# Safe Framings — Reformulations for Peer-Review / Grant Use

> Direct rewrite guidance for each claim in the source document. Use these instead of the originals in any external-facing document.

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## HEMF

**Original:** "The Heart's Electromagnetic Field... extending beyond the chest, tracked clinically via Electrocardiograms (ECG)."
**Safe:** "The heart generates a measurable bioelectric field via coordinated cardiac myocyte depolarization, with magnetic components detectable by SQUID-magnetometers at ~10⁻¹⁰ Tesla at the chest surface [McCraty 1993]."

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## DNA charge transport

**Original:** "The core 'stack' of base pairs allows electrons to travel down the center of the helix, meaning DNA physically functions as a conductive organic wire."
**Safe:** "DNA has been shown to support long-range charge transport in vitro over distances of at least 34 nm via the base-pair stack [Guo et al. 2008, Science]; the functional role of this property in vivo remains an open question."

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## DNA as antenna

**Original:** "DNA is uniquely optimized to pick up and interact with both extremely low frequencies and high radiofrequencies."
**Safe:** "DNA exhibits frequency-dependent electronic and vibrational responses in vitro; whether these responses constitute 'antenna-like' behavior in living cells is debated [Blank & Goodman 2012, review]."

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## Biophotons

**Original:** "Weak, laser-like light functions as an instantaneous wireless communication network between cells."
**Safe:** "Cells emit ultra-weak photon emissions (UPE; 1–1000 photons/cm²/s) during oxidative metabolism, as measured in multiple independent laboratories [Popp 1984; Van Wijk 1992]; the functional role of UPE in intracellular signaling is an active research area."

**Do NOT use:** "communication network" — overstates evidence.

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## Cryptochrome magnetoreception

**Original:** "CRY... generate quantum-entangled radical pairs... acts as a natural quantum compass tuned to the Earth's geomagnetic field."
**Safe:** "Cryptochrome proteins in bird and insect retinas contain radical-pair chemistry responsive to magnetic fields in vitro [Ritz et al. 2000; Hore & Mouritsen 2022]; the functional magnetoreceptor role in mammals is unconfirmed."

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## Phonons / piezoelectric DNA

**Original:** "Because DNA and cell membranes are piezoelectric, they physically deform and hum with mechanical vibrations."
**Safe:** "Piezoelectric effects in DNA have been reported in vitro [Volkov group]; the functional role at biological temperatures and in cellular environments is not established."

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## EMF "quantum jamming"

**Original:** "Mainstream guidelines focus only on thermal effects... non-ionizing... EMF can systematically disrupt cellular life at non-thermal thresholds."
**Safe:** "Beyond thermal heating, non-thermal biological effects of EMF have been reported in some studies but replication is inconsistent and mechanisms remain debated [ICNIRP 2020; WHO 2021]; consensus has not been reached."

**Do NOT use:** "systematically disrupt cellular life" — overstates evidence.

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## VGCC mechanism

**Original:** "EMFs force voltage-gated calcium channels to burst open."
**Safe:** "Some researchers have proposed voltage-gated calcium channel activation by EMFs as a non-thermal mechanism [Pall 2013, 2021], though this remains contested and is not accepted by ICNIRP."

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## 2.5 THz DNA vibration

**Original:** "The fundamental oscillation sits at 2.5 THz, dictating the speed at which the helix unzips."
**Safe:** "Computational models predict vibrational modes in the THz range in DNA under idealized in vitro conditions; these modes are heavily damped in the cellular environment."

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## Sequence-specific fingerprints

**Original:** "Every unique gene sequence possesses its own unique electromagnetic 'pitch' or tuning code."
**Safe:** "DNA sequence-dependent vibrational and electronic spectra have been proposed theoretically; no in vivo experimental confirmation exists to our knowledge."

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## Epigenetic effects of EMF

**Original:** "Flooded with electromagnetic static, the DNA antenna experiences random chromatin unwinding, leading to aberrant DNA methylation."
**Safe:** "Some studies report small-magnitude epigenetic changes from EMF exposure [Liu et al. 2015]; effect sizes are small and replication is limited."

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## Bottom line for the framework documents

The **broad claims** in the document are useful as *synthesis framing* — they tie together many phenomena into one picture. But the **specific mechanisms** (biophoton comms, 2.5 THz oscillations, sequence-specific pitches) are not yet peer-reviewed consensus. Use the broad claims when summarizing the framework; use the safe-framings when citing the literature.