Circadian biology is the master regulator of all anti-cancer processes in the body
Through this, we understand that the demonization of sunlight, along with the lack of discussion about artificial light at night and circadian disruption, creates rising cancer rates
Hereâs all the evidence you need
Virtually all major anti-cancer processes are either directly or indirectly controlled by circadian biology
Some processes might seem less dependent on circadian rhythms at first glance
But it inevitably comes full circle
Some processes might seem less dependent on circadian rhythms at first glance
But it inevitably comes full circle
Anti-cancer processes that are strongly circadian controlled include:
1. Apoptosis (cell death)
2. Autophagy (cellular cleanup)
3. DNA repair cycles
4. Immune surveillance
5. Antioxidant defense systems
6. Detoxification
7. Tumor suppressor genes (like p53)
8. Cell cycle checkpoints
9. Epigenetic regulation
10. Angiogenesis inhibition
All of these rise and fall rhythmically in sync with circadian biology (via the master clock in the SCN) or peripheral clocks in organs and cells
1. Apoptosis (cell death)
2. Autophagy (cellular cleanup)
3. DNA repair cycles
4. Immune surveillance
5. Antioxidant defense systems
6. Detoxification
7. Tumor suppressor genes (like p53)
8. Cell cycle checkpoints
9. Epigenetic regulation
10. Angiogenesis inhibition
All of these rise and fall rhythmically in sync with circadian biology (via the master clock in the SCN) or peripheral clocks in organs and cells
1. Apoptosis (Programmed Cell Death)
This is the bodyâs natural mechanism for removing cancerous cells, which is controlled by circadian genes like BMAL1 and PER2, which regulate p53 (the âguardian of the genomeâ)
Circadian disruption destroys apoptosis, allowing cancer cells to survive
This is the bodyâs natural mechanism for removing cancerous cells, which is controlled by circadian genes like BMAL1 and PER2, which regulate p53 (the âguardian of the genomeâ)
Circadian disruption destroys apoptosis, allowing cancer cells to survive
2. Autophagy (Cellular Housekeeping)
This process clears out damaged organelles and misfolded proteins, preventing cancer initiation
Circadian clock genes (CLOCK, BMAL1) regulate autophagy-related proteins like LC3 and Beclin-1
Circadian disruption destroys this
This process clears out damaged organelles and misfolded proteins, preventing cancer initiation
Circadian clock genes (CLOCK, BMAL1) regulate autophagy-related proteins like LC3 and Beclin-1
Circadian disruption destroys this
3. DNA Repair Cycles
The body repairs mutations and DNA damage from oxidative stress, radiation, and toxins
Key DNA repair genes (XPA, PARP1) are circadian-controlled
Endogenous melatonin enhances DNA repair, and its suppression (from sunlight deficiency and isolated blue light at night) increases mutation rates
The body repairs mutations and DNA damage from oxidative stress, radiation, and toxins
Key DNA repair genes (XPA, PARP1) are circadian-controlled
Endogenous melatonin enhances DNA repair, and its suppression (from sunlight deficiency and isolated blue light at night) increases mutation rates
4. Immune Surveillance
Natural killer (NK) cells and cytotoxic T-cells actively detect and destroy cancer cells
Immune function peaks at night, regulated by endogenous melatonin and cortisol rhythms
Circadian disruption leads to a dramatic reduction in NK and T-cell activity, increasing cancer risk
Natural killer (NK) cells and cytotoxic T-cells actively detect and destroy cancer cells
Immune function peaks at night, regulated by endogenous melatonin and cortisol rhythms
Circadian disruption leads to a dramatic reduction in NK and T-cell activity, increasing cancer risk
5. Antioxidant Defense Systems
These endogenous systems protect cells from oxidative stress and mitochondrial dysfunction
Both forms of melatonin are the most powerful mitochondrial antioxidants, and their synthesis is directly controlled by circadian rhythms + tied to the light and dark cycle
Glutathione (GSH), superoxide dismutase (SOD), and catalase (CAT) peak at night, reducing DNA damage
These endogenous systems protect cells from oxidative stress and mitochondrial dysfunction
Both forms of melatonin are the most powerful mitochondrial antioxidants, and their synthesis is directly controlled by circadian rhythms + tied to the light and dark cycle
Glutathione (GSH), superoxide dismutase (SOD), and catalase (CAT) peak at night, reducing DNA damage
6. Detoxification Systems
All this talk about detox, yet the liverâs detox pathways (CYP450 enzymes, glutathione conjugation, methylation) are circadian-regulated
Melatonin enhances detoxification of carcinogens like xenoestrogens, heavy metals, and glyphosate
Another win for NIR light during the day and darkness after sunset
All this talk about detox, yet the liverâs detox pathways (CYP450 enzymes, glutathione conjugation, methylation) are circadian-regulated
Melatonin enhances detoxification of carcinogens like xenoestrogens, heavy metals, and glyphosate
Another win for NIR light during the day and darkness after sunset
7. Tumor Suppressor Genes
p53 (âguardian of the genomeâ) prevents mutated cells from turning into cancer
All of these genes are circadian controlled. BMAL1 and PER2 enhance p53 activation
Circadian disruption suppresses p53 and others, allowing cancer cells to grow unchecked
p53 (âguardian of the genomeâ) prevents mutated cells from turning into cancer
All of these genes are circadian controlled. BMAL1 and PER2 enhance p53 activation
Circadian disruption suppresses p53 and others, allowing cancer cells to grow unchecked
8. Cell Cycle Checkpoints
The role here is to prevent uncontrolled cell division (a hallmark of cancer)
Circadian genes regulate cyclins (like Cyclin D1, p21) that control cell division
Circadian disruption leads to unchecked cell proliferation, increasing tumor risk
The role here is to prevent uncontrolled cell division (a hallmark of cancer)
Circadian genes regulate cyclins (like Cyclin D1, p21) that control cell division
Circadian disruption leads to unchecked cell proliferation, increasing tumor risk
9. Epigenetic Regulation
This controls gene expression without altering DNA sequences
Histone modifications, DNA methylation, and microRNAs (miRNAs) follow a circadian rhythm
Oncogene activation and loss of tumor suppressors occurs via circadian disruption
This controls gene expression without altering DNA sequences
Histone modifications, DNA methylation, and microRNAs (miRNAs) follow a circadian rhythm
Oncogene activation and loss of tumor suppressors occurs via circadian disruption
10. Angiogenesis Inhibition (Blocking Tumor Blood Supply)
Hypoxia-inducible factors (HIF-1Îą), which control tumor blood vessel formation, are under circadian control
An increase in HIF-1Îą via circadian disruption leads to tumor vascularization
Hypoxia-inducible factors (HIF-1Îą), which control tumor blood vessel formation, are under circadian control
An increase in HIF-1Îą via circadian disruption leads to tumor vascularization
We can continue, but you get it now
Every anti-cancer defense mechanism is under circadian control
Following a lifestyle (modern default life) which creates circadian disruption accelerates cancer growth
Being in circadian alignment enhances natural anti-cancer immunity
This is one of the many reasons why I do this work and continue to be astonished by it
Every anti-cancer defense mechanism is under circadian control
Following a lifestyle (modern default life) which creates circadian disruption accelerates cancer growth
Being in circadian alignment enhances natural anti-cancer immunity
This is one of the many reasons why I do this work and continue to be astonished by it
Whenever you hear people claim that melanoma and non-melanoma skin cancers are caused by sunlight exposure, consider this thread
This perspective doesnât hold up when examined through a firs principles circadian lens with a comprehensive understanding of the research
The centralized narrative holds no weight under this level of scrutiny
Itâs a house of cards
This perspective doesnât hold up when examined through a firs principles circadian lens with a comprehensive understanding of the research
The centralized narrative holds no weight under this level of scrutiny
Itâs a house of cards
Think about the recommendations provided by centralized dermatology
âAvoid UV from the sunâ
âAvoid developing a natural tanâ
âWear sunglassesâ
âWear sunscreenâ
âStay indoorsâ
In the most freakish twist of events, theyâre putting you in the crosshairs of all cancers, including melanoma and non-melanoma skin cancers
âAvoid UV from the sunâ
âAvoid developing a natural tanâ
âWear sunglassesâ
âWear sunscreenâ
âStay indoorsâ
In the most freakish twist of events, theyâre putting you in the crosshairs of all cancers, including melanoma and non-melanoma skin cancers
Their recommendations directly interfere with your circadian health
They actively encourage you to spend more time in an environment that increases your risk of cancer development through circadian disruption
All while fear mongering you away from the source of energy that will offer you the most protection against cancer development
This is some twisted shit
They actively encourage you to spend more time in an environment that increases your risk of cancer development through circadian disruption
All while fear mongering you away from the source of energy that will offer you the most protection against cancer development
This is some twisted shit
Do you ever hear your local dermatologist raving about avoiding isolated blue light and circadian disruption?
Have they once uttered anything about circadian biology and these anti-cancer processes?
Of course you havenât
We call this iatrogenic intervention created by a warped, reductionist view of the sun and human biology
Have they once uttered anything about circadian biology and these anti-cancer processes?
Of course you havenât
We call this iatrogenic intervention created by a warped, reductionist view of the sun and human biology
Hereâs what really does it for me
Most, if not all, cancers continue to rise, especially melanoma and non-melanoma skin types
Yet, what are people doing day to day?
Avoiding the sun, following the sun âprotectionâ protocols, and literally spending more than 90% of their time indoors under isolated blue light, all while experiencing chronic circadian disruption
Riddle me that
Most, if not all, cancers continue to rise, especially melanoma and non-melanoma skin types
Yet, what are people doing day to day?
Avoiding the sun, following the sun âprotectionâ protocols, and literally spending more than 90% of their time indoors under isolated blue light, all while experiencing chronic circadian disruption
Riddle me that
These poor souls have little to no chance of preventing various forms of cancer because their lifestyle chronically disrupts the very endogenous circadian systems designed to protect them from cancer development
And what I fucking hate is that many of the so-called âmedical professionalsâ are making it worse through their myopic and dangerous recommendations
And what I fucking hate is that many of the so-called âmedical professionalsâ are making it worse through their myopic and dangerous recommendations
Generated by Thread Navigator
Press â + S to quick-export