How tall you are is often linked to your father’s height since he carries the genes related to stature. Sometimes these height-related genes show themselves even if neither parent appears tall. It’s fairly common for children to surpass their parents’ height, and certain genetic factors can also shape growth and overall stature.

Many genetic conditions, such as dwarfism, autism, and congenital blindness, are more often inherited from the father—around nine times out of ten. In males, these traits are carried on the Y chromosome, whereas in females the genetic pathway differs.

For individuals born female, the same conditions are found on the X chromosome but are still passed down by the father most of the time—about nine out of ten cases. This means that regardless of gender, many genetic disorders are typically inherited from your dad.

The size and shape of your body are largely guided by genetics, with your father’s DNA playing a major part. His genes influence how and where your body stores or burns fat. So if your dad tended to carry weight on his arms, waist, or legs, you may notice similar patterns in yourself.

Crooked or uneven teeth might not be a major concern, but they’re something you can easily inherit from your father. Your jaw shape—largely set by dominant male genes—affects how your teeth come in and align.

Dimples, often thought of as charming features, are strongly tied to your father’s genetic contribution. Some people have deep, noticeable dimples, while others have only faint ones, and male-inherited traits are a bigger factor here than female ones. Still, if both parents have dimples, the likelihood of having more prominent ones is even greater.

Even though fingerprints are unique to each person, they aren’t completely random. The general shape and ridge depth of your fingerprints are largely influenced by the X chromosomes from your father. While your prints won’t match his exactly, they may show clear similarities.

Both your sneezing habits and the reasons you sneeze can be traced back to your dad. Traits like sneezing triggered by bright light, seasonal allergies, and hay fever often run through male-inherited genes. This may even be why you tend to sneeze several times in a row.

Eye color is influenced by more than 50 different genes. While many newborns have dark blue eyes, these can change over time depending on genetic factors. The amount of melanin in the iris—which helps determine your eye color—is often strongly influenced by your father’s genes.

Even though cosmetic attention is often focused on female lips, their natural size and shape are more closely tied to male genetics. Your father’s DNA shapes much of the lower face, including the curve of the jaw, the fullness of the lips, and the roundness of the cheeks.

Your dad’s genetics play a role in many aspects of your hair—its thickness, strength, growth patterns, and color. However, male pattern baldness is linked to genes from your mother’s side. So, even if your father experienced hair loss, it doesn’t automatically mean you will too.

Humor is a universal human trait, but how we experience it can differ. Researchers have explored whether our sense of humor is genetic, and evidence suggests there may be a gene from your father that shapes how your brain processes comedic moments.

While sleep remains a complex subject, science has shown strong genetic links to certain sleep patterns. Conditions like sleep apnea, variations in circadian rhythm, and even how you position yourself during sleep can be influenced by both parents’ genes—though your father’s may have a stronger effect in many cases.

Heart health plays a vital role in your overall well-being, and keeping it in good shape is essential for longevity. Many heart-related illnesses can be inherited, which is why medical professionals ask about family history. These issues can be serious and often appear across generations.

Conditions such as depression, anxiety, and psychosis can be passed down from your father. If he has a mental health disorder, you have a higher chance of developing one yourself, even if it’s not the exact same illness. That said, outside factors and life experiences also have a major impact on mental health.

Genetic infertility can be tricky to spot, as it may skip generations and come as an unexpected hurdle for couples trying to conceive. While treatments like IVF have brought success to many, genetic causes can make infertility a complex and difficult challenge to fully overcome.

A widow’s peak—a pointed shape in the hairline—can be inherited from your father and may be noticeable from birth. Even without having one yourself, you can still pass the trait on, especially if hair thinning or balding makes the peak more obvious over time.

The well-known “Superman chin,” a strong and prominent jawline, is often passed down from fathers. Seen as both attractive and masculine, this feature’s popularity has even inspired cosmetic procedures aimed at creating a similar look, partly due to its association with famous wrestling personalities.

True red hair is rare, with only one to two percent of people naturally having it. Studies suggest that about eight genes control red hair, and these can skip several generations. This genetic quirk means red hair will likely remain uncommon but won’t disappear entirely.

The link between intelligence and genetics is complex and often debated. While environment plays a large role, evidence suggests a certain baseline of intelligence can be inherited from your father. Cognitive ability develops over time—babies are not born with advanced reasoning skills.

Many aspects of your nose—including its size, shape, curve, and pore structure—are influenced by your father’s DNA. Interestingly, noses are also among the most frequently altered features in cosmetic surgery.

A furrowed brow, marked by fine lines that deepen with age and expression, is a distinctive facial trait. While these lines can’t be completely avoided, caring for your skin can help preserve its elasticity and keep it looking refreshed for longer.

Most people favor their right hand, and your dominant hand is often influenced by your father’s genetics. In the past, social pressure pushed many to be right-handed, but as attitudes shifted, it became clear that some were naturally left-handed all along.

While life experiences make your personality unique, genetics still help shape it. Broad tendencies such as being introverted or extroverted are partly determined by the way your brain interprets and responds to situations.

Genetics strongly affect how you perceive and respond to pain. From a minor scrape to a serious injury, people feel pain differently. If you’re especially sensitive, you can partly thank your father’s genes for the way your body reacts when you get hurt.

Because your facial structure, bone shape, and muscle layout often come from your father, it’s natural to also inherit aspects of his facial expressions. You may find yourself mirroring his more intense emotional reactions—like fear or anger—more than his neutral ones.

Social influences can shape traits like emotional control and mental health, even in those from healthy families. Still, research shows that roughly a third of your capacity for trust comes from your father’s genetic contribution.

Your voice depends on many factors, from hormones to environmental influences like speech patterns. However, the length and shape of your vocal cords—which greatly affect your tone—are largely inherited from your dad.

Strong or unpleasant body odor often results from a natural chemical your body produces, which bacteria feed on, and your genetics help determine how much of this compound is made. Even your ability to detect certain smells, including body odor, is influenced by your father’s genes.

Allergies happen when your immune system reacts to substances that are usually harmless, like pollen, pet dander, certain foods, or even water. While they can develop later in life and aren’t entirely determined by DNA, much of your immune system’s foundation is shaped by the genes you inherit from your father.

The foods we like or dislike often trace back to what we were given as children, with early meals shaping our preferences. How sensitive you are to flavors such as spice, sourness, sweetness, and saltiness is heavily influenced by the X chromosome, which helps determine your personal taste profile.

Blood types—A, B, AB, and O—are defined by the antigens found in your blood. Although a child’s blood type can differ from either parent’s, it often matches and is inherited from the father.

While training and dedication can make anyone better at sports, your natural ability is strongly tied to your genetic makeup. Traits like muscle composition and bone strength, passed down from your father, help set the starting point for your athletic performance.

Although many nail problems can be spotted just by looking at them, the natural thickness, hardness, and texture of your nails come from your father’s DNA. The production of keratin—the main protein in nails—is guided by genetic factors that determine how much your body produces.

The amount, thickness, and growth rate of your body hair are largely determined by your father’s genetic contribution. These traits are passed down in much the same way as the characteristics of your scalp hair, even if body hair serves less of a purpose today.

Some of the most serious cancers, including prostate and testicular cancer, affect men most and have strong genetic links. Cancer develops when genes are damaged and, in turn, causes further genetic harm. Scientists have identified over 1,500 X chromosome markers tied to a higher risk for the disease.

Your capacity to manage emotions is strongly shaped by genetic factors from your father. Aggression, however, is more complicated—although certain genes have been linked to aggressive tendencies, past claims have sometimes been overturned by new research.

The ability to move smoothly without running into things is something many people don’t think about. Spatial awareness—including depth perception and awareness of your surroundings—is roughly 69% influenced by genetics. If you’re prone to clumsiness, you might have your DNA to thank.

While stress and lifestyle can set off migraines, genetics account for about 60% of cases. Rather than a single “migraine gene,” researchers believe a cluster of genetic markers works together to increase susceptibility to these intense headaches.