More intelligent than we are, cancer. Cancer is actually winning the battle. Despite a decline in frequency over the past ten years, cancer still affects one in three individuals, frequently causes death, and accounts for a sizable portion of the expense of healthcare as a whole. Why do we get cancer in the first place is the crucial topic that needs to be addressed. While there is no single solution, at its most fundamental level, cancer is an aging illness. The risk of having cancer rises with each decade of life until your late 60s, at which point it starts to diminish. However, the fundamental cause of cancer is a compromised immune system.
The immune system has developed to defend us against illness. In most people, the innate immune system’s Natural Killer (NK) cells act as the body’s police force, searching for aberrant cells that will develop into cancer and eradicating them before they progress further. The reality is that every day, our systems create millions of “suspect cells,” which NK cells destroy before they cause issues. Would that the story had finished there. Sadly, this is just the beginning.
In This Article...
Do cancers have intelligence?
Every sign of the zodiac has appealing qualities, whether you are an assertive Aries or a kind Cancer. Even your romantic compatibility and physical health can be predicted using astrological calculations. But which sign has the most brains when it comes to intelligence?
Astrologers claim that Scorpio and Aquarius are actually tied for the title of smartest Zodiac sign, but for quite different reasons. According to tests of cognitive aptitude and IQ, people who were born under the sign of Aquarius have the greatest levels of analytical intelligence. Scorpios, on the other hand, are more acute thinkers and excel at evaluating and comprehending the big picture.
Other zodiac signs are intelligent in their own ways, though, so this is not to mean they are all liars. According to Neil Crabtree, an astrologer at the Mayo School of Astrology, Geminis and Libras are also quite intelligent. The most emotionally intelligent signs are Cancer and Pisces, which means they are excellent at perceiving and understanding both their own and other people’s emotions.
The earth signs, however, such as Taurus, Virgo, and Capricorn, exhibit practical intellect. Additionally, the fire signs (Aries, Leo, and Sagittarius) have the strongest intuitive tendencies, which makes them more likely to take chances and assume leadership roles.
Why are cancer cells so sophisticated?
I had cancer and was battling for my life.
I was able to make plans for the future once more when I lived for many more years than I had anticipated.
I attended Purdue University concurrently with another university in order to earn a degree in advanced practice nursing. My goal was to become a clinical nurse specialist.
In addition to enrolling at Loyola to earn my Graduate Certificate in Oncology, I also attended Purdue because I wanted to become an Oncology Clinical Nurse Specialist.
Loyola was a great school where I learned a lot.
I discovered that cancer is an extremely intelligent disease when learning about oncology.
This is why it causes so many fatalities and why the disease is so challenging to treat.
A genetic disorder, cancer.
This does not imply that we inherit it from our parents’ genes.
Only about 5 to 10 percent of malignancies are brought on by genes we inherit.
Cancers typically do not run in families.
You might have a hereditary form of cancer if, for example, breast cancer affects several members of each generation of your family and strikes them when they are young.
Cancers that run in families tend to develop earlier and with more acuity. If a few family members develop cancer in each generation, but they have various types of the disease, it is likely unrelated to genes passed down from parents “in your household. The majority of cancers are caused by mutated or changed genes that develop as we age and mature. Actually, becoming older is the biggest cancer risk factor. This chart demonstrates how cancer rates increase with age. The average age at which cancer is diagnosed is 66. For breast cancer, colorectal cancer, lung cancer, and prostate cancer, the median age of diagnosis is 61, 68, 70, and 66 years, respectively. I was diagnosed 26 years before the median age, but some of us were diagnosed sooner.
Normal cells have a limited lifespan, and after dividing a specific number of times, they expire and cease to exist. They are set up to pass away. They stop developing because they don’t want to get in the way when they come into contact with other cells or cells that are different from their organ. They remain close to the organ they make up. The P53 gene, which is present in all cells, guards them against cancer. A cell will stop dividing until its DNA has been repaired if the P53 gene detects a problem with the cell’s genes. It results in the cell dying if it cannot be healed. This safeguards us against cancer. Our regular genes and cells are also incredibly sophisticated.
However, the P53 gene is frequently altered, damaged, and unable to perform its function in at least 50% of malignancies, allowing cancer to spread within a cell.
The cancer cell continues to proliferate rather than dying.
A condition known as La Fraumeni can appear in persons who do not inherit a P53 gene from one of their parents.
A single person with this illness is capable of having numerous primary malignancies.
Two persons I know who have this syndrome experience a recurrence of a new organ-specific cancer every year or two. If I recall correctly, one had five different malignancies and the other seven,
Normally, aberrant cells are targeted for death by the immune system “Cancer cells are foreign, yet they cover themselves to evade our immune system.
Cancer cells ignore signals from our bodies telling cells to stop multiplying when they approach too close to an organ and instead continue to develop until they are able to impede the operation of other organs.
Lung cancer cells can spread to the bones and the brain because, unlike normal cells, they do not need to remain close to the organ from which they originated. Cancer cells are able to fool the body into generating blood vessels that provide the tumor with oxygen to keep it alive. When a cancer cell leaves its primary organ, the lung or colon, it also loses its source of blood supply and its access to circulation. Chemotherapy can be quite powerful against a cancer at first, then cease functioning because the mutant genes allow the cancer cell to develop an immunity to the chemotherapy. This is because the aberrant genes in cancer cells keep mutating and the cancer keeps altering to outsmart our treatments. Cells typically respond to signals telling them to slow down or cease growing. They react to cues that warn them it’s time to pass away. None of these signals cause cancer cells to react; instead, they continue to proliferate quickly and never die. Our highly developed bodies are overpowered by a more sophisticated illness.
Chemotherapies aim to alter the way cancer cells react to the body’s signals, causing them to behave normally and self-destruct. They make an effort to prevent the development of a malignant tumor’s own blood supply. There is effort being done to correct faulty P53 genes; if successful, cancer rates could decrease by 50%.
It’s a hard fight.
As it turns out, every cancer is its unique disease and may occasionally require a different course of treatment from every other cancer.
Since each cancer is unique from the others, there are 200 different types of cancer.
To make matters even more complicated, there could be 100 different forms of simply lung cancer as two patients with the same type of cancer, such as lung cancer, may exhibit genetic differences.
It’s interesting to note that in one lung cancer clinical study, 90% of patients didn’t respond to the new chemotherapy, but 10% of them appeared to be on the verge of a cancer cure!
In contrast to the 90% who did not respond, the 10% who did had diverse lung cancer genes, and their tumors had mutated in different ways. While it would be amazing to discover a single therapy that could treat every form of cancer, this is unlikely to occur. I believe that those who are hoping for a cure for cancer are hoping for the all-curing magic wand, which is unlikely to materialize. But if it did, wouldn’t that be wonderful? If only there were a drug or treatment that could cure leukemia, lung, colon, and appendix cancer all at once.
A smart cancer is what?
A “smart” cancer is defined by George W. Sledge, Jr., MD, Chief, Division of Oncology, and Professor of Medicine, Stanford University School of Medicine.
Since they have few mutations, the “smart” cancer spectrum’s one end is dominated by hematologic malignancies and pediatric cancers. Sledge claims that colorectal cancer, melanoma, head and neck cancer, and lung cancer are at the opposite extreme of the spectrum due to their high mutational loads.
According to a study, smoking just three cigarettes can result in a cancer mutation that leads to non-small cell lung cancer. A malignancy becomes “smart” due to this significant number of mutations.
What is the capacity of cancer?
Any of the several illnesses characterized by the growth of aberrant cells that divide out of control and have the capacity to invade and destroy healthy bodily tissue are referred to as cancers. The propensity of cancer to spread throughout your body is common. The second greatest cause of death worldwide is cancer.
Which sign is the smartest?
Although there are additional signs with personality attributes that geniuses tend to have, the top 5 zodiac signs in terms of intelligence are Aquarius, Virgo, Capricorn, Scorpio, and Gemini. Geniuses are very flexible.
Which sign represents wisdom?
Pisces is the most sage of all the zodiac signs. Of all the zodiac signs, they are the most intelligent. Pisces’ empathy for other people is the source of their wisdom. They emphasize and make connections to the struggles that other people face.
Can cancer self-heal?
No type of cancer can be cured, although there are treatments that could help.
Many people receive cancer treatment, live the rest of their lives, then pass away from other reasons. Even though they may have had cancer therapy, many others continue to suffer from the disease and pass away, sometimes for years or even decades.
Cancer treatments that are frequently used include:
- transplanting bone marrow
- certain medication therapy
Plans for treatment are created based on the type of cancer, its stage of development, your general health, and your preferences.
Can you fight cancer with your body?
Some immune system cells have the ability to identify aberrant cancer cells and kill them. However, this might not be sufficient to completely eradicate a tumour.
The immune system is composed of two basic components:
- the safeguards we are given from birth (in built immune protection)
- the defenses we create after contracting particular diseases (acquired immunity)
Can you develop a cancer immunity?
But why does the immune system struggle so frequently to combat cancer when it is so powerful and sophisticated? The quick response is that cancer has it under control. According to Alan Tan, MD, Medical Director of Hematology and Immunotherapy, Medical Oncologist, and Hematologist at our hospital near Phoenix, “I tell my patients that if we didn’t have an immune system, we’d all develop cancer.” “The difficulty of cell mutation and the effectiveness of your immune system’s defense against it are in delicate balance. Threats are continuously on its radar. The immune system is unable to recognize and address the threat when it is overpowered by a tumor.”
In fact, it’s conceivableeven probablethat your immune system defends against cancer or pre-cancer on a frequent basis without your knowledge. According to Dr. Tan, “everyone has a mechanism to filter out a tiny number of cancer cells to keep us from developing obvious cancer in the body.” “That balance is lost over time.”
It’s not always clear when the immune system starts to fail due to cancer. Dr. Lynch asserts that “there are numerous various reasons why that might occur.” “The DNA of the tumor plays a role in some of it. The severity of the cancer’s aggressiveness is partly to blame.” However, studies have shown that some innate and adaptive immune cells are greatly influenced by cancer cells and are enlisted to support the spread and growth of the malignancy. Myeloid-derived suppressive cells (MDSCs), which are immature immune cells, are used by cancer cells to spread, according to research from the Georgia Cancer Center at Augusta University. Cancer cells use MDSCs to aid in the spread of tumors by suppressing their growth through misleading signals. According to Dr. Hasan Korkaya of the Georgia Cancer Center, “these cells are necessary for successful cancer spread.” “The immune system has a complex balance that, in most cases, is anti-tumorigenic, meaning it destroys tumors, but in other circumstances, if this balance is off, these cells may actually aid in the growth of tumors and the emergence of fully developed metastatic illness.”
A chemo bomb is what?
More than 30,000 cancer specialists attended the conference, which also featured scientific research on a new tool that aids the immune system in combating a variety of cancer types, treatments targeted at new genes and cancer pathways, and improved tests to determine which patients will benefit from them.
The US Food and Drug Administration on Wednesday unveiled a new policy aimed at accelerating the release of breast cancer treatments to the market. “I see major improvements being made in big diseases” like breast and prostate cancers, said Dr. Richard Pazdur, cancer drug head at the agency.
He claimed the science was moving away from outdated chemotherapy that was “like dumping a bomb on the body” and toward more targeted treatments with fewer side effects.
The smart bomb therapies are two-punch weapons that combine toxins that are too strong to be administered alone with antibodies that form bonds with particular cancer cells. They are connected chemically until they adhere to a tumor cell, at which point the poison inside the cell is released, destroying the cell.
