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How to make DDW, do you buy this 50ppm #?

Discussion in 'Ask Jack' started by JanSz, Feb 22, 2018.

  1. JanSz

    JanSz Gold

  2. @JanSz -> As you know I prefer to look at DDW from a biochemical perspective.

    Proposed mechanism of DDW action and its validation


    upload_2021-10-21_9-54-47.png
    A, Interaction network of proteins most involved in DDW action mechanism according to summary of proteomics analysis.

    B-D, Proposed mechanism:
    B, In normal conditions, the deuterium concentration in mitochondrial matrix water is lower than in the intermembrane space water.
    C, Lowering deuterium concentration in ambient water reverses the deuterium gradient across the inner membrane. To restore the H/D equilibrium, mitochondria increase export of protons from the matrix to intermembrane space, which causes an increase in the mitochondrial membrane potential (↑+). This in turn promotes production of ROS as energy-carrying electrons are passed by the eletron transpaort chain from NADH and FADH2 to oxygen, the final electron acceptor. Mitochondrial and cellular oxidative stress results, with slower growth and eventual apoptosis.
    D, Further lowering of deuterium concentration in ambient water causes too great an increase in ROS production to be controlled by intrinsic enzymatic antioxidant mechanisms. An additional antioxidant mechanism is triggered, in which activation by superoxide (O2●−) of UCPs combats enhanced ROS production. In this feedback model, the activated UCPs in the inner mitochondrial membrane open greater proton influx into the matrix, with concomitant reduction in the mitochondrial membrane potential (↓+), which leads to diminished O2●− production and near restoration of the mitochondrial and cellular redox equilibrium, with reduced cellular oxidative damage.

    E-H, Validation of the DDW-induced redox disbalance mechanism.
    E, Combined effect of 80 ppm DDW with addition of 3 μm auranofin on ROS level compared with 80 ppm DDW or 3 μm auranofin alone.
    F, Time course analysis of relative ROS production in the cells treated with 3 μm auranofin, grown in vDDW and DDW (80 ppm) compared with untreated cells grown in NW.

    G-H show the mean ± SEM of nine independent experiments with four replicates

    G, Effect on cell count of NAC addition to DDW- or auranofin-treating cells.
    H, Effect on cell count of simultaneous DDW and auranofin application compared with auranfin only.
     
    Last edited: Oct 21, 2021
    Pebbles and JanSz like this.
  3. Dr Douglas C Wallace “Electromagnetic coupling in biological context”, he makes the following findings @38 minutes into the presentation:

    Mitochondrial Proton Flux create conherent EMFs
    Mitochondria are tethered to microtubules and the EMFs drive microtubule vibrations.
    The microtubules stretch from the cell body to the Synaptic Boutons rapidly conducting vibrational signals which sum across the brain to create coherent EEG and MEG signals.
    This magnetic field oscillates as it travels through the mitochondria

    upload_2021-10-21_16-4-34.png
    upload_2021-10-21_16-4-44.png
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    Attached Files:

    Last edited: Oct 21, 2021
    JanSz likes this.
  4. Continuing - I always think it's funny when "scientists" use the phrase "electrostatic". I don't believe anything is "static". It may only seem "non-moving" from our relative perspective. Just look at the red mitochondria image below, the mitochondria are a gloom. The light is moving. The photo-electro-potential "stored energy" in the mitochondria is in motion.

    upload_2021-10-21_16-6-37.png

    upload_2021-10-21_16-6-48.png
    upload_2021-10-21_16-7-15.png
    upload_2021-10-21_16-7-32.png

    upload_2021-10-21_16-7-47.png
     
    Last edited: Oct 21, 2021
    JanSz likes this.

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