The SHOCKING NEW TRUTH About Cancer! (Nobody Shares This) | Dr. Thomas Seyfried

Understanding Cancer

In this section, the speaker explains what cancer is and how it develops.

Definition of Cancer

• Cancer is defined as cell division out of control.

• Most cells in our body are in a differentiated state, arranged in order in various organs and tissues.

• A group of cells that become dysregulated in their growth leads to cancer.

Causes of Dysregulated Cell Growth

• Chronic disruption of the cellular microenvironment through irritation, viral infection, or restricted blood vessels can cause dysregulated cell growth.

• Acute damage to cells and tissues will lead to rapid death. Dysregulated cancer cells cannot come from dead cells.

• The function of energy metabolism within a cell controls the quiescent regulated differentiated state.

Role of Mitochondria

• The organelle called mitochondrion controls the function of energy metabolism within a cell.

• Chronic insult to a cell or tissue leads to a gradual loss of energy through oxygen.

• If oxidative phosphorylation (oxfos) energy through oxygen phosphorylation is corrupted or deficient, ancient pathways are up-regulated.

Fermentation Pathways

• When ancient fermentation pathways are up-regulated, the mitochondria send messages to the nucleus for glucose and glutamine transporters.

• The same organelle responsible for differentiation and quiescence also controls the cell cycle.

• When that organelle becomes corrupted, the controller of the cell cycle is not there, leading to uncontrolled cell division.

Conclusion

Cancer occurs when there is an interruption in normal cellular processes due to chronic disruptions caused by various factors such as viral infections or restricted blood vessels. Dysregulated cancer cells cannot come from dead cells; they require time frames when these regulated cells have an opportunity to become dysregulated. The mitochondria play a crucial role in controlling the function of energy metabolism within a cell, and when it becomes corrupted, ancient fermentation pathways are up-regulated, leading to uncontrolled cell division.

Understanding Cancer and Dysregulated Cell Growth

Dr. Seyfried explains that cancer cells are dysregulated because the organelle controlling cell division is dysfunctional. These cells grow based on the availability of glucose and glutamine in their microenvironment, leading to dysregulated growth.

Causes of Cancer

• Abnormal structure determines function in cancer cells

• Dysregulated growth is driven by fermentation metabolism fueled by glucose and glutamine

• Once cells lose their growth regulatory properties, they become difficult to kill

Detection and Immune System Response

• Our bodies have a surveillance system that detects small growths, but not all growths become cancerous

• Cancer has been described as a wound that does not heal, which can confuse the immune system into throwing cytokines and growth factors at it

• Fibroblasts and macrophages can heal wounds caused by contusions or stab wounds, but programmed structures of incipient cancer cells are inappropriate for this context

Development of Cancer Cells

Dr. Seyfried discusses how cancer develops in the body.

Benign Tumors vs. Lesions with Dysregulated Growth Potential

• Benign tumors may be small dysregulated cell growths that do not pose a threat

• Lesions with dysregulated potential can grow uncontrollably if they occur in internal organs or melanomas/brain tumors

Metastasis

• Dysregulated growth leads to the spread of cancer cells

• Immune cells try to manage small growths, but cytokines and growth factors can make cells grow even faster

• The immune system may not recognize incipient cancer as a threat, leading to uncontrolled cell growth

Cancer Prevention

Dr. Seyfried discusses how cancer can be prevented.

Non-Toxic Ways to Stop Cancer

• Understanding what causes cancer and how it develops is key to stopping it in a non-toxic way

• Dysregulated growth is driven by fermentation metabolism fueled by glucose and glutamine, so removing these fuels from the microenvironment can help stop cancer

Importance of Early Detection

• Benign tumors may be small dysregulated cell growths that do not pose a threat

• Lesions with dysregulated potential can grow uncontrollably if they occur in internal organs or melanomas/brain tumors

• Early detection is important because programmed structures of incipient cancer cells are inappropriate for wound healing context

The Immune System and Cancer

In this section, the speaker explains how cancer cells overwhelm the immune system and how abnormal mitochondria in tumor cells lead to dysregulated growth.

Abnormal Mitochondria in Tumor Cells

• The mitochondria in tumor cells are abnormal, leading to fermentation and dysregulated growth.

• Normal cells throw out growth factors and cytokines when they see the dysregulated growth, which makes it worse.

• Fusion between cancer cells and immune cells dilutes normal mitochondria in immune cells. This inhibits the immune system because these macrophages are metastatic.

Spread of Cancer Cells

• Normal cells come into stem cell tumors fusing with them, leading to spread.

• Cancer of unknown primary (CUP) represents 5-7% of cancer deaths. All the cells in CUP are macrophages that were formerly normal but have become corrupted.

• Our very own immune system is killing us by becoming corrupted.

Fighting Cancer

In this section, the speaker discusses why our ancestors had a low level of cancer and how we can fight cancer by changing our environment.

Low Level of Cancer Among Ancestors

• Primitive Aboriginal tribes had a low level of cancer because highly processed carbohydrate foods were minimal supply, and they had a lot of exercise.

• A surveillance system exists in our body where if we have a cell where the mitochondria may slowly become corrupted, that cell is consumed for the good of the whole.

Fighting Cancer

• Fighting cancer means fighting our own body.

• As long as we keep our body full of sugar and glutamine, we are letting cancer cells grow.

• If we change our environment by reducing processed carbohydrate foods and increasing exercise, we can fight cancer.

Cancer is an Environmental Disease

In this section, the speaker discusses how cancer is not a genetic disease but rather an environmental one. He explains that cancer was rare in organisms that lived in their natural environments and only became prevalent in the last 50-60 years due to changes in our diet and lifestyle.

Cancer as an Environmental Disease

• Cancer is not a genetic disease but rather an environmental one.

• The rise of cancer prevalence is due to changes in our diet and lifestyle, such as the introduction of high fructose corn syrup and increased dependence on technology leading to lack of exercise.

• Systemic inflammation caused by glucose and sugar consumption weakens the body's immune system, making it more susceptible to oncogenic viruses.

• Chronic diseases such as cancer are caused by poor diet and lifestyle choices.

Nuclear Transfer Experiments Disprove Genetic Theory of Cancer

In this section, the speaker discusses nuclear transfer experiments that disprove the theory that cancer is a genetic disease. He explains how these experiments were done repeatedly with different types of cancers and protocols.

Nuclear Transfer Experiments

• Nuclear transfer experiments were done by taking the nucleus of a tumor cell and putting it into normal cytoplasm or vice versa.

• These experiments showed that dysregulated growth only occurred when a normal nucleus was put into tumor cytoplasm, proving that cytoplasm controls regulation of growth.

• Mitochondria control cell cycle regulation, and if damaged, can lead to dysregulated growth even with normal nuclei.

• The speaker has a picture of the experiments that he documented in his work.

Introduction to Cancer

In this section, the speaker introduces the topic of cancer and explains how it is a disease caused by uncontrolled cell growth.

What is Cancer?

• Cancer is a disease caused by uncontrolled cell growth.

• Normal cells have mechanisms to control their growth and division, but cancer cells do not.

• Cancer cells can invade nearby tissues and spread to other parts of the body through the bloodstream or lymphatic system.

Mitochondrial Transfer Experiments

Dr. Thomas Seyfried discusses the role of mitochondria in cancer and how mitochondrial transfer experiments can regulate cell growth.

Mitochondria Regulate Cell Growth

• Dysregulated cell growth can be regulated by removing bad mitochondria and replacing them with new ones.

• Abnormal mitochondria cause dysregulation in cell growth, not genes in the nucleus.

• Cancer is a mitochondrial metabolic disease, not a nuclear-driven genetic mutation disease.

Reactive Oxygen Species (ROS)

• Cancer cells produce ROS which destroy proteins, DNA, lipids and cause mutations downstream in the nucleus.

• ROS are carcinogenic and mutagenic causing abnormalities in lipids and disrupting everything.

• Precision medicine focuses on unique mutations to manage cancer but it's based on a flawed theory that cancer is a genetic disease.

Non-Toxic Treatment for All Cancers

• Cancer cannot be a genetic disease because all major cancers have defects in their mitochondria.

• The non-toxic treatment proposed by Dr. Seyfried applies to all cancers across the board.

Similar Therapy for Different Cancers

Dr. Thomas Seyfried discusses how cancer cells have damaged respiration and ferment glucose and glutamine. He explains that a similar therapy could be effective in managing all types of cancers.

Fermentation in Cancer Cells

• Cancer cells cannot live without glucose and glutamine.

• A similar therapy can be used to manage different types of cancers.

• The biology of the cell should be considered when treating cancer.

Ketones as a Treatment

• No major clinic on the planet is reducing glucose and glutamine while transitioning the body over to ketones.

• Standard care treatments are not enough to tackle cancer.

• Clinical trials are being conducted to test this treatment approach.

Developing a Global Therapy for Cancer

• Dr. Seyfried has been researching this topic for many years and has tested it in labs.

• The global therapy for cancer is being developed based on an understanding of the biology of the problem.

• This treatment will likely do better than current standard care treatments.

Dissolving Tumors with Diet and Drugs

• The body can turn on tumors, dissolve them, and eat them together with diet drug combinations.

Overall, Dr. Seyfried suggests that a similar therapy could be effective in managing different types of cancers by reducing glucose and glutamine while transitioning the body over to ketones. He emphasizes that understanding the biology of cancer cells is crucial when developing treatments. Clinical trials are currently being conducted to test this approach, which may do better than current standard care treatments.