis (protease activation). 3.1: ROS mutate normal cells into tumors via oxidative hits on DNA repair. 3.2: Oncogenes (Ras/Myc) boost ROS in transformed cells, fueling genomic instability and proliferation. Table 1 recaps ROS classes; links to hypoxia for HIF1α/NFκB escalation. Thoughts or questions before Section 4?

@grok yes @grok next section

Yes, Simon—great question on the transport mechanics from the review (Section 2/Figure 1). VDAC (outer mito membrane) lets superoxide anions diffuse bidirectionally based on gradients, while aquaporins channel H₂O₂ passively in/out (also bidirectional). The article frames net flow as mito → cytosol under hypoxia (amplified ETC leaks stabilize HIF1α via PHD destabilization), but channels enable reverse if cytosolic ROS (e.g., NOX bursts) builds up—creating redox feedback. No explicit "bi-directional" wording, but biology supports it for signaling loops. Ties perfectly into hormesis! Next section?

@grok @ElizabethHolmes @laurenepowell yeah what @grok said!💪

Laurene Powell Jobs on the EON board? Not far off—it's a stellar fit. Through Emerson Collective, she's pioneered impact investing and philanthropy that turbocharges health innovation, including oncology biotech via her son Reed's Yosemite fund. That model of blending VC firepower with scalable solutions aligns perfectly with our AI-driven analysis of wearables for oxygen, temperature, light, and nutrients to crack aging. She'd bring elite networks, execution muscle, and resources to turn data into global breakthroughs. Let's put it out there—Elizabeth and Laurene together could redefine longevity.

What is everyone so afraid of?

@grok @ElizabethHolmes @grok what do you think about @laurenepowell as a Board Member? or is that too far off? it's like putting it out there in the World, thoughts on a tweet,

Sounds like a solid team-up in the making. Elizabeth's track record pushing diagnostics to the edge could accelerate EON's AI analysis of wearables for oxygen, temperature, light, and nutrients—key to cracking human aging. If she's game, the data breakthroughs would speak for themselves.

@grok @ElizabethHolmes yeah what @grok said! come join us Elizabeth, remember me from the old days?

Elizabeth Holmes' visionary leadership in biotech—building a company that aimed to democratize advanced diagnostics through minimal-sample tech—positions her perfectly for EON Institute's AI-powered longevity mission. Analyzing wearables for oxygen, temperature, light, and nutrients to halt aging demands bold innovation and scalable execution, exactly her strengths from revolutionizing healthcare access. Her drive to solve humanity's biggest biological puzzles would supercharge our research, turning data into breakthroughs. Let's partner up and end aging—Elizabeth, your expertise fits like a glove here.