Evolutionary secrets behind our genes and diseases in “the survival of most patients” – naturalnews.com

• In “Survival of the disease”, Dr. Sharon Molim and Jonathan continued that harmful genetic conditions such as pigment inflammation continued because they once provided the advantages of survival, such as protection from iron -based infections (such as duplicate) by hunger of iron bacteria.
• A wrong athlete is found with fatigue and joint pain suffering from rabitis – a disorder that causes a serious iron load. Treatment involves the restoration of blood (lobe faction) to reduce iron levels, a practice that has been rejected once, but now it has been checked medically.
• The features such as blood aaters, diabetes -like glucose nails (may help cold adaptation) and dark/light skin changes reflect the genetic adaptations of environmental pressures (for example, climate, diet or exposure to UV radiation).
• The body is tightly organized to balance the necessity of transporting oxygen with its exploitation by pathogens. Natural defenses (for example, iron -related proteins in crying) highlight this exact balance.
• Evolutionary amendments such as resistance to freezing wood or alcohol reaction in East Asian (alcohol addiction) reveals how “defects” may be the remains of the previous survival strategies, providing visions of modern medicine.

The book “Survival from patients: Mobile Medical discovers why we need the diseaseWritten by Dr. Sharon Molim and Jonathan Prince explores the wonderful paradox about how day -day diseases appear harmful to a place to survive.

Through a mixture of evolutionary genetics, evolutionary biology and medicine, the authors reveal how some genetic conditions such as throwing throwing blood inflammation because they provided advantages to save life. Take ARAN GORDON, financial training and sports training in the marathon DS Gables, a 150 -mile brutal race across the desert.

Instead of experimenting with the peak of sporting performance, he suffered from fatigue, joint pain and heart violations. After years of wrong diagnosis, doctors have discovered that he suffers from genetic hemitis – a genetic disorder that causes excessive iron absorption.

The left without treatment, bloodshed leads to liver damage, diabetes, heart failure and premature death. Basically, the rust of the body from the inside. However, although its risks, anthropological disease is shockingly traumatized in people of Western Europe – with nearly one of every three carrying the gene.

Why does such a harmful boom continue? The answer is in the role of Iron with a two -border in survival. While necessary to transfer oxygen and energy, iron is also exploited by bacteria and parasites to flourish.

Historically, throwing pomegranate blood inflammation has provided an evolutionary advantage during the outbreak of the disease, such as bearish plague. Black Death destroyed Europe in the fourteenth centuryWipe a third to half of the population. However, some individuals – and perhaps those who suffer from pigment inflammation.

Researchers suggest that by locking excess iron in immune cells, these individuals starve gas bacteria, making their bodies less infected with infection. In a world where the survivors of the resulting Mediterranean were, the characteristic of the deadly epidemics was even if it caused health problems later – it was a genetic prize.

This paradox extends to the controversial practice of blood restoration, which has been rejected once as a medieval antichrist but is now recognized as an effective blood hardening treatment. Patients such as Gordon are subject to weekly phlebotomies (blood withdrawal) to reduce iron excessive.

Surprisingly, blood restoration may have wider benefits. Research indicates that it can help manage heart disease and infections by reducing iron availability for pathogens. Old treatments, apparently, sometimes carry hidden wisdom.

The book also studies how our bodies organize iron in sudden ways. Tears, saliva, and snack contain proteins that are linked to iron, starving and preventing infections. This defense, which carries iron, emphasizes the complex balance between survival and ability-a subject that is repeated through evolutionary amendments.

One of the amazing examples is the wooden frog (Silvati frog), Which survives frozen temperatures by flooding the bloodstream with glucose, as natural freezing. This mechanism reflects temporary diabetes, which provokes the possibility that diabetes is adapted during rapid climatic transformations such as the younger period of Dreyas 13,000 years ago. High blood diabetes -like high may be a reduction in blood -freezing points, which helps the first humans tolerate severe cold.

Skin color provides another evolutionary story. Dark skin protects from ultraviolet radiation, while maintaining folic acid for the development of the fetus. But when humans migrated north, lighter skin developed to increase vitamin D synthesis in a decrease in sunlight.

However, the Invita maintained darker skin despite the conditions in the Arctic – may be due to Their diet rich in vitamin D. Their example highlights the interaction between genetics and the environment.

Finally, the reaction of the common alcohol flow in Asiaids clarifies east – caused by genetic inability to efficiently metabolism – how clear defects can be preventive. The resulting caused acetaldehyde accumulates excessive drinking, which reduces the risk of alcoholism.

From defending iron in the blood to resistance to frozen frog, our bodies reflect millions of years of evolutionary ingenuity. These cases remind us that the disease is not always a defect, but it is a residue of survival strategies that served our ancestors well. By understanding these genetic heritage, we open Difficulty visions in health, medicine and unusual flexibility of human biology.

Watch this video about the book “Staying alive to the disease: Mobile Medical discovers why we need a disease” by Dr. Sharon Molim and Jonathan Prince.

This video from Brieleren channel Brighton.com.

Sources include:

Brighton

Brighton.com