99% of People STILL Don’t Know the Basics of Fixing Bunions
99% of People STILL Don’t Know the Basics of Fixing Bunions
For millions of people around the world, walking has slowly become a painful daily struggle. A small bump near the base of the big toe may appear harmless at first, but over time it can transform into a serious condition that affects movement, balance, and quality of life. This condition, known as a bunion or hallux valgus, has become one of the most common foot problems among adults. Yet according to Dr. Armor, a specialist who studies human movement and musculoskeletal health, most people still misunderstand why bunions develop and what they can actually do to prevent them.
“Many people believe bunions are simply something they inherit from their parents,” Dr. Armor explains. “They think their genes have already decided their future. But that is only part of the story.”
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The truth, according to Dr. Armor, is far more complicated. Genetics may influence a person’s risk, but lifestyle choices, footwear, movement patterns, and body mechanics often determine whether a bunion actually develops.
A bunion occurs when the big toe gradually shifts toward the second toe while the first metatarsal bone moves in the opposite direction. Over time, this creates a visible bump on the inside of the foot. The joint becomes misaligned, pressure increases, and many people begin experiencing swelling, discomfort, difficulty finding comfortable shoes, and pain while walking.
For years, many patients have been told that bunions are unavoidable because they are “just genetic.” However, Dr. Armor says this explanation ignores some of the most important factors that people can control.
“The presence of a genetic risk does not mean you are destined to develop a bunion,” he says. “Your genes may load the gun, but your daily habits often pull the trigger.”
One of the biggest misconceptions surrounding bunions is the role of genetics.
Researchers have identified several inherited characteristics that may increase susceptibility. These include loose ligaments, wider feet, longer big toes, and certain shapes of the bones inside the foot.
People with naturally flexible joints may have less structural support around their bones. This increased movement can allow the big toe joint to become unstable over time.
Another possible factor is having a naturally wider forefoot. When the space between the first and second metatarsal bones is larger, the big toe may have less stability and may gradually move out of alignment.
The shape of the joint itself also matters. Some people have a more rounded metatarsal head, which allows more side to side movement. This increased mobility can make the joint more vulnerable to shifting.
However, Dr. Armor emphasizes that these genetic traits are only risk factors, not guarantees.
“If genetics were the main cause, identical twins would almost always develop bunions at the same rate,” he explains. “But research shows the reality is different.”
Studies examining twins have provided important clues about the relationship between genetics and lifestyle. While genetic factors appear to contribute to bunion development, environmental factors, especially footwear choices, play a major role.
One major study comparing twins found that wearing narrow shoes was a stronger predictor of bunion development than genetic similarity. Individuals who regularly wore tight, pointed shoes had a significantly higher risk of developing the condition.
Dr. Armor says this discovery changes the entire conversation.
“The question should not only be, ‘What genes did I inherit?’ The better question is, ‘What daily pressures am I placing on my feet?’”
According to Dr. Armor, footwear is one of the most important factors influencing bunion formation.
Modern shoes often force the foot into an unnatural position. Many fashionable shoes have narrow toe boxes that squeeze the toes together. Instead of allowing the big toe to remain straight, the shoe pushes it inward toward the smaller toes.
Over thousands of steps every day, this repeated pressure can gradually change the alignment of the joint.
High heels create an even greater problem. When the heel is elevated, body weight shifts forward toward the toes. Combined with a narrow toe area, this creates intense pressure on the big toe joint.
Research has shown that even moderate heel elevation can increase stress on the front of the foot. Higher heels create even greater changes in toe alignment.
Dr. Armor explains that the human foot was not designed to spend decades compressed inside narrow footwear.
“Our feet evolved to spread, adapt, and absorb force naturally,” he says. “When we continuously force them into shapes they were never designed for, problems can appear.”
Another overlooked issue is wearing shoes that are too small.
Many people unknowingly wear shoes that do not provide enough space for their feet. This problem often begins in childhood, when growing feet are placed inside shoes that restrict natural movement.
A properly fitting shoe should provide enough room for the toes to spread. Dr. Armor recommends paying attention not only to shoe length but also to width.
A shoe may appear large enough from heel to toe, but if the front area is too narrow, the toes remain compressed.
The design of a healthy shoe should include three important features.
First, the shoe should have a flat base without a significant heel elevation. This helps distribute weight more naturally.
Second, the toe box should follow the natural shape of the human foot rather than forcing the toes into a pointed shape.
Third, the shoe should provide enough width so the toes can move freely.
However, Dr. Armor says footwear is not the only factor involved.
Many people develop bunions because of problems higher up in the body’s movement system.
One important factor is a weak or collapsed foot arch. When the arch does not provide enough support, the foot may roll inward excessively during walking. This changes how forces travel through the foot and places additional stress on the big toe joint.
Studies have shown a strong relationship between flat feet and bunion development.
But the problem may not start at the foot itself.
A restricted ankle can also contribute. When the ankle cannot move properly during walking, the body searches for movement elsewhere. Often, the foot compensates by collapsing inward, placing additional pressure on the big toe.
Dr. Armor describes the body as a connected chain.
“If one part of the system is not working properly, another part has to compensate,” he explains. “The toes may be where you see the problem, but they are not always where the problem begins.”
Another surprising connection involves the hips and glute muscles.
Weak glute muscles can affect pelvic stability and lower limb alignment. When the knees move inward during walking, the arches of the feet may collapse more easily, increasing stress on the big toe.
Dr. Armor says people can test this themselves.
Stand with your feet facing forward and allow your knees to move inward. Notice how your arches flatten and how pressure shifts toward your big toes.
Now activate your glute muscles and straighten your knees. Many people notice that their arches lift and their feet become more stable.
This simple demonstration shows how important full body movement is when addressing bunions.
According to Dr. Armor, effective treatment should not focus only on the visible bump.
“The mistake many people make is treating the symptom instead of understanding the cause,” he says.
A complete approach may involve improving footwear, strengthening the muscles that support the foot, improving ankle mobility, and correcting movement patterns.
Dr. Armor also warns people not to wait until bunions become severe.
Early changes, such as occasional discomfort, pressure around the big toe joint, or difficulty finding comfortable shoes, may be signals that the foot needs attention.
The good news is that many risk factors can be changed.
Even people who have inherited characteristics associated with bunions can reduce their risk by making smarter choices.
Dr. Armor compares it to sun exposure.
“A person with lighter skin may have a higher risk of sun damage, but that does not mean damage is inevitable. Protective choices matter,” he explains.
The same principle applies to foot health.
Genes may influence the structure of your feet, but your daily habits influence how those feet age.
The message from Dr. Armor is clear: bunions are not simply a problem of bad luck or unavoidable genetics. They are often the result of a complex interaction between inherited traits, footwear, strength, mobility, and movement patterns.
Understanding the basics is the first step.
By choosing shoes that respect natural foot shape, improving body mechanics, and strengthening the muscles that support movement, many people can protect their feet and maintain comfortable mobility for years to come.
“Your feet carry you through your entire life,” Dr. Armor says. “Taking care of them is not about fixing a problem after it appears. It is about creating the conditions for your body to function the way it was designed to function.”
For the millions struggling with bunions today, this new perspective offers an important reminder: the future of your feet is not written only in your genes. Your choices still matter.