#Hair Loss Cure

[beautyandcare]

7 foods that cause HAIR LOSS 😱 You NEED to AVOID them ❗

Check out this ranking with 7 foods that harm the health of your hair and pay attention to your diet:

🔴 Number 1: Sugar.

The sneaky menace is just as bad for your hair as it is for your overall health. And also sugar could lead to inflammation. Studies have shown that insulin resistance, which leads to diabetes and obesity, can also make you lose hair or even lead to balding in both men and women. And the number one factor behind insulin resistance is a diet high in sugar, starches and refined carbohydrates.

🔴 Number 2: High-Glycemic Index Foods.

High glycemic index foods are the ones that cause an insulin spike. Foods like refined flour, bread and sugar (yes, again!) are all high GI foods. These foods can create hormonal imbalances and cause a spike in insulin and androgens which bind to hair follicles and lead to hair fall.

🔴 Number 3: Alcohol.

We know that hair is mainly made of the protein, called keratin. Keratin is a protein which gives structure to your hair. Alcohol has a negative impact on protein synthesis and can lead to hair getting weaker and without any lustre. Also, heavy alcohol consumption can create nutritional imbalances and can cause follicle death.

🔴 Number 4: Diet Soda.

Yes, diet sodas contain an artificial sweetener called aspartame, which researchers have found can damage the hair follicles. If you are experiencing hair loss lately then it's best you avoid diet sodas completely.

🔴 Number 5: Junk Food.

Junk foods are often laden with saturated and monounsaturated fats which not just make you obese and give rise to cardiovascular diseases, but can also make you lose hair. A diet rich in SFA's and MUFA's can elevate levels of testosterone which potentially increases the levels of DHT hormone as well. DHT is an androgen which is related to alopecia. Also, oily foods can make your scalp greasy and may lead to clogging of pores and miniaturization of hair follicles.

🔴 6: Raw Eggs Whites.

Eggs are absolutely great for hair but they should not be consumed raw. Raw egg whites can cause biotin deficiency, the vitamin that assists in the production of keratin. It is the avidin that is present in raw egg whites that combines with biotin and hinders its intestinal absorption.

🔴 7: Mercury found in fish! Oh, yes, high levels of mercury can lead to sudden hair loss. The most common source of mercury exposure is fish as the concentration of methyl-mercury in fish has increased over the past few decades due to climate change and overfishing. Sea-water fish like swordfish, mackerel, shark and some varieties of tuna are rich in mercury and, as I said, it leads to sudden hair loss.

✅ Watch it now: https://youtu.be/kT99CnxeRrw

[theayurvedaorg]

Home remedies to regrow hair naturally

Reasons for hair loss or thinning hair There may be a variety of reasons for hair loss and thinning hair. One of the most frequent causes of baldness in both men and women is genetics. There are not many additional causes of hair thinning that may be avoided, even though this condition cannot be treated. Medication, hormone imbalance, protein insufficiency, pollution, bad weather, or lack of…

[stagesofbalding]

My Hair Loss Story

This website was put together as a tool to help rate, and compare reviews of the many different hair regrowth formulas on the market. With so many options out there and so few resources to help you select between them, it’s important to provide the kind of tools you need to make a good decision and pick the product with the highest success rate and safest formula.

What’s the problem, though? Shouldn’t all of these products work? Well, the truth is that they do not. Most of them only work a fraction as well as they promise to, and that’s not nearly enough when you’re going out of your way to buy a pricey hair regrowth formula. If it costs you hundreds of dollars, you expect it work, right?

But, while there is a large number of products that do not work as advertised, there are also quite a few that do manage to do what they say they can, providing quality, effective ways to regrow hair as advertised.

And so this website was built to help you look through all the hype and select a product that is better than the rest and will actually get the job done as it promised. Forget all the different ads on TV, on the radio, or in magazines for a few minutes – they’re all a little biased. I just want to provide you with a full run down of each option out there and what you’re going to get from them.

The difference that a fresh new head of hair can make in your life is astounding, and if you are ready to make that leap and start changing how people look at you, this website is the place to start.

I never would have thought when I started this journey myself that I’d have such amazing results, but neither would I have expected that I’d need to go through so many products before I found those results. I don’t want anyone else to have to do the same thing, so it’s great that you’re here, about to learn from my experiences. So, here are my honest, hair regrowth formula reviews – ready for your reading pleasure.

>> Folifort Review {Real Customer Reviews} - Does it Really Work? <<

[prostadine-canada]

Is GlucoBerry good for diabetics?

Introduction

Understanding Diabetes and Its Management

What is Diabetes?

Types of Diabetes

Importance of Blood Sugar Control

GlucoBerry: An Overview

What is GlucoBerry?

How Does GlucoBerry Work?

Is GlucoBerry Natural?

GlucoBerry and Diabetes

GlucoBerry's Impact on Blood Sugar Levels

Benefits of GlucoBerry for Diabetics

Potential Side Effects and Precautions

Research and Studies

Scientific Studies on GlucoBerry and Diabetes

Customer Reviews and Experiences

Incorporating GlucoBerry into Your Diabetes Management Plan

Consultation with a Healthcare Professional

Proper Dosage and Administration

Combining GlucoBerry with Other Diabetes Medications

Lifestyle Changes for Diabetics

Diet and Nutrition Tips

Regular Exercise and Physical Activity

Stress Management

Frequently Asked Questions (FAQs)

FAQ 1: Can GlucoBerry cure diabetes?

FAQ 2: Is GlucoBerry safe for long-term use?

FAQ 3: Are there any drug interactions with GlucoBerry?

FAQ 4: Can pregnant women with diabetes use GlucoBerry?

FAQ 5: Where can I purchase GlucoBerry?

Is GlucoBerry Good for Diabetics?

Introduction

Diabetes, a chronic medical condition affecting millions of people worldwide, requires proper management to maintain a healthy and fulfilling life. While various medications and treatments are available, natural remedies like GlucoBerry have gained attention for their potential benefits in managing blood sugar levels. This article explores the effectiveness of GlucoBerry for diabetics and its role in diabetes management.

Understanding Diabetes and Its Management

What is Diabetes?

Diabetes is a metabolic disorder characterized by high blood sugar levels resulting from inadequate insulin production or the body's inability to use insulin effectively. Insulin, a hormone produced by the pancreas, helps regulate blood sugar levels by facilitating the absorption of glucose into cells for energy.

Types of Diabetes

There are primarily two types of diabetes: Type 1 and Type 2. Type 1 diabetes occurs when the immune system attacks and destroys insulin-producing beta cells in the pancreas. In contrast, Type 2 diabetes develops when the body becomes insulin resistant, leading to a gradual decrease in insulin production.

Importance of Blood Sugar Control

Maintaining proper blood sugar control is crucial for diabetics to prevent complications such as heart disease, kidney damage, and nerve problems. A balanced approach involving medication, lifestyle changes, and potential natural remedies like GlucoBerry can contribute to effective diabetes management.

GlucoBerry: An Overview

What is GlucoBerry?

GlucoBerry is a natural supplement derived from the berries of a specific plant known for its potential in helping regulate blood sugar levels. The active compounds in GlucoBerry are believed to support the body's insulin response and improve glucose utilization.

How Does GlucoBerry Work?

GlucoBerry's mode of action involves enhancing insulin sensitivity and stimulating glucose uptake by cells, thereby reducing blood sugar levels. Additionally, it may inhibit the breakdown of complex carbohydrates into simple sugars, further aiding in maintaining stable glucose levels.

Is GlucoBerry Natural?

Yes, GlucoBerry is a natural product derived from plant sources. As a result, it is often considered a safer alternative to synthetic medications, with potentially fewer adverse effects.

GlucoBerry and Diabetes

GlucoBerry's Impact on Blood Sugar Levels

Studies have suggested that GlucoBerry may have a positive impact on blood sugar levels. The active compounds in GlucoBerry can assist in regulating glucose metabolism, leading to improved blood sugar control.

Benefits of GlucoBerry for Diabetics

For individuals with diabetes, GlucoBerry may offer several benefits. These include better blood sugar regulation, increased insulin sensitivity, and potentially reduced reliance on conventional diabetes medications.

Potential Side Effects and Precautions

While GlucoBerry is considered safe for most people, some individuals may experience mild gastrointestinal discomfort or allergic reactions. It is essential to consult with a healthcare professional before starting any new supplement, especially if you are pregnant, breastfeeding, or taking other medications.

Research and Studies

Scientific Studies on GlucoBerry and Diabetes

Numerous scientific studies have explored the effects of GlucoBerry on blood sugar levels and its potential as a natural remedy for diabetes management. These studies offer promising results, but more research is needed to fully understand its long-term effects.

Customer Reviews and Experiences

Anecdotal evidence from users of GlucoBerry has been largely positive. Many individuals have reported improvements in their blood sugar levels and overall well-being after incorporating GlucoBerry into their diabetes management plan.

Incorporating GlucoBerry into Your Diabetes Management Plan

Consultation with a Healthcare Professional

Before starting GlucoBerry or making any changes to your diabetes management plan, consult with a healthcare professional, especially if you have pre-existing medical conditions or are taking other medications.

Proper Dosage and Administration

Follow the recommended dosage and administration guidelines provided by the manufacturer or your healthcare provider to ensure safe and effective use of GlucoBerry.

Combining GlucoBerry with Other Diabetes Medications

If you are already taking other diabetes medications, discuss the potential interactions and compatibility with GlucoBerry with your healthcare provider.

Lifestyle Changes for Diabetics

Diet and Nutrition Tips

Maintaining a healthy diet is essential for diabetics. Focus on whole foods, high-fiber options, and controlled portions to help stabilize blood sugar levels.

Regular Exercise and Physical Activity

Incorporate regular exercise into your routine to improve insulin sensitivity, support weight management, and promote overall well-being.

Stress Management

Chronic stress can affect blood sugar levels. Implement stress-reducing practices such as meditation, yoga, or spending time in nature to help manage stress.

Conclusion

GlucoBerry shows promise as a natural supplement for diabetics seeking additional support in managing their blood sugar levels. However, it is essential to remember that it should not replace conventional diabetes medications or professional medical advice. Always consult with a healthcare provider before starting any new supplement or treatment.

FAQs

FAQ 1: Can GlucoBerry cure diabetes?

No, GlucoBerry is not a cure for diabetes. It is a natural supplement that may help regulate blood sugar levels and support diabetes management.

FAQ 2: Is GlucoBerry safe for long-term use?

GlucoBerry is generally considered safe for long-term use. However, it is best to consult with a healthcare professional to determine the appropriate duration and dosage for your specific needs.

FAQ 3: Are there any drug interactions with GlucoBerry?

While GlucoBerry is considered safe for most individuals, it is crucial to discuss potential drug interactions with your healthcare provider, especially if you are taking other medications.

FAQ 4: Can pregnant women with diabetes use GlucoBerry?

Pregnant women with diabetes should consult with their obstetrician or healthcare provider before using GlucoBerry or any other supplements.

FAQ 5: Where can I purchase GlucoBerry?

GlucoBerry is available for purchase online and in select health stores. Always ensure you are buying from a reputable source. For more information, click here.

[shapiromedicalgroupblog]

While we understand how hair loss can impact one’s self-esteem, the first step to restoring a full head of hair is acknowledging it and getting help from an experienced hair transplant surgeon. Dr. Shapiro will work with you to come up with the best treatment plan tailored to your unique needs and aesthetic goals. Call us today to schedule a consultation with Dr. Shapiro and his team at Shapiro Medical Group. We serve patients in Minneapolis and surrounding areas including Golden Valley, Columbia Heights, Roseville, Richfield, and the greater Minnesota area.   

[healthhub111]

Folisin Hair Loss

Folisin is a product for hair loss in men. To create the recipe of the food supplement, as many as 13 ingredients were used that inhibit baldness, support hair growth and have a positive effect on the condition of the scalp, creating the perfect environment for new hair growth. Importantly, all the ingredients used to create the tablets are safe for the body and do not cause side effects.

Folisin food supplement provides the body with a number of important nutrients, the deficiency of which is one of the causes of hair loss. Regular use of the supplement counteracts this process and supports hair regrowth in places where they have already fallen out, such as the bend or the top of the head. In addition, Folisin helps maintain optimal blood testosterone levels and has a positive effect on pigmentation, allowing you to maintain the natural color of your hair.

[hairtransplant-stories]

What is The Connection Between Hair Loss and Water Quality?

Water plays a vital role in maintaining healthy hair, but did you know the quality of water you use can directly affect your hair’s health? Dr. Pratibha Pradhan, a dermatologist and hair transplant surgeon at Hairfree And Hairgrow in Kolkata, explains how water quality, particularly hard water, impacts hair and contributes to hair problems like dryness, breakage, and frizziness.

What Is Hard Water?

Hard water contains high levels of minerals like calcium and magnesium. You may have noticed white deposits around faucets or taps at home — these are caused by the mineral content in hard water. While soft water, commonly found in hilly areas, leaves hair feeling soft and smooth, hard water can make hair feel rough and dry. The reason lies in its interaction with shampoo: hard water reduces shampoo’s cleansing properties, making it difficult to wash away dirt and oil effectively. This leads to mineral buildup on the scalp and hair, leaving it brittle, frizzy, and prone to breakage.

Does Hard Water Cause Hair Loss?

While hard water doesn’t directly cause excessive hair loss, it can weaken hair by increasing brittleness. Brittle hair is more likely to break while combing or styling, giving the appearance of thinning. Additionally, the mineral buildup from hard water can block hair follicles, potentially slowing down hair growth over time.

Other Water-Related Factors Impacting Hair Health

Acid Rain: In urban areas with high pollution levels, rainwater can become acidic, containing sulfuric and nitric acids. Washing hair with acid rain can cause severe damage, leaving hair dry, brittle, and prone to breakage.

Chlorinated Water: Swimming pools are often treated with chlorine for disinfection, but this chemical can strip natural oils from the hair and scalp, making hair dry and fragile.

How to Protect Your Hair from Water-Related Damage

Use Chelating Shampoos: Shampoos with chelating agents like EDTA can break down excess minerals from hard water and reduce buildup on the scalp.

Switch to Filtered or Soft Water: Use a water softener for taps or rinse hair with filtered water after washing.

Avoid Hot Water: Wash hair with cold or lukewarm water, as hot water strips natural oils and makes hair more prone to damage.

Protect Hair in Pools: Always wear a swimming cap to minimize exposure to chlorinated water.

Limit Rain Exposure: Avoid getting your hair wet during the initial days of rain, especially in cities, as acid rain can be particularly harmful.

Other Factors to Consider

If you experience excessive hair loss after moving to a new area, it could also be due to lifestyle changes, stress, or nutritional deficiencies. Adjusting to a new environment can cause temporary hair shedding, but these issues can often be resolved with a balanced diet, proper hydration, and stress management.

When to Consult a Specialist

If you’re dealing with persistent hair fall or sudden bald patches, it’s essential to consult a dermatologist or hair expert. They can assess your scalp condition, recommend appropriate treatments, and guide you on how to manage hair health effectively.

Take Control of Your Hair Health Today

Understanding the relationship between water quality and hair health is the first step to protecting your hair. With the right care and expert guidance, you can minimize the impact of hard water, acid rain, and other water-related issues. For personalized consultations and advanced hair care solutions, visit Hairfree And Hairgrow.

Have more questions about hair care? Explore our blogs and watch our expert videos for more insights!

[hairtransplotation]

A Two-Year Hair Transplant Change: From Dull to Bold?

Hair loss can be a difficult situation that impacts social interactions, self-esteem, and confidence. Transplanting your hair is a detrimental choice for plenty of individuals, restoring both hair and self-esteem. However, it takes decades for the full Wowmen effects of this surgery to become apparent.

This article walks you through the two-year hair transplant process, covering the first adjustments, difficulties, and long-term results. Knowing how long the transformation will take will help you set realistic goals, whether you’re thinking about receiving a transplanted hair or already have one.

Year 1: The Early Stages of Transformation

The most crucial and at times most anxious years after the procedure for hair transplantation is the initial year. Hair follicles are taken from the donor location, which is typically Wowmen the back of the head, and transplanted to the balding areas during the actual surgery, which starts the journey.

The Initial Weeks Patients have scabbing, water retention, and heat in both the donor and recipient sites right after the operation. This normally goes away in two weeks and is perfectly normal. “Shock loss” is a syndrome in which the transplanted hairs fall out within the first month. Although it’s a normal part of the process, this can be unsettling.

Months 2–6: Patience is Key

The most crucial and occasionally most anxious years after the procedure for hair transplantation is the first year. Hair follicles are taken from the donor location, which is typically the back of the head, and transplanted to the balding areas during the actual surgery, which starts the journey.

Months 7–12: Visible Changes

Patients have scabbing, swelling, and erythema in both the donor and recipient sites right after the operation. This normally goes away in two weeks and is perfectly Wowmen normal. “Shock loss” is a syndrome in which the transplanted hairs fall out within the first month. Although it’s a normal part of the process, this can be unsettling.

Year 2: Maturation and Refinement

The “development phase,” which runs for an additional year, is when the transplanted hair gets thicker, stronger, and more natural-looking. By now, strong sprouting has mainly replaced a sudden loss.

Important Developments in Year 2: 

The hair keeps growing normally and blends in better with the preexisting hair. It becomes easier to style as the texture gets better. Any slight deviations from the first stage of growth are less obvious. There is little to no apparent scarring after the donor location fully heals. The majority of patients are extremely happy with their outcomes by the end of the second year, and their hair transplant looks exactly like their original Wowmen hair.

Read More Blogs :

How the Hairline Translation takes place.

How the Hairline Restoration Takes Place.

The process of hair transplantation

[maliniakmethod]

Cure baldness now

Go to www.BornAgainHair.com to learn about a totally NEW and proven science called THE MALINIAK METHOD  which finally explains the whole HAIR LOSS syndrome. It identifies the real  MAIN cause of baldness and explains how to treat it using NO DRUGS, NO LOTIONS and NO SURGERY. 

Do not waste your time or your money on any of the OLD failed ideas... THEY DO NOT WORK...and we ALL KNOW IT. This NEW and LOGICAL method is the big « BUZZ » on all the world’s biggest HAIR LOSS forums and it has been confirmed by several independent scientific studies.

This NEW science explains that all the OLD systems have FAILED because they targeted only DHT . It identifies the true MAIN cause of HAIR LOSS as a disruption of BLOOD FLOW caused by a very tight lower scalp layer called the GALEA and proves that DHT is  just a  « secondary »  factor which only becomes a bad thing for your hair when this MAIN cause is not first addressed and remedied. Easy to understand, simple  ‘‘LAYMAN’S’’ logic. 

Do not waste any more time or thousands of dollars with the OLD failed systems and give this a try. There are already over 30,000 people on this method with a reported success rate of over 95% …it is also the LEAST EXPENSIVE system available and it really, really works.

Check out the website and give the MALINIAK METHOD a try…you will not be disappointed.

[dashinghealth]

When Weight Loss is a Concern: When Should You Worry?

Weight loss is a common topic in today's society, with many people striving to achieve their ideal body weight.

While maintaining a healthy weight is important for overall well-being, the pursuit of weight loss can sometimes become concerning.

In this blog post, we will discuss when weight loss should be a cause for worry and what steps can be taken to address it.

First and foremost, it is important to understand that weight loss can occur for a variety of reasons, and not all of them are cause for concern.

For example, if you have recently made changes to your diet and exercise routine, it is normal to experience some weight loss.

Additionally, if you are going through a stressful period in your life, it is possible that you may lose weight due to a decreased appetite.

However, there are certain red flags to watch out for when it comes to weight loss. The most concerning sign is when weight loss occurs without any intentional changes in diet or exercise.

This could be a sign of an underlying health issue, such as an overactive thyroid or cancer. If you are experiencing unexplained weight loss, it is important to consult a healthcare professional to rule out any potential medical conditions.

Another cause for concern is rapid weight loss. Losing a large amount of weight in a short period of time can be harmful to your health.

It can lead to nutrient deficiencies, loss of muscle mass, and a weakened immune system. Crash diets and extreme exercise regimens may result in initial weight loss, but they are not sustainable or healthy in the long run.

Furthermore, if you have a history of disordered eating or body image issues, any weight loss, intentional or unintentional, should be addressed with caution.

These individuals may have a distorted perception of their bodies and may not recognize when their weight loss becomes unhealthy.

So, when should you worry about weight loss? If you are experiencing unexplained or rapid weight loss, it is important to seek medical advice.

Additionally, if you have a history of disordered eating or body image issues, any weight loss should be monitored closely by a healthcare professional.

Now, let's talk about what steps can be taken to address weight loss concerns. If a medical condition is causing the weight loss, treatment for the underlying issue is necessary.

In cases of disordered eating, therapy and support from a healthcare professional can help address the root cause of the weight loss.

In general, a balanced and healthy approach to weight loss is always recommended. This includes following a nutritious diet and engaging in regular physical activity.

Fad diets and extreme exercise regimens should be avoided. Instead, focus on making sustainable lifestyle changes that will lead to long-term weight management.

In conclusion, while maintaining a healthy weight is important, it is equally important to recognize when weight loss becomes a cause for concern.

Unexplained or rapid weight loss should not be ignored and should be addressed with the help of a healthcare professional.

A balanced and healthy approach to weight loss is always the best way to achieve and maintain a healthy weight. Remember to prioritize your overall well-being above any societal pressure to achieve a certain body weight.

https://dashinghealth.com/weight-loss-faqs-answered/

[hairtransplant-stories]

Can We Stop Genetic Hair Loss?

Hair loss is a common concern for many, but when it comes to genetic hair loss, the question often arises: Can we stop genetic hair loss? This type of hair loss, also known as androgenetic alopecia, is influenced by your DNA and can affect both men and women. While completely stopping genetic hair loss may not always be possible, there are various ways to slow it down, manage it, and, in some cases, regrow lost hair. Let’s explore this topic in depth.

What Is Genetic Hair Loss?

Genetic hair loss, also known as androgenetic alopecia, is the most common type of hair loss seen in both men and women. In men, it is often referred to as male pattern baldness, while in women, it is called female pattern hair loss. This condition typically starts with thinning hair, shorter hair strands, and eventually hair falling out completely. The genetic hair loss pattern differs between genders.

In men: Hair starts receding from the front or crown, leading to a distinctive “M” shape.

In women: Hair density reduces from the top of the scalp, but the hairline remains intact.

How Does Genetic Hair Loss Happen?

The primary culprit behind genetic hair loss male and genetic hair loss in women is the interaction between hormones and genetic predisposition. Here’s how it works:

1. Role of Testosterone and DHT

Testosterone, a male hormone, is converted into Dihydrotestosterone (DHT) by an enzyme called 5-alpha reductase.

DHT binds to hair follicles, causing them to shrink over time.

This shrinking makes hair grow thinner and eventually stops new hair growth.

2. The Genetic Factor

Not all hair follicles are affected by DHT. Only those with a genetic sensitivity to DHT experience hair loss.

If you inherit certain genes, your hair follicles are more likely to react to DHT.

3. Age Factor

The onset of hair loss depends on the genetic hair loss age. Some may notice it as early as their 20s, while others might experience it later in life.

Can Genetic Hair Loss Be Stopped?

The direct answer is no — you cannot completely stop genetic hair loss. However, you can slow down the progression and even restore some of the lost hair with proper care and medical interventions. Below are some proven methods:

1. Medications

The two most popular medications for genetic hair loss are:

Minoxidil: This over-the-counter treatment promotes hair growth and slows hair loss.

Finasteride: A prescription drug that reduces DHT levels, helping hair follicles survive longer.

Both medications are effective for genetic hair loss male and genetic hair loss in women, although women should use these treatments under medical supervision.

2. Balanced Diet

Eating a nutrient-rich diet is vital for healthy hair. Foods high in biotin, zinc, iron, and vitamins like A, D, and E can strengthen hair follicles. Leafy greens, nuts, eggs, and fatty fish are great additions to your diet.

3. Scalp Care

Maintaining a clean and healthy scalp encourages hair growth. Regular scalp massages can improve blood circulation, helping nutrients reach your hair follicles.

4. Stress Management

Chronic stress can worsen hair loss. Practices like yoga, meditation, or even a daily walk can reduce stress levels and promote hair health.

5. Avoid Harsh Hair Treatments

Heat styling, chemical treatments, and harsh shampoos can weaken hair, making it more prone to falling out. Opt for gentle, sulfate-free shampoos and limit the use of heat tools.

6. Surgical Options

1. Platelet-Rich Plasma (PRP) Therapy

PRP therapy involves injecting platelet-rich plasma from your blood into the scalp. It promotes hair regrowth by stimulating the hair follicles.

2. Hair Transplantation

Hair transplantation is a permanent solution for those with significant hair loss. It involves moving healthy hair follicles to bald areas, restoring a natural look.

3. Laser Therapy

Low-level laser therapy (LLLT) is a non-invasive option that improves blood flow to hair follicles, encouraging growth.

Does It Work for Everyone?

While treatments can be effective, the results depend on:

The stage of hair loss when treatment begins.

Consistency in following the treatment plan.

Individual responses to medications.

It’s important to consult a specialist to determine the most suitable treatment for your condition.

Myths About Genetic Hair Loss

It Only Affects Men False! Genetic hair loss in women is also quite common. While men experience receding hairlines, women typically notice thinning hair on the crown.

It Happens Overnight Hair loss due to genetics is gradual and follows a specific genetic hair loss pattern. Early signs include thinning and reduced hair density.

It’s Irreversible Although we can’t eliminate the genetic predisposition, effective treatments can control and even reverse hair loss to some extent.

Choosing the Right Treatment for You

If you’re dealing with genetic hair loss, there’s no one-size-fits-all solution. Factors like the stage of hair loss, overall health, and personal preferences play a big role in determining the best course of action. Consulting a professional clinic can help you understand your options better.

Take Action with Hairfree & Hairgrow Clinic

Dealing with genetic hair loss can be challenging, but you don’t have to face it alone. At Hairfree & Hairgrow Clinic, we specialize in personalized treatments to help you regain confidence. From PRP therapy to advanced hair transplantation, we offer state-of-the-art solutions tailored to your unique needs.

Don’t wait — schedule your consultation today and take the first step towards healthier, fuller hair!

FAQs About Genetic Hair Loss

1. At What Age Does Genetic Hair Loss Start?

Genetic hair loss age varies, but it often begins in the late teens to early 20s for men and mid-30s to 40s for women. Early signs include thinning or a receding hairline.

2. Is Genetic Hair Loss Common in Women?

Yes, genetic hair loss in women is more common than people think. It typically results in overall thinning rather than bald spots and affects nearly 40% of women by age 50.

3. Can Men and Women Use the Same Treatments?

Some treatments, like minoxidil, are effective for both genetic hair loss male and genetic hair loss in women, but dosages and application methods may differ. Always consult a specialist before starting any treatment.

4. Does Hair Transplantation Work for Genetic Hair Loss?

Yes, hair transplantation is an effective solution for genetic hair loss pattern, especially for those with stable hair loss who want long-lasting results.

[mokshalifestyleinternational]

PURE BRAHMI ESSENTIAL OIL

It contains anti-bacterial properties that cure the scalp and alleviate dandruff. It also gives deep nutrition to relieve scalp dryness and irritation. It thoroughly nourishes the scalp and stimulates hair follicle development. It's also high in antioxidants, which protect against free radicals and encourage hair development. Organic Brahmi Essential Oil also lessens the look of split ends. It has been shown to cure patchy baldness and minimize hair loss. It removes microorganisms from the scalp and relieves irritation, which leads to less hair loss. It hydrates the scalp and promotes hair development. It also provides an additional layer of protection against germs. It promotes better and more restful sleep by calming the mind and body; long-term usage can help alleviate symptoms of insomnia.

[cy-cyborg]

Disability Tropes: The Perfect Prosthetic

[ID: A screenshot from the movie Nimona, showing Nimona, a small white girl with red hair, grabbing the right prosthetic arm of Ballister, a knight in black armour with black hair and light brown skin. He is holding a broken bottle in his prosthetic hand while Nimona admires his arm. Overlaid on the screenshot is white text that reads "Disability Tropes: The Perfect Prosthetic" /End ID]

In a lot of media, prosthetic limbs are portrayed as these devices that act as a near-perfect replacement for a character who has lost, or was born without a limb. So much so that in a lot of cases, the use of a prosthetic has basically no impact on the character beyond a superficial level or their appearance, or it's portrayed as something that's even better than the old meat-limb it's replacing. This trope shows up most often in Sci-fi, but it shows up in all kinds of stories outside of that, even otherwise very grounded ones!

If a story isn't depicting the loss of a limb as the be-all-end-all worst thing that can happen to a person, they almost always default to a perfect prosthetic, functionally curing the amputation with it. But the reality is that prosthetics are FAR from perfect, and as someone who has used them for their entire life I don't think they ever will be. Limb difference is still and always will be a disability, regardless of the prosthetics available, and this really isn't a bad thing.

Why is this trope so common?

I meant it when I said this is a really, really a common trope, so much so that the majority of the media I've seen with amputees and characters with limb differences that released in the last decade or end up using it. Even stories where becoming an amputee is treated like a fate worse than death, ironically, aren't excluded from this. I have a few theories as to why this has happened: The pessimistic answer is that it's easy. You get to have a disabled character and claim you have disability representation, without really having to do much extra work or research because most of your audience won't notice if you aren't accurate - in fact they kind of expect it. You also, for the most part, dodge the backlash other kinds of disability representation (or really any minority representation) usually get. The more optimistic reason is that, for a long time, amputees and people with limb differences (as well as a lot of other disabled people) were predominantly shown in media as sad, depressed and unable to do anything, very much falling into the "sad disabled person" trope. As a kid, this was really the only way I saw people like me on screen or in books. And so, the limb difference community pushed back against that portrayal and were pretty successful in changing the narrative in the public's eye. A little too successful. A lot of creatives were genuinely trying to do right by our community, listen and do better, but many simply overcorrected and instead ended up creating stories where prosthetics were essentially cures instead of the mobility aids they are. I also think the public's general lack of understanding about disability plays a roll in all this. There are a lot of people who, in my experience, believe that the more visible a disability is, the worse it is. Limb differences and amputations are very visible, but prosthetics, even those that aren't trying to be discreet, make them less so. While using a prosthetic is very, very different to a biological limb, you won't necessarily see how in a casual interaction with, say a co-worker or neighbor, especially because there is a very real stigma applied to people with limb differences to keep those things hidden from the public. There are other reasons too, such as the fact that a lot of creatives don't even consider the connection to real amputees when creating characters with robotic limbs in genres like sci-fi and some fantasy, so they never stop to consider that these tropes could be impacting real people. Amputees are also very frequently used in "inspiration porn" content that uses the angle that disabilities can be "overcome" with a good attitude, downplaying the way those disabilities actually impact us. The prosthetics industry - specifically the component manufacturers, often also push the idea of prosthetics being the only way to return to a "normal" life, both to the wider public and to people with limb differences and amputations (which can add to that sense of shame I mentioned when it doesn't play out that way for them). On top of that, I also think the recent increase in popularity of concepts like trans-humanism contributes to it as well. these movements often talk about robotic or bionic body parts being enhancements and "the way of the future", and I think people get a bit too caught up on what may be potentially possible in the future with the real, current experiences of people with "robotic limbs" aka prosthetics, now. There are also inherently disabling things that come with removing and replacing parts of your body, things that will not just go away with some fancier tech.

So How do you actually avoid the trope?

So, we have some ideas about why it happens, but how do you actually avoid the "perfect prosthetic" trope from appearing in your work? The most important thing is to remember that this is still a disability. The loss of a limb, even with the best prosthetic technology or magical item in the world, will always have some inherently disabling aspects to it - and this is not a bad thing. The key is to not over-do it, lest you risk falling into the old "sad disabled person" trope. So let's go over some of the ways you can show how your character's disability impacts them. You don't have to use all of these recommendations, just choose the ones that would best fit your character, their circumstances and your setting.

The prosthetic itself is just different

Probably the most important thing to address and acknowledge for prosthetic-using characters, is the actual ways in which the prosthetic itself is different from a biological limb, and the drawbacks and changes that come with that. For the sake of simplicity, I'm mainly going to focus on modern prosthetics here, but it's worth considering how to apply this your own, more advanced/fantastical prosthetics too. One major thing that most people writing amputees fail to acknowledge is that prosthetic limbs are not fleshy-limbs with a different coat of paint. They do the same basic thing their meat-counterparts do, but how they do it is often drastically different, which changes how they are used. A really good example of this is in prosthetic feet. There are dozens of joints in a biological foot, but most prosthetic feet have no joints or moving parts at all. Instead of having dozens of artificial joints to mimic the real bone structure of a foot, which are more prone to failure, require power and make the prosthetic much, much heavier for very little gain, prosthetic feet are often constructed from flexible carbon fiber sheets inside a flexible rubber foot-shaped shell. This allows the bend and flex those bones provide, without all the drawbacks that come from trying to directly mimic it. Making the sheets into different shapes makes them more ideal for different activities. E.g. feet made for general use, like walking around the city, are simple and light, shaped to encourage the most energy-efficient steps, while still allowing their users to do things like wear normal shoes. Feet made for rough terrain often have a split down the middle of the foot to allow the carbon fiber sheets to bend better over rocks when there is no ankle, and some newer designs also include a kind of suspension using pressurized air pulled from the prosthetic socket to allow some additional padding. Running feet have large "blades" made of these carbon fiber sheets to absorb more pressure when the foot hits the ground, and redirect the force that creates to propel their user forward as quickly as possible.

[ID: A photo of 4 prosthetic feet. On the left, the foot is covered with a black shoe, the one to it's right consists of a small, carbon fiber blade, split down the middle, in roughly the same shape and size as the previous foot. Next to the right is an even simpler and smaller carbon fiber foot with no split, and finally is a very short foot that is vaguely rectangular in shape. /End ID]

These are some of my own prosthetic feet I've had over the years. The two on the right are designed to be used by someone who is less mobile, and the ones on the left are made for someone who is more active. As my needs changed over the years, I've used different designs and styles, and keep the old ones since my needs do tend to fluctuate.

There are also robotic feet available that are designed as a kind of "all-purpose" foot that use an electronic ankle which more closely mimics a biological foot, but they are not very popular as the mechanism adds a lot of extra weight and it requires a battery and power to work, with many amputees feeling the jointless carbon fiber feet do a better job at meeting their needs. The same goes for arms and hands. "Robotic" hands that mimic a meat hand exist, but they aren't really that popular, even in places like Australia where the prohibitively expensive price tag isn't as much of an issue due to government programs that pay for the device for you. Instead, most arm amputees who use prosthetics that I know prefer simpler devices that do specific tasks, and just swap between them as needed, rather than something that tries to do it all. A big part of this is because the all-purpose hands can be clunky. they often require manual adjustment using the other hand to do simple things like going from holding a deck of cards to putting them down and picking up a glass of water, for example. The few that don't require that, I've been told, are often temperamental and don't actually work for every person with a limb difference.

Altered Proprioception

Loosing a limb is a big deal and this is always going to have an impact on the body in some way that won't be solved with a fancy piece of tech. One such example is how limb loss effects your sense of proprioception. This is your sense of where your body parts are in space. It's how you (mostly) know where your foot is going to land when you're walking, or how you're able to do things like lift up a glass of water without needing to actually watch your hand do it. Your brain does this by creating a mental map of your body, but this map doesn't get adjusted if you loose a limb. If that map doesn't accurately reflect your real body, you're not going to have an accurate sense of proprioception. This might look like a leg amputee being a bit less stable on their feet, or like an arm amputee needing to look at their arm or hand to be able to grab something with it. Those born without their limbs who take to using prosthetics often have a lot of trouble adapting, as their brains aren't used to having that limb in the first place, whereas an amputee's brain can sometimes be tricked into using their outdated body map to help them adjust to the prosthetic (though its impossible to line it up perfectly). Prosthetics that directly integrate with the nervous system, while rare, do exist, and even this direct connection doesn't completely erase this issue for reasons doctors aren't quite sure about. This is something that does become less of a problem with time. Eventually, someone proficient with their prosthetic will learn to compensate, but their sense of proprioception will never be 100% perfect. At the end of the day, no matter how it attaches, a prosthetic is still not a natural part of the body, and that will always cause some issues. It also means if they aren't practicing it all the time, they may have to relearn how to compensate for it.

Extra weight

You also have to remember that a prosthetic is not a natural part of the body, like we already talked about, and so no matter how good it is, your brain will most likely always interpret the weight of the prosthetic as something attached to you, not part of you. This means that, even though prosthetics are actually a lot lighter than biological limbs, they feel so much heavier. This is because, while a meat limb is heavier, a lot of that weight is from muscles which are actively contributing to the limb working, so it doesn't really feel like its that heavy. When you have less of your meat-limb though, you have even less muscle to work with to move this big thing strapped to it, so it feels heavier. The more of the limb you've lost, or just didn't have, the heavier the prosthetic has to be, and the less muscle you have left to move it. It's for this reason that a lot of amputees and people with limb differences get tired faster when using prosthetics. Some of us are fit enough where you almost wouldn't notice the extra effort they need to put in, but once again, just because you can't see it from the outside, doesn't mean it's not an issue.

Avoiding Water

Most prosthetics also aren't waterproof, and so prosthetic users have to be very careful about when and how they come into contact with it. For amputees with electric components, contact with water at all will likely damage the device. This can even include especially heavy rain, something I was told to avoid when I got my electronic knee prosthetic and something I assume would also apply to arm amputees with complex, electronic hands. For those with non-electronic prosthetics, water can be hazardous for different reasons. If the prosthetic has metal components, water may cause them to rust, especially if it's salty water. Other prosthetics have foam covers to give the illusion of a limb with the general shape of muscles and fat, but these covers do not come off, and if they get wet enough that water seeps all the way through, it is very hard to dry it and they may become moldy. Finally, cheaper modern prosthetics may also float. Many are made of very light-weight materials and some have pockets of air trapped inside them. For leg prosthetics in particular, this means a user might, at best, struggle to swim with them on, but at worst, may get flipped upside down and become trapped underwater - something that happened to me as a very young child. On the flip-side, older prosthetics were usually made of heavy materials like wood or steel, and so had the opposite problem, acting like a weight and pulling a person down if they were to wear them in the water. Water-safe prosthetics do exist, I had a pair of prosthetic legs as a teenager that were hollow, and designed especially for me to swim with fins on when swimming in the ocean, and Nadya Vessey, a double leg amputee in New Zealand even got a mermaid-tail prosthetic made especially for use in the water. Most amputees though just swim without any prosthetics at all, and in 99% of cases, this is the easiest and safest way to go.

Prosthetic-Related Pressure Sores and Pain

Many people with limb differences also experience pressure sores from their prosthetics. Modern prosthetics typically attach to the body using a socket made of carbon fiber or fiberglass, held on either by pressure, using a vacuum seal or through a mechanical locking system built into the socket. No matter the specifics though, the socket has to be very tight in order to stay on, and this means that extended periods of use can lead to rub-spots, blisters and pressure sores. Many socket prosthetics also use silicone liners to add extra padding, but this means wounds caused by the pressure can't breathe, and bacteria in sweat has nowhere to go, meaning if the person doesn't rest when one of these wounds occur, it can very easily and quickly turn into a serious infection. In a properly fitting prosthetic, used by someone who has fully adjusted to them, this doesn't happen often, but it is something most amputees and people with limb differences have to at least be mindful of. Some new prosthetics use a different method of attachment, called Osteointegration - where the prosthetic attaches to a clip, surgically implanted into the person's bones. While Osteointegration avoids many of the issues like pressure sores that come from a socket, they have their own issues: mainly that they are incredibly expensive, and as of right now, have a pretty high failure rate due to the implant getting infected. Because the implants are directly connected to the bone, these infections become very serious very quickly. Many people with Osteointegration limbs have to be on very strong medication to keep these infections at bay, and they are generally considered unsuitable for anyone who is going to regularly come into contact with "unclean" environments.

Maintenance

[ID: A screenshot of Winrey, from Full Metal alchemist Brotherhood, a white woman with blond hair handing out the sides of a green hat. She is measuring a piece of metal from a prosthetic she is making while Ed, the prosthetic's owner, gives her a thumbs up in the background. /End ID]

Finally, prosthetics also require maintenance from a specialist called a prosthetist, and they don't last forever. Some parts, like a foot or hand, can be reused over an over, but the sockets of a prosthetic need to be completely remade any time your body changes shape, including if you gain/loose weight, you start experiencing swelling, or you're just a child who is growing. Children in particular need new prosthetics every few months because they grow so fast, and as such, their prosthetics have to be made with this growth in mind. If they go too long without adjustment or an entirely new prosthetic, it can seriously impact the child and their growth but even small adjustments can be costly, depending on where you live. While prosthetics are built to be sturdy and reliable, they need a lot of work to stay that way. The more complex the prosthetic, the more work is needed. Complicated electronic components may need to have regular maintenance done by your prosthetist or even the specific component's manufacturer, and depending on where you live, this might mean having to send your prosthetic limb away for this to be done. While my prosthetist technically has the skills and knowledge to do the maintenance on my electronic knee, for example, the manufacturer forbids anyone not from their company to provide this service, meaning my leg needs to be shipped off to Germany once every few years if I want to keep the warranty. This has the unfortunate side effect of sometimes your limbs getting lost in postage (shout-out to Australia Post, who lost mine twice), meaning it can be months before you get it back or get a replacement. Usually, you'll be given a replacement in the meantime if you need it, but walking on a leg that isn't yours, even when its correctly fitted, always feels a bit weird (maybe that's just me though).

Not every difference is Inherently Negative

We've talked about some of the negatives that come from having a prosthetic, but not every difference is negative or even really that big of a deal. In fact, often times, it's these little moments in the depiction of a disability that go the furthest and make it feel the most genuine. My amputations effect me from the moment I wake up, to the moment I go to bed, but that doesn't mean every single way it impacts me is always inherently bad or negative. For example, back when I was working a normal job and going to university, I would often come home, throw my legs off at the door with the shoes still attached and get into my wheelchair, the same way you might throw your shoes off after work and replace them with comfy socks and other comfy clothing. This is something I've only ever seen on screen once, with Eda from the Owl House (and she wasn't even an amputee yet, her limbs were just detachable)

[ID: an screenshot of Eda from the owl house, a very pale woman, laying on the couch in a bathrobe, her hair in a towel. She has taken her actual legs off, throwing them to the other side of the seat. /End ID]

After that, my day mostly looked the same as most other people working a 9 to 5, I'd make myself dinner, watch some TV or play some games, maybe do some extra work at my desk or chat with friends. The only difference is that it would all be from a wheelchair, mainly because my prosthetics were heavy and it was just easier to use the chair around the house. The fact my afternoon and evening routine was done from a wheelchair wasn't a bad thing, it was just different. Likewise, I also don't sleep or shower with my prosthetics on, for the same reasons most other people wouldn't take a shower or sleep in thigh-high, steel-capped boots. In your own stories, this might look like giving your characters similar alterations to how they go about their day. Let them take their arm or leg off when they're resting or relaxing, show them taking a few minutes longer to get ready because they have to put it back on, show them doing some things without it. Arm amputees in particular tend to get very good at going about their days without their arm prosthetics, and leg amputees often either learn to get around more relaxed spaces like their homes using a different mobility aids like wheelchairs or crutches, or just through hopping if that's something they're physically able to do. Even when everything is going well and working as intended, your limb-different character won't wear their prosthetic 24/7, no matter how much they love it. There doesn't have to be something wrong with it or painful about it to not want it glued to them at all times, just like you can love a pair of big heavy boots but not want them on when you're trying to sleep. For more action-focused stories, being an amputee, also changes things like how you fight. The specifics will vary from person to person, but for example, when I did Hap Ki Do, a Korean Martial art, my instructor heavily modified when I learned what techniques. Beginner-level kicks and most leg attacks were impractical for me, as the force from the kicking motion would usually cause one of my legs to fly off. I also couldn't jump very well, due to some complications with my original amputation that made my stumps too sensitive to withstand the force of landing again. So I ended up learning a lot more upper-body attacks much earlier than it is typically taught. By the time I got my green belt, I was practicing upper-body techniques usually saved for black belts - including weapons training that I could use my secondary mobility aids for, like crutches and my cane in a bad situation. Many holds that rely on creating tension in your target are also less effective on amputees, because either the anatomy that causes those holds to be painful just simply isn't there, or the body part in question can just be removed to escape. Whether we're talking about the negative things, or just neutral differences that come with using prosthetics, you don't want to go too far with any one example. The key is to strike a balance. Of course, the old writing advice of "show don't tell" also applies here. It's one thing to tell us all of this stuff, but unless we actually see it play out, it won't mean much.

How NOT to avoid the trope

Before we move on, let's focus for a moment on some common things I've seen that you SHOULDN'T do as a way to get away from the trope.

The Enhanced Prosthetic

A lot of sci-fi in particular will take prosthetic limbs, make them function exactly the same as a biological limb, but add something extra to it. This does change the way the prosthetic functions and is used, but it usually still ignores the actual disabling parts of having a prosthetic. A really good example of this can be seen in pretty much any futuristic setting, but personally, I think Fizzeroli, from Helluva Boss is the best one to demonstrate what I mean. Fizz is a quadrilateral, above knee/above elbow amputee with highly advanced prosthetics that function, more or less exactly like the limbs he lost, but with the added benefit of being super-stretchy. Fizz is an acrobat and a clown in service, at least initially, to Mammon, one of the Seven Deadly Sins. These prosthetics help him perform and we even do see how they change little things like how he walks and just goes about his day, but the show still treats them like natural arms and legs, but better. 

[ID: A screenshot of Fizzeroli from Helluva Boss, a white-skinned imp with 4 black, prosthetic limbs, dressed in teal a nightgown as he lays in bed, reading from a list /End ID]

We see that he never takes them off, even when sleeping, and when he needs to use them as regular arms and legs, they do everything he needs, perfectly fine - at least when they're working correctly. The only time he ever even takes them off or has any issues with them, is when they break in season 2. The word amputee is never used to describe him, as far as I remember, and the fact he is one never really comes up at all, except for when they break or when the story focuses on how he lost them. Which brings me to my next point.

The Glitchy/Broken Prosthetic

One way I see people try to avoid the perfect prosthetic trope, is to take the prosthetic and break it or otherwise make it unreliable by having it malfunction, but not really changing anything else. This approach is heading in the right direction but still kind of misses the point of the criticism a lot of limb different folks have with the depictions of prosthetics in the media. Yeah, prosthetics do break down and some do require extra maintenance, but if your character's prosthetic is still exactly the same as a biological limb (or even better, in the case of the "enhanced prosthetic") when it's not broken, and the only time their disability is treated like a disability, is when it breaks, you're not really addressing the issue. Real prosthetics, like we discussed, even when functioning at 100%, exactly as the manufacturer intended, don't function the same as a meat-limb. They are fundamentally different, and the glitchy/unreliable prosthetic completely ignores all of that. Once again, Fizz is a really good example of this - the only time his prosthetics are not perfect, is when they break or are malfunctioning (despite the criticism, I do genuinely love Fizz as a character, but he unfortunately does fall into a lot of disability tropes).

[ID: Another screenshot of Fizzeroli, this time in a torn up jester outfit, looking down, panicked, at his prosthetic arms which are fully extended and laying motionless on the ground, with his left arm visibly short-circuiting with electricity around it. /End ID]

Now this isn't to say you can't have your character's prosthetics break down or malfunction at all. just that this shouldn't be the only way you differentiate the prosthetic from a biological limb. You should also be mindful of how or why they're breaking. A typical prosthetic isn't going to break down randomly from normal use unless something is very, very wrong or your character just has a terrible prosthetist (which unfortunately, does happen). You might experience issues if you try to make the prosthetic do something it just wasn't designed to do, or expose it to something it wasn't designed to deal with though (e.g. submerging an electronic prosthetic in water and trying to use it to swim).

Just add Phantom Pain

Another common pitfall I see when people are trying to avoid the perfect prosthetic trope, is to just give the character in question phantom pain - which is a side-effect of amputation where your brain's mental map of the body doesn't acknowledged you lost a limb. Your brain tries to fill in the gaps, since there is no signals coming from that part of the body anymore, and assumes either something must be wrong and so you should be in pain, even when you actually aren't. Alternatively, it can also happen when your brain was so used to feeling pain from that area before, in the case of people who had chronic conditions before they lost their limb, that it just keeps remaking those old signals itself. Like the broken/glitchy prosthetic approach, this also doesn't really address the issue with the perfect prosthetic trope, because it has nothing to do with the prosthetic itself. Phantom pain doesn't come from the prosthetic, nor does it effect how they're used, and so including it doesn't really address the issue of the prosthetic being functionally the same as the original, biological limb. This isn't to say that you shouldn't include phantom limb sensation or pain as something your character experiences, but just keep in mind that, when used on it's own, it doesn't counter the trope. Also, just be sure to do your research, everyone's experience with phantom pain is different and it's not something everyone with a limb difference even experiences.

Why is this trope even a problem?

Alright, so we know what the trope is, we know why it became so prevalent, ways to avoid it and also how not to avoid it. All good information, but why is this trope even bad? Why should you try to avoid it? Outside of just wanting to portray a real disability that effects real people more accurately in your creations, the prevalence of this trope actually contributes to a lot of real-world issues, especially when it's as overused as it currently is. I've talked before about "the jaws effect" - where the depiction of something in the media, especially something that the public is widely uneducated on, influences how people see it in real life. The Jaws effect specifically referred to how the popularity of creature-feature movies featuring sharks, like Jaws, caused the belief that sharks were monstrous killing machines to become much more wide-spread, even going so far as to influence decisions about laws and policy surrounding real-life shark preservation and culling in some parts of the world. But sharks aren't the only thing this has happened to.

Disabled people are so thoroughly misunderstood by wider society, that when tropes like this one become popular, people can and often do start to believe the misinformation they spread - in this case, believing that our prosthetics are a perfect replacement for a biological limb, and that getting a prosthetic means you're not disabled any more. While this can be annoying and cause small scale issues for some of us, like people giving us a hard time for using disability accommodations we very much need, it can also impact us in systemic ways too. If the wrong people believe these tropes, it can and does have a very real impact on the lives of disabled people through things like changes to policies to make it harder for amputees and people with limb differences to access financial assistance for other things outside of our prosthetics we may need assistance with.

Conclusion

Despite the very real harm tropes like this can do when it's overused, I don't think it should go away entirely. Some of my favourite pieces of media even use the perfect prosthetic trope and there are even some kinds of media where I even think it's somewhat unavoidable. Characters with perfect prosthetics in kids media in particular, especially when talking about side characters, can help to correct some of the other stereotypes kids may have seen elsewhere - such as prosthetics being "creepy" or "scary" - in a way that is casual and easy for them to understand. The problem with the trope, in my eyes, is it's excessive overuse. It's the fact that it seems to be the only representation amputees and people with limb differences are getting now. Not every story with a limb-different character can or even should delve into the reality of what using prosthetics is actually like, but we need at least some stories that do, without it being this majorly depressing thing.

[wigsandhairpieces]

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