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Yoyo Pickles
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@Rightanglenews She gurning like @vrilliumlive for real.
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@RabbiShmuley New years day is seven days after Christmas not 8 you deciever!!!
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Yoyo Pickles retweetledi
Yoyo Pickles retweetledi
Yoyo Pickles retweetledi

Scientists in China discovered a fern, Blechnum orientale, that naturally accumulates rare-earth elements (REEs) from the soil and forms them into mineral crystals, specifically monazite, within its tissues under ambient conditions.
This unprecedented biomineralization process in plants opens the door to sustainable "phytomining" for REEs, as the biological process is less damaging and produces pure, non-radioactive crystals compared to traditional geological methods.
This plant absorbs rare-earth metals from the soil and crystalizes them safely within its leaves and stems. For researchers, this discovery could open the door to “green mining,” where plants perform extraction without destroying ecosystems.

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Ray Peat and Bud Weiss - The Biology of Carbon Dioxide
Better audio, brightened the video.
00:00 Language and altitude, a trip to Russia, Ray’s introduction to science
01:00 J.C. Bose and the properties of life
04:00 Twitching nerves and rocks
05:50 Respiration, Otto Warburg, Albert Szent-Györgyi, William Blake, Swedenborg, brain physiology
07:00 Getting a degree in biology by keeping quiet, membranes
08:30 Gilbert Ling, surface electrical effect
10:00 Science, money, and prestige
11:00 W.F. Koch, respiration, cancer treatments, the quinone system
13:00 Contraction, respiration as electrical property, cardinal adsorbents
14:00 What is CO2?
15:30 Lewis acids, electron donors and acceptors
1700 CO2 as a Koch reagent
18:30 Stabilizing the system, cardinal adsorbents - CO2 and progesterone
19:30 Protein conformation, sodium and potassium
21:00 Hair ion exchange, membrane pumps
22:30 Buteyko, oxygen, and the Bohr curve
23:30 CO2, calcium, and bone density
26:00 Energy at altitude
27:30 Osteopetrosis, marble bone disease
28:30 CO2 baths for cardiovascular disease (watching TV)
29:30 The essentiality of CO2 for all life
30:30 Ideal environmental CO2 levels, planetary temperature
31:00 Low light environments, CO2 and life
32:00 Loss of CO2 with aging, frogs and salamanders
33:30 CO2 protects from poisoning and hypoxia
34:30 The naked mole rat
35:30 Queen bees, lipid peroxidation, polyunsaturated fatty acids, and longevity
36:00 CO2 lowers lipid peroxidation
36:30 Near-death experience, NDE and CO2
37:00 Pure oxygen, medical death, permissive hypercapnia, shrinking the brain
38:30 Stroke, transient ischemic attacks, Coke, baking soda, paralysis
39:50 Curing septic shock and loss of circulation with CO2
41:00 Carbogen, post-war, reductionist medicine
42:15 Hyperbaric oxygen therapy, CO2, water, and cancer
44:00 Absorbing CO2, bones and protein synthesis, bag breathing, and blood pressure
45:00 Bats, caves, longevity and high metabolism
46:00 Dropping a tank of CO2, arthritis
47:30 Breathlessness, Co2 stimulating its production, ETC, cytochrome oxidase, thyroid, altitude, mitochondria
49:30 Diabetes, cancer, lactic acid, NAD, NADH excess, inflammation, cell pH
51:00 CO2, lipolysis, glycolysis, free fatty acids, respiration
52:30 Acid/alkaline, water economy, electrons, gelatin, mechanical hyperventilation
55:00 Altitude, pollution, and asthma
56:00 Did you say you sit in a plastic bag full of CO2?” CO2 springs, membrane gradients
58:30 The Bohr effect
59:00 Carbaminos, pituitary hormones, prolactin, growth hormone, and CO2
1:01:00 So-called receptors
1:02:00 Leaf bag full of CO2
1:03:00 Henderson–Hasselbalch equation, acidifying the system, kidneys
1:04:30 What is the role of bicarbonate in acid/base regulation?
1:05:30 Pregnenolone, progesterone, estrogen, and lactic acid
1:07:00 Thyroid hormone (T3) CO2, respiration, calcium carbonate in bones
1:08:30 Endotoxin, permeability, nitric oxide, TNF, estrogen, suppressing respiration, hypothyroidism
1:10:00 Isn’t estrogen good for the brain? Coke (the other one) is safer
1:12:00 Mae Wan Ho, polarisation streams
1:13:00 The living state, reading a newspaper through a fish
1:14:00 Life as a liquid crystal
1:15:30 CO2 as a context for system models, the limits of reductionist science
mp3 link below
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Yoyo Pickles retweetledi
Yoyo Pickles retweetledi

B1/2/3 are probably the most important redox vitamins there are
Implementing a targeted therapy where you phase each one of them in and out to modulate redox, detoxification, methylation and immune status might be a good tool to improve base line
B2 at low dosages (5-20mg) at the start, as it ups complex 1 & 2, increases GSH and could potentially provide hypomethylation support (if suspected). Reliefs TCA cycle bottlenecks at succinate dehydrogenase
Phasing in B1 afterwards. This is due to B1 increasing electron flux into the ETC through improved turnover in glycolysis and TCA cycle. Reliefs PDH and a-KG-DH bottlenecks. NADH can now be put into better functioning complex 1 on the ETC, minimizing potential ROS increases at the beginning
Of note, TTFD consumption increases GSH needs, so low GSH and high dose TTFD are not advisable to start with, but rather increasing GSH first. B2 can do that, but also GlyNAC/ Selenium and NRF2 activators
B3 can be phased in if needed to increase NAD partially. High dose protocols should be post boned to somewhat staple phases as it can also backfire. High NAD will turn into NADH and then overload malfunctioning mitochondria
After hearing many stories about how mitochondrial support went haywire and worsened someones conditions, I understood that the purely pushing good redox can backfire if your ETC still cannot handle FADH/NADH as electron donors, due to dysfunctional gas paddles (Vit C/E, CoQ10, Selenium, Zinc, Copper-Iron dynamics, GSH, Catalases)
This phasing should minimize side effects for most. I started doing B2 while on B1, others might crash here
Might be a little theory over kill, for some it might actually work. All depends on the person
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The hug that changed modern medicine.
In 1995, at The Medical Center of Central Massachusetts, premature twin girls Kyrie and Brielle Jackson were born weighing less than two pounds each.
While Kyrie slowly gained strength, Brielle struggled severely—her oxygen levels plummeted, her heart rate became erratic, and doctors gave her little chance of survival.
Against hospital protocol at the time—which required preemies to be kept in separate incubators—experienced nurse Gayle Kasparian made a bold decision. She placed the sisters together in the same incubator. Almost instantly, Brielle’s condition stabilized: her breathing evened out, her blood oxygen rose, and her heart rate normalized. A now-iconic photo shows tiny Kyrie instinctively stretching her arm across her sister in a protective embrace.
Brielle made a full recovery. The photograph, dubbed “The Rescuing Hug,” went viral around the world and sparked intense medical interest. Subsequent studies proved what the twins had shown in real time: co-bedding and skin-to-skin contact (kangaroo care) help premature babies maintain body temperature, fight infection, gain weight faster, and dramatically improve survival rates.
What began as one nurse’s act of compassion is now standard practice in neonatal intensive care units worldwide. A single hug between sisters quietly changed modern medicine forever.

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Yoyo Pickles retweetledi
Yoyo Pickles retweetledi

Leave a curry-stained ladle in the sun and the yellow disappears. The pigment is being ripped apart by sunlight into smaller chemicals. The biggest piece left behind is vanillin, the same compound that makes vanilla taste like vanilla. The curry stain is turning into vanilla.
The pigment is curcumin, the yellow chemical in turmeric. It absorbs visible light so strongly that sunlight can break the molecule apart within a few days. About 63 percent of the color disappears after just 24 hours. After 5 days of sun, most of the curcumin is gone. The leftover pieces are colorless, which is why the stain seems to vanish. Along with vanillin, you get smaller chemicals like ferulic acid and vanillic acid.
A 2025 lab study from Seoul Women's University tested this directly. They found that curcumin broke down faster than the other two pigments in turmeric. Half of it was gone in about 10 hours under bright indoor LED light. Heat barely affects it. But sunlight destroys it.
This same fragility shows up inside your body. It's why turmeric supplements have a major absorption problem, even at high doses. If you swallow 8 grams of curcumin a day, about 16 times the dose in a typical supplement pill, the amount that reaches your blood is only 22 to 41 nanograms per milliliter. Barely detectable. The rest passes through your gut undigested or gets broken down by enzymes in your liver before it can do anything.
This is why supplements often add piperine, the chemical that makes black pepper taste hot. It blocks the enzymes that destroy curcumin and can boost absorption by up to 2000 percent.
Scientists are now using curcumin's light-sensitivity as a weapon. In a treatment called photodynamic therapy, doctors get curcumin into cancer cells or bacteria, then shine the right kind of light on them. The same reaction that ruins your curry stain creates a destructive form of oxygen that attacks the cells from the inside. The chemistry that erases your kitchen stain is being tested to kill cancer.
🎀@p_ribon_p
カレーで黄色く染まったおたまを日光に当てると取れる理由知って怖くなった
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@AnnMarieBell369 @UltraSkool1 But hz are linked to second per fluctuation and seconds are arbitrary spacial units so the fibbonnavi becomes irrelevant too!!!
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40hz meme is a lie - Long Live 39hz !
Microtubules are far more than structural scaffolding; they are sophisticated biological transistors. Recent electrophysiological studies using patch-clamp techniques reveal that isolated brain microtubules generate self-sustained electrical oscillations.
These cytoskeletal cylinders act as ionic-based transistors, capable of generating, propagating, and amplifying electrical signals. Data shows prominent frequency peaks at 39–47 Hz and 90 Hz, mirroring rhythms associated with high-level cognitive processing.
The mechanism relies on "nanopores" located between tubulin dimers. These gaps function as organic electrochemical transistors, exhibiting memristive behavior and nonlinear conductance.
When stabilized with Paclitaxel, the electrical repertoire simplifies to a single 39 Hz peak. This suggests that the structural flexibility of microtubules is a prerequisite for complex signal processing.
This study examines the electrical properties of isolated brain microtubules (MTs), long hollow cylinders assembled from αβ-tubulin dimers that form cytoskeletal structures involved in functions such as sensory roles in cilia and flagella, cell motility, vesicular traffic, neuronal processes, and cell division in centrosomes and centrioles. Researchers used the loose patch clamp technique under symmetrical ionic conditions to record from isolated MTs polymerized from commercial bovine brain tubulin, either with or without the stabilizer Paclitaxel. MTs were visualized via DIC and fluorescent microscopy using anti-α-tubulin antibody and FITC-secondary antibody, showing sizes comparable to prior reports.
Non-Paclitaxel MTs exhibited linear mean oscillatory current-to-voltage relationships (voltages corrected for pipette/seal resistance), with two conductance levels: "high" at 103.0 ± 3.5 nS (n=3) and "low" at 11.3 ± 1.2 nS (n=4). Phase portraits confirmed monoperiodic limit cycles for both, with identical trajectories differing only in magnitude. Fundamental frequencies included ~7, 13, 28, 39, 47, 90, 140, and 147 Hz; 13 and 147 Hz appeared only in high conductance, 140 Hz in low conductance. Spectral analysis of non-Paclitaxel MTs showed richer oscillatory responses than Paclitaxel-stabilized ones (single 39 Hz peak). Findings indicate brain MTs act as electrical oscillators behaving as "ionic-based" transistors generating, propagating, and amplifying signals, with Paclitaxel locking oscillations to ~39 Hz.
nature.com/articles/s4159…

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🚨✡️Who Were The "YOUNG TURKS"?
✡️The 'Young Turks' had nothing in common with the Turks or with being Turkish except the word "Turk" in the name of the organization. The "Young Turks" organization was founded and run by the Doenmehs (the secret Jews who were the descendants of Sephardic Jews, who outwardly make Turkish nationalism and patriotism to cover up their Jewish origin).
✡️The Doenmehs are a group of the Sephardic Jews who followed the false Jewish Messiah Sabbatai Zevi since the 17th century in the Ottoman land. Following the example of their false Messiah, who proclaimed he had converted to Islam in order to escape the death sentence for his blasphemy.
✡️The Young Turks in 1889 initiated a quiet dissent, which spread throughout the Ottoman Empire. The Young Turks rebelled against the Sultan Abdulhameed II in 1908 and overthrew him. The Ottoman State was run by the Doenmehs during its last years.
✡️Mustafa Kemal Ataturk and his Republic of Turkey, rose from the ashes of the dismantled Ottoman Empire after the First World War.
✡️Historical evidence also shows that the Three Pashas, Jemal, Enver, Talaat, were responsible for the mass murder and deportation of Armenians during the First World War which came to be known as the Armenian Genocide.
✡️Mustafa Kemal was an ardent Doenmeh too. He participated in the National struggle against the Europeans who occupied Ottoman land after WWI. Being a Doenmeh, Mustafa Kemal seemed an observant Muslim. He gave sermons at Friday prayers in mosques. He was praising the Khilafah all the time.
✡️After Turkey was liberated, he slowly started to remove the Muslim mask from his face, and did not hesitate to show his real Doenmeh face. He quickly abolished the Khilafah. He banned the religious education. He banned the Arabic adhan (call to prayer). Those who called the adhan in Arabic were prisoned and tortured. He made it obligatory for all men in Turkey to wear Western hats. Those who resisted and did not comply were simply executed in the main squares.
✡️Guess who made money out of this hat import business: the Jews. He even attempted to make the mosques look like churches by removing the rugs and putting pews. He attempted to replace the Qur'an with Turkish translation, and make it recited in mosques during prayer. Mustafa Kemal was an ardent Doenmeh too. He participated in the National struggle against the Europeans who occupied Ottoman land after WWI. Being a Doenmeh, Mustafa Kemal seemed an observant Muslim. He gave sermons at Friday prayers in mosques. He was praising the Khilafah all the time.
✡️PRESS:
✡️Another important area was the press. While in power, the Young Turks ran several newspapers, including The Young Turk, whose editor was none other than the Russian Zionist leader Vladimir Jabotinsky. Jabotinsky had been educated as a young man in Italy. He later described Mazzini's ideas as the basis for the Zionist movement.
✡️Jabotinsky arrived in Turkey shortly after the Young Turks seized power, to take over the paper. The paper was owned by a member of the Turkish cabinet, but it was funded by the Russian Zionist federation, and managed by B'nai B'rith. The editorial policy of the paper was overseen by a Dutch Zionist named Jacob Kann, who was the personal banker of the king and queen of the Netherlands.
✡️Jabotinsky later created the most anti-Arab of all the Zionist organizations, the Irgun. His followers in Israel today are the ones most violently opposed to the Peres-Arafat peace accords.

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B2 can become an early staple in someones detoxification & immune stack, as all roads of disease lower it, potentially even more than thiamine
B2 is critical in the redox state of a cell as a direct pre-cursor to FMN/FAD
Under inflammatory conditions many problems either lower absorption or increase need:
- low ALP (low Zinc/Mg) -> less absorption
- blue light toxicity destroys B2
- hypothyroidism lowers conversion of B2 into FMN which limits FAD
- molybdenum, low due to funghi/ restriction diets or increased sulfate metabolism is needed to turn FMN into FAD
- 30% of people carry MTHFR mutations increasing odds of functional deficiency
- best source is heart, which is rarely eaten
- high pressure on GSH puts pressure on B2 due to GSH reductase
Slowly titrating up dosages from 5-400mg can be used during any phase of chronic disease

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