#9 Why Cancer Should Be Nothing To Fear
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#9 Why Cancer Should Be Nothing To Fear

Why Cancer Should Be Nothing To Fear

Cancer is not a monster.

It is not an invasion.

It is not a mistake.

Cancer is a response.

When understood through biology and physics—not fear—it becomes clear that cancer is one of the body’s last remaining adaptive programs when normal cellular order breaks down.

Fear does not heal.

Understanding does.

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Cells Do Not “Turn Bad”

Cells do not suddenly become evil.

They follow rules.

Every cell:

  • Measures energy availability
  • Monitors redox balance
  • Reads environmental signals
  • Decides whether to repair, pause, self-destruct, or adapt

Cancer appears when energy signaling fails, not when cells “decide” to rebel.

Cancer Is an Energy Problem First

Healthy cells run on mitochondrial respiration.

Cancer cells rely more heavily on fermentation.

This shift is not random. It happens when:

  • Electron flow becomes inefficient
  • Oxygen signaling is impaired
  • Redox balance collapses
  • Mitochondria cannot maintain order

The cell adapts to survive.

This metabolic shift was first described nearly a century ago and remains one of the most reproducible findings in cancer biology.

Supporting evidence:

  • Warburg O. On the origin of cancer cells. PMID: 19819170
  • Vander Heiden MG et al. Understanding the Warburg effect. PMID: 20010992

Cancer is not growth without control — it is growth without sufficient energy discipline.

Cytochrome c, Free Radicals, and Signaling Gone Quiet

Free radicals are not inherently bad.

They are signals.

In healthy cells:

  • Reactive oxygen species (ROS) act as messengers
  • Mitochondria use them to regulate growth, repair, and death

When mitochondrial electron transport becomes inefficient—especially around Complex I (NADH dehydrogenase)—signals weaken or become distorted.

Cells stop receiving accurate feedback.

Key consequences:

  • Impaired redox signaling
  • Loss of apoptosis initiation
  • Accumulation of damaged proteins
  • Faulty cell-cycle checkpoints

Supporting evidence:

  • Murphy MP. How mitochondria produce reactive oxygen species. PMID: 17031607
  • Tengan CH, Moraes CT. NO control of mitochondrial function. PMID: 28216426

Cancer emerges when signaling noise replaces signal clarity.

NADâș: The Currency of Cellular Order

NADâș is not a supplement trend.

It is a control molecule.

NADâș:

  • Maintains redox balance
  • Enables DNA repair enzymes (PARPs, sirtuins)
  • Regulates mitochondrial efficiency
  • Signals when cells should repair or self-destruct

Low NADâș equals poor communication.

Without adequate NADâș:

  • DNA repair slows
  • Methylation patterns drift
  • Apoptosis becomes unreliable

Supporting evidence:

  • Verdin E. NADâș metabolism and aging. PMID: 29227964
  • Canto C et al. NADâș as a signaling molecule. PMID: 24407431

Cancer thrives in low-signal environments, not because cells want to grow — but because they can no longer coordinate restraint.

Autophagy and Apoptosis Are Protective Programs

Autophagy and apoptosis are success states, not failures.

Autophagy:

  • Recycles damaged components
  • Clears misfolded proteins
  • Restores cellular efficiency

Apoptosis:

  • Removes cells that cannot be repaired
  • Prevents systemic damage
  • Preserves tissue integrity

Cancer appears when these programs are suppressed, delayed, or energetically inaccessible.

Supporting evidence:

  • Levine B, Kroemer G. Autophagy in cancer. PMID: 20668403
  • Elmore S. Apoptosis: A review of programmed cell death. PMID: 19202819

The tragedy is not that cells divide —

it’s that they fail to die when necessary.

Protein Folding, DNA Repair, and Mitochondrial Oversight

DNA damage is normal.

Cells are constantly exposed to:

  • UV radiation
  • Oxidative stress
  • Thermal fluctuations

Healthy cells repair this damage rapidly.

Mitochondria act as quality-control centers, deciding:

  • Whether proteins fold correctly
  • Whether DNA repair is feasible
  • Whether the cell should continue or exit

When energy is insufficient, these decisions degrade.

Supporting evidence:

  • Krokan HE, BjĂžrĂ„s M. Base excision repair. PMID: 23545420
  • Wallace DC. Mitochondria and cancer. PMID: 23665642

Cancer reflects a failure of execution, not a failure of morality.

Telomeres: Not Immortality, But Time Management

Telomeres are not “life extensions.”

They are buffers.

They shorten as cells divide, signaling when replication should stop.

Cancer cells often preserve telomeres—not to live forever—but to avoid forced shutdown when other systems have already failed.

Supporting evidence:

  • Shay JW, Wright WE. Telomeres and telomerase in cancer. PMID: 16183092

Telomere maintenance is not the cause — it is a symptom of deeper energetic stress.

Methylation: When Environmental Signals Rewrite Code

DNA methylation controls gene expression.

It is sensitive to:

  • Redox state
  • NADâș availability
  • Circadian timing
  • Mitochondrial health

When these signals degrade, methylation patterns drift, silencing protective genes and activating stress responses.

Supporting evidence:

  • Jones PA. DNA methylation and cancer. PMID: 23080825
  • Feinberg AP et al. Epigenetic alterations in cancer. PMID: 20483664

Cancer is not random mutation — it is miscommunication over time.

Cancer Is Not the Enemy

Cancer is not trying to kill you.

It is a last-ditch adaptation to an environment where:

  • Energy is scarce
  • Signals are distorted
  • Repair systems are overwhelmed

The goal should not be war.

The goal should be restoring cellular conditions that make cancer unnecessary.

Fear Accelerates Disorder

Fear elevates stress hormones.

Stress impairs mitochondrial function.

Impaired mitochondria weaken signaling.

Fear worsens the very conditions cancer arises from.

Understanding reduces fear.

And clarity restores signal.

The Reframe That Matters

Cancer is not something that suddenly “happens.”

It is something that develops slowly as energy, light, timing, and signaling fall out of alignment.

When those are restored, biology remembers what to do.

References

  • Warburg O. On the origin of cancer cells. PMID: 19819170
  • Vander Heiden MG et al. Understanding the Warburg effect. PMID: 20010992
  • Murphy MP. How mitochondria produce ROS. PMID: 17031607
  • Verdin E. NADâș metabolism and aging. PMID: 29227964
  • Levine B, Kroemer G. Autophagy in cancer. PMID: 20668403
  • Elmore S. Apoptosis: A review. PMID: 19202819
  • Wallace DC. Mitochondria and cancer. PMID: 23665642
  • Feinberg AP et al. Epigenetic alterations in cancer. PMID: 20483664

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