Experts in aesthetic surgery, dermatology, and beauty bring you the latest trends, research, and advice to help you make informed decisions about your appearance and health.
A web platform dedicated to aesthetic surgery, dermatology, and beauty, where expertise meets innovation, and your desires and needs become our mission. In a world where appearance and health go hand in hand, our platform leads the revolution, delivering the latest trends, research, and expert advice directly to you.
Our team consists of highly skilled professionals in the fields of aesthetic surgery and dermatology, committed to providing reliable information and guidance that will help you make informed choices about your appearance and well-being. We understand that every individual has unique needs and desires, which is why we approach each person with the utmost care and professionalism.
Powered by Aestetica Web Design © 2024
Ah, hair loss – a phenomenon that can drive us all to despair, but also to hilarious moments when we find more hair on the pillow than on our heads. It’s no secret that our hair thins over time, and for many of us, the hair loss process can start as early as our twenties. But why does this happen? Is it possible that genes are to blame? Or maybe there’s a group of mischievous little elves who come at night and pluck our hair? Let’s unravel the mystery.
First and foremost, we must admit that our genes are the main players in the game of hair loss. Genetics is like that friend who always brings bad news – we can’t avoid it, even if we wanted to. If your father had more forehead than hair in his thirties, chances are you’ll share a similar fate. This is especially true for male pattern baldness, also known as androgenetic alopecia, which is hereditary and affects about 50% of men by the age of 50.
It’s not all black and white; the genetics of hair loss play out on the X and Y chromosomes. Interestingly, genes for hair loss can be linked to the X chromosome, which means that men often inherit their predisposition to hair loss from their mothers. So, the next time you want to blame your father for all those extra hairs in the shower drain, remember that your mother might be an accomplice too.
One of the most popular myths about hair loss is that stress is the main culprit. While there’s some truth to the fact that extreme stress can cause temporary hair loss, called telogen effluvium, genetics is still the main factor in long-term hair thinning. So, if your hair is falling out and you think it’s because of stress, maybe you should check the family album. Who knows, it might give you a better insight into the future of your hairstyle.
Unfortunately, although we’ve managed to send a man to the moon and invent smartphones, the fight against genetics when it comes to hair loss is still ongoing. There are treatments like minoxidil and finasteride that can slow down the process, but remember – if your genes have determined that you’ll be a bald superstar, it’s probably going to happen.
Although genetics can bring us some unwanted challenges like hair loss, it’s important to remember that hair (or lack thereof) doesn’t define our worth. Whether we sport a rock star hairstyle or have a head as shiny as a pearl, each of us has unique beauty and charm. And if you’re really struggling, you can always resort to humor – laughter may not bring back your hair, but it will certainly brighten your day.
Throughout the ages, baldness has played different roles in society, sometimes celebrated, sometimes mourned. From the ancient Egyptians, who considered baldness a sign of wisdom and closeness to the gods, to today, when the market for anti-hair loss products is worth billions, it’s clear that our relationship with hair loss is complex and ever-changing.
In ancient Greece, baldness was often the subject of jokes, but some of the greatest minds, like Socrates, were bald, which added an air of seriousness and respectability. The Romans, on the other hand, had their own approach: Julius Caesar is known for hiding his baldness with a laurel wreath, while other Romans resorted to early versions of toupees.
The Middle Ages brought a different view of baldness, often associated with religious vows and asceticism, while in the Renaissance, the emphasis was on the beauty of thick hair, which brought new challenges to bald men in maintaining their attractiveness.
With the advent of the modern era, baldness became less stigmatized, and celebrities like Yul Brynner and Bruce Willis transformed baldness into a symbol of masculinity and charisma. Today, the freedom of choice in expressing personal style allows everyone, regardless of the amount of hair, to find their unique look.
Recognizing the first signs of a genetic predisposition to hair loss is crucial for timely action and potentially slowing down the process. The first signs may include:
It’s important to note that genetic predisposition plays a key role, so talking to your family can provide insight into what you can expect. Although we can’t change our genetic inheritance, proper hair care and a healthy lifestyle can help maintain the health and beauty of your hair for as long as possible.
Genetics is like a lottery, only instead of money, we get an inheritance that can include everything from eye color to a predisposition to hair loss. So, when it comes to your hairstyle (or lack thereof), you might be able to thank (or blame) your ancestors. Let’s consider step-by-step how genetics affects the fate of our hair.
When you were conceived, you inherited two sets of chromosomes: one from your mom, the other from your dad. It’s these chromosomes that contain the mysterious codes (genes) that dictate various aspects of your appearance, including the tendency for hair loss. Imagine it as a bingo game, only the prizes are your genetic traits.
Men get an X chromosome from their mother and a Y chromosome from their father, while women get one X chromosome from each parent. Since the gene for androgenetic alopecia (male pattern baldness) is often located on the X chromosome, men can “thank” their mothers for this special genetic gift. Of course, it’s not that simple, as there are many genes at play, but the X chromosome definitely has its role in this story.
Your hair is the result of a genetic cocktail you inherited from your family. If your parents, grandparents, and great-grandparents kept a thick mane until old age, there’s a chance you will too. If, on the other hand, they embarked on the path of baldness early in life, your hair could follow a similar route.
These little genetic dictators not only decide whether you’ll have hair or not, but they can also influence what kind of hair you’ll have – straight, curly, thick, thin, early gray… These are all characteristics that your genes can pass on to you as a family legacy.
Although genetics plays a major role in determining the fate of your hair, your lifestyle choices and external factors also have a say. Proper hair care, nutrition, stress avoidance, and avoiding harmful habits can help maintain hair health as much as genetically possible.
A genetic predisposition to hair loss may seem like a game of roulette where we can’t choose the numbers, but that doesn’t mean we have to stand by and watch our hair recede without a fight. With the right knowledge, care, and, if necessary, treatments, we can manage the cards we’ve been dealt. And who knows, maybe the future will bring genetic modifications that will allow us to choose how, when, and if we even want to wear a crown of hair. Until then, let’s wear our genetic gifts with pride (or at least with humor)!
When faced with a challenge like early hair loss, we often ask ourselves: “Why me?” In a sea of human stories, each told with a dose of humor, we find comfort and, sometimes, an explanation. Here are a few real-life anecdotes that show how people deal with this phenomenon while maintaining a sense of humor.
Marko, 25, started losing his hair while he was still in college. “The first time I noticed my hair was thinning, I was in a meeting. I was trying to focus on the conversation, but all I could see was the shadow of my bald spot reflected on the paper in front of me. I realized that my hair had embarked on a journey of no return. Since then, my shadow and I have been best friends – always together, especially on sunny days.”
Ana, who started losing her hair in her early thirties, recalls one particularly funny visit to the hairdresser. “The hairdresser started asking me questions about retirement insurance
while he was cutting my hair. I was confused until I realized he thought I was older because of my thinning hair. I laughed and told him that maybe I needed to start thinking about retirement earlier than I had planned.”
Luka, who noticed his hair getting thinner in his twenties, shares his adventure with the wind. “I was at the beach, trying to impress a group of people. Just when I thought everything was going according to plan, a strong gust of wind revealed my bald spot, which I had carefully concealed with hair gel. I had to laugh at myself and admit that the wind is my biggest style enemy.”
Ivana, who experienced hair loss early on, says: “I realized that with baldness comes a special power. Namely, whenever I don’t want someone to approach me or bother me, I just take off my hat. People usually get so confused that they immediately stop asking any questions. Who would have thought that baldness could be a superpower?”
Although hair loss can be a challenging experience, especially when it happens early, storytelling with humor helps people cope with changes in their appearance. Everyone going through this should remember that while hair may disappear, a sense of humor and the ability to laugh at ourselves should never fade.
Our lifestyle choices have a significant impact on hair health, even when genetics plays a key role in hair loss. To understand this dynamic, it’s important to explore how certain aspects of our lifestyle can affect the genetic predisposition to hair loss.
Nutrition and hair health: One of the most important factors is nutrition. Hair is extremely sensitive to nutritional deficiencies, especially a lack of protein, iron, vitamin D, vitamin B12, omega-3 fatty acids, and zinc. If the body is deprived of essential nutrients, it can accelerate or worsen genetic hair loss. A balanced diet rich in these nutrients can help maintain hair health.
Stress and hair loss: Chronic stress is another significant factor that can affect hair loss. Stress can trigger telogen effluvium, a condition where hair prematurely enters the resting phase and begins to fall out. In cases of a genetic predisposition to hair loss, stress can further accelerate the process.
Hair care and damage: Frequent use of heat styling tools, such as hair straighteners and dryers, as well as harsh chemical treatments, can weaken hair and the scalp. Although this does not directly affect genetic hair loss, weakening the hair and scalp can worsen the condition in people who are already genetically predisposed.
Smoking: There is growing evidence linking smoking to accelerated hair loss. Smoking can damage hair follicles and restrict blood circulation and oxygen supply to the scalp, which can worsen genetic hair loss.
Myth: Frequent haircuts promote hair growth. Fact: While regular trims can help maintain the health of hair ends and prevent further splitting, it does not affect the rate of hair growth or the hair follicles that determine density.
Myth: Expensive hair care products are always better. Fact: The price of a hair care product does not necessarily reflect its effectiveness. It’s important to look for products formulated for your hair and scalp type, regardless of price.
Myth: Wearing hats causes hair loss. Fact: Wearing hats or caps does not cause hair loss. However, very tight head coverings can cause a temporary condition known as traction alopecia, which is the result of constant pulling on the hair.
Myth: Frequent hair washing causes hair loss. Fact: Frequent hair washing can dry out the hair and scalp, but it does not cause hair loss by itself. It’s important to use a mild shampoo suitable for your scalp type and not wash your hair too often if it’s not necessary.
Understanding how lifestyle choices can affect the health of our hair and dispelling myths about hair care are key to maintaining hair health, especially for those with a genetic predisposition to hair loss. By properly managing lifestyle habits and taking an informed approach to hair care, it is possible to mitigate the negative impact of genetic and external factors on the health of our hair.
When it comes to food for your hair, you may have heard that spinach and salmon are superfoods for your scalp, but what if I told you there’s a whole buffet of options that can satisfy your hair like your stomach at a wedding banquet? Imagine your follicles as little gourmands choosing only the finest ingredients for their growth.
First on the list is, of course, protein. Hair is actually made up of protein, so if your diet resembles one a rabbit would choose, it’s time for an upgrade. Include more fish, chicken, legumes, and tofu. Think of them as builders giving your hair a solid foundation.
Next, vitamins and minerals are like premium supplements for your hair. Iron, zinc, vitamin D, and especially biotin (or as we call it in the beauty world, ‘Vitamin B7 superstar’) are essential for preventing hair loss. Imagine sending your hair to a spa treatment, but through your digestive system.
And, of course, we mustn’t forget about omega-3 fatty acids. They are like a moisturizer for your hair, giving it shine and softness. Salmon, chia seeds, and walnuts are like a premium hair cream you eat.
As a humorous example of a diet, imagine a ‘Shiny Hair Diet’ that includes only salmon coated in biotin with chia seeds. You might not lose weight, but your hair? Shiny as ever!
If you’ve ever lost a strand of hair while trying to solve something stressful, welcome to the club. The link between stress and hair loss is not a myth. When you’re under stress, your body starts its own drama, and your hair becomes the victim.
To break this vicious cycle, here are a few humorous tips for stress reduction: First, try meditation. Imagine your hair growing every time you inhale. Exhale? Those are your problems leaving your body (and your hair).
Second, exercise. Not only is it good for your body and mind, but you can imagine running away from your problems (and stimulating hair growth in the process).
And third, laughter. Watch comedies, hang out with people who make you laugh. Laughter is the best medicine, and maybe even a hair growth serum.
The sun and sea can be your skin’s and soul’s best friends, but when it comes to hair, they’re that duo that’s fun at parties but always leaves you with a hangover. UV rays and salt water can dry out your hair faster than you can say “Coconut oil.”
Sun protection for hair doesn’t just include hats and scarves (although they’re a chic option too). There are hair sprays with UV protection that are like sunscreen for your skin, but for your hair. Imagine them as your personal bodyguard against the sun.
As for the sea, before you jump into the ocean like a mermaid, consider using a protective serum or oil on your hair. It’s like putting your hair in a little life jacket before it dives in.
And finally, after a day spent battling the elements, treat your hair like the queen it is. Deep hydration and a hair mask are like a big hug for your hair after a long day. Imagine it as a ‘spa day’ for your hair, it deserves it.
Over time, as technology has evolved, so have the ways we approach the problem of baldness. Today, we stand on the cusp of revolutionary discoveries that could significantly change how we understand and treat hair loss caused by genetic factors.
At the beginning of understanding baldness, the focus was primarily on symptomatic treatment, such as the use of minoxidil and finasteride, which work by stimulating hair growth or preventing further hair loss. Although these treatments provided some degree of success, they did not address the root cause – genetics.
With the help of genetic engineering and CRISPR technology, scientists are now exploring how genetic changes affect hair loss and how these changes can be corrected or modulated in a beneficial way. Gene therapy has the potential not only to stop hair loss but also to stimulate hair follicle regeneration in areas where hair has already been lost.
Although gene therapies offer a promising perspective, there are a number of challenges that must be overcome, including safety, ethical, and accessibility issues. Also, due to the complexity of the genetic interactions that cause baldness, the development of a universal treatment remains challenging.
In parallel with gene therapies, the development of other technologies such as 3D printing of hair follicles and stem cell therapies is also progressing, which also has the potential to transform baldness treatments in the future.
Modern research and technological advancements are opening new doors in the treatment of baldness, with the promise of not only stopping hair loss but also regenerating it. While we await further developments, we can consider this moment in the history of baldness treatment as the beginning of a new era, where genetics no longer has to determine our fate in terms of hair.
Dr. Davorin Lončarić, a renowned dermatologist and trichologist from Zagreb, shared his extensive insights and analyses on the future of baldness treatment, highlighting several key aspects that could significantly impact patients in Croatia and beyond. He presented his opinion with professional depth, providing new perspectives that go beyond the already discussed aspects.
“I believe that the progress in genetic therapies, particularly with the application of CRISPR-Cas9 technology, is revolutionary. The potential to correct genetic sequences that lead to baldness can significantly change the way we approach the treatment of hair loss,” said Dr. Lončarić. He explained how this technology allows for targeted resolution of the root cause of hair loss at the DNA level, which was previously unimaginable.
On the topic of regenerative medicine, Dr. Lončarić adds: “Stem cell therapies offer enormous potential for hair follicle regeneration, which is particularly relevant for patients in Zagreb seeking innovative treatments. Thanks to local research initiatives, we can expect such treatments to become increasingly accessible.” His optimism is based on the current research momentum and collaboration among scientific institutions in the region.
Discussing 3D printing of hair follicles, Dr. Lončarić points out that this approach opens up new possibilities for individualized treatments. “The ability to create follicles that are genetically matched to patients represents the future of personalized medicine. This could be particularly significant for our practice in Zagreb, where patients are looking for tailored and effective treatments.”
Speaking about laser treatments and light therapy, Dr. Lončarić notes: “Despite the current application of these techniques, the future holds the promise of their optimization for better results. In Zagreb, we are already seeing interest in more advanced versions of these treatments, which could offer significant improvements in the treatment of baldness.”
Dr. Lončarić emphasizes the importance of personalized medicine in the treatment of baldness: “Every patient is unique and, as such, deserves an approach that takes into account their specific genetic, lifestyle, and health circumstances. Advances in diagnostics and treatments allow us to step into an era where baldness treatment becomes more tailored to the individual and less of a ‘one-size-fits-all’ solution. Especially in Zagreb, where we have access to excellent medical and research resources, I see a great opportunity for progress in this area.”
Dr. Lončarić’s comments illuminate the future of baldness treatment from an optimistic but also realistic point of view, emphasizing how technological advancements and personalized approaches promise to revolutionize the treatment of this long-standing problem. His expertise and deep understanding of the subject provide valuable insight into future possibilities for baldness treatment, particularly in the context of local relevance for patients in Zagreb.
Navigating between DIY (do-it-yourself) approaches and seeking professional help when it comes to hair care and hair loss treatment can be challenging. The decision on when to take which approach depends on several factors, including the severity of the problem, the cause of hair loss, and individual goals. Here are steps and tips on how to choose the best approach.
The choice between DIY solutions and visiting a specialist depends on understanding the cause of hair loss, assessing the severity of the problem, and your personal commitment to treatment. While the DIY approach can be helpful for mild cases and as a preventive measure, more complex or persistent hair loss problems require professional diagnosis and treatment. Ultimately, combining both strategies often provides the best results, allowing you to make the most of the available resources to maintain and improve the health of your hair.
The future of baldness treatment looks bright with a range of innovative technologies and therapies being developed. Scientists and researchers around the world are continuously searching for new ways to combat this long-standing problem, utilizing the latest advancements in biotechnology, genetics, and material science. Here are a few potential directions that could shape the future of baldness treatment.
With the development of CRISPR-Cas9 and related gene-editing technologies, there is great hope for targeting the genetic causes of baldness at the molecular level. Gene therapy could enable scientists to correct or modify genes responsible for hair loss, providing a permanent solution for genetically determined baldness. This technology has the potential not only to stop hair loss but also to stimulate new hair growth in bald or thinning areas.
Stem cell therapies represent a promising approach to hair follicle restoration. By using stem cells to regenerate damaged or inactive hair follicles, it may be possible to stimulate new hair growth in areas that were previously bald. Current research involves developing methods for culturing hair follicles in the laboratory, which can then be transplanted onto the scalp.
Laser treatments and light therapy (LLLT) are already used as methods for stimulating hair growth, with mixed results. Future research is aimed at optimizing these technologies to improve their effectiveness and provide targeted stimulation of hair follicles. Advancements in this field could lead to the development of personalized treatments based on the specific needs of the individual.
3D printing opens up revolutionary possibilities in many areas of medicine, including the treatment of baldness. Research is focusing on creating functional hair follicles using 3D-printed biological materials that can then be implanted into the scalp. This approach has the potential not only to restore hair but also to ensure that the hair can adapt to the natural characteristics of the patient’s remaining hair.
The future of baldness treatment is likely to be oriented towards personalized medicine, where treatments are tailored to the individual’s genetic profile, lifestyle, and specific needs. By combining detailed genetic analysis with advanced algorithms, it is possible to develop individualized treatment regimens that maximize the chances of success.
Research into new molecules and compounds that target specific pathways responsible for hair loss could lead to the development of new drugs. These drugs could be more effective and have fewer side effects than currently available treatments.
While many of these technologies and therapies are still in the early stages of research, their potential to transform baldness treatment is enormous. With continued advancements in science and technology, the future for those struggling with hair loss looks increasingly bright.
Specijalist dermatologije i venerologije i uži specijalist dermatološke onkologije. Obrazovanje i stručno usavršavanje. 1990. diplomirao na Medicinskom fakultetu u Zagrebu. 1996. završio specijalizaciju iz dermatologije i venerologije. 1995. poslijediplomski studij iz dermatovenerologije. 1998. stručno usavršavanje iz dermatopatologije na Univerisitätsklinik für Dermatologie und Venerologie LKH u Grazu. 2005. stručno usavršavanje iz dermatokirurgije u Klinici za plastičnu i rekonstruktivnu kirurgiju KBC Zagreb.. 2012. stekao naziv primarius. 2015. postao uži specijalist iz dermatološke onkologije
Reference
To provide the best experiences, we and our partners use technologies like cookies to store and/or access device information. Consenting to these technologies will allow us and our partners to process personal data such as browsing behavior or unique IDs on this site and show (non-) personalized ads. Not consenting or withdrawing consent, may adversely affect certain features and functions.
Click below to consent to the above or make granular choices. Your choices will be applied to this site only. You can change your settings at any time, including withdrawing your consent, by using the toggles on the Cookie Policy, or by clicking on the manage consent button at the bottom of the screen.