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Even though this is a PR release by a hair transplant clinic in Istanbul Turkey it is still very valuable information for you and your hair journey.  Hair transplants, used to be about one question: where to go. In 2025, patients are asking more, expecting more, and comparing more. From technique to recovery to long-term design, the questions have shifted, and clinics are under pressure to give straight answers. Vera Clinic, a leading hair transplant clinic based in Istanbul, shares the questions patients ask most often—and the facts behind them. FUE or DHI — Which One Should I Choose? This is the first decision patients face. Both are valid methods. The difference is in how the grafts are placed.
FUE works faster and is often used for the crown or wide areas. DHI allows tighter control, often used for the hairline or zones that need sharper angles. The method is selected based on the case, hair texture, zone coverage, and design strategy. Clinics do not rely on preference or price but on what matches the scalp and the target result. What Does the Recovery Really Look Like? Patients expect direct explanations and full timelines.
Patients often ask about speeding up healing. Some clinics offer post-op protocols that include oxygen therapy or stem cell injections. Some patients receive these to support healing or ease inflammation, based on scalp condition and graft density. How Do I Know the Grafts Will Actually Grow? This question gets asked more than anything. Patients want numbers. Real ones. The answer depends on how the grafts are handled from extraction to placement to blood supply. There is no exact guarantee, but survival rate improves when:
Clinics with structured planning tend to show more consistent results. Vera Clinic, for example, is often mentioned in patient review threads for its zone-based planning and follow-up structure. Grafts are assigned to areas based on thickness, and recovery is monitored in phases, including with in-house oxygen therapy when needed. Do I Really Need Extra Treatments — Like Stem Cells or Oxygen? These options are brought up during planning in cases where they fit the treatment flow. Stem cell injections are often used to support surrounding hairs or improve skin recovery. They’re pulled from the patient’s own tissue and injected after surgery. Some clinics offer it in early-stage cases or to reduce visible thinning around the new grafts. Hyperbaric oxygen therapy is used to increase oxygen supply to scalp tissue after surgery. It is offered at a few clinics, but Vera Clinic remains the only one with a hyperbaric chamber inside the clinic itself, allowing treatment within hours of the procedure. It is applied based on case type, not by default. How Do I Know If a Clinic Is Legit? This question always comes last, but it should come first. Patients often learn the hard way that not all clinics follow the same standards. Common red flags include:
Clinics that work with mapped plans, named surgeons, and real-time recovery support tend to get better follow-through. Patients now check license numbers, team bios, and healed case photos before making contact. Final Word Hair transplant patients in 2025 are asking smarter questions, and they expect real answers. Technique matters. Recovery matters. Structure matters. The best results start with the right questions—and a clinic that respects them. from Reuters About Vera Clinic
Founded in 2013 and headquartered in Istanbul, Vera Clinic is a global leader in hair transplantation, cosmetic surgery, and dental aesthetics. Having treated over 40,000 patients from more than 40 countries, the clinic combines advanced medical expertise with personalized, patient-centered care. Vera Clinic is internationally recognized as the inventor of the Sapphire FUE technique and is the only clinic with an in-house hyperbaric oxygen chamber to enhance recovery and graft survival. Renowned for its ethical, results-driven approach, Vera Clinic prioritizes patient safety, transparency, and satisfaction. Its reputation is built on clinical excellence, natural-looking outcomes, and a commitment to delivering accurate, science-backed information. In 2021, the clinic received the European Award in Medicine for Hair Transplant Surgery, reinforcing its leadership in the field. With a multilingual medical team, state-of-the-art facilities, and a strict adherence to medical standards, Vera Clinic continues to set the benchmark for quality, innovation, and trust in the global aesthetic health industry. For more information, visit www.veraclinic.net. Media Contact Mouheb Bouzgarrou +90 542 743 54 08 [email protected] 5/28/2025 Unregulated hair transplant practices in India: experts raise health and medical ethics concernsExperts emphasise that only dermatologists and plastic surgeons formally trained in hair restoration should be allowed to perform these procedures, noting that hair transplant is a serious surgical intervention requiring thorough medical evaluation, sterile conditions and post-operative care  Hair transplantation in India is facing a troubling crisis -- not because of the procedure itself, but due to the concerning rise of underqualified practitioners operating in unsafe, unregulated environments. Although it is a serious medical procedure requiring expertise, sterile conditions, and thorough preoperative evaluation, recent incidents have shown how frequently these standards are neglected. The outcomes, in some cases, have been fatal -- reports from Chennai, Delhi, Kerala and Kanpur reveal severe infections, toxic shock, and deaths, often linked to negligence, poor hygiene, or unauthorised personnel performing surgeries. These cases stress the urgent need for tighter regulation, as numerous clinics continue to operate without proper licenses or medical oversight. With the sector expanding rapidly, dermatologists and plastic surgeons across India are voicing serious concerns over the lack of enforcement, which not only endangers patients but also undermines the credibility of ethical medical practitioners. Cases of adverse outcomes from improper hair transplant procedures Several confirmed cases in recent years reveal the severity of the issue. In Chennai in 2016, a 22-year-old medical student, P. Santhosh Kumar, died two days after undergoing a hair transplant at a salon in Nungambakkam. The procedure was performed by doctors not qualified for such surgeries, and the salon lacked the necessary medical infrastructure, police investigations revealed. The cause of death was suspected to be complications from an allergic reaction to anesthesia. In Delhi in 2022, a 35-year-old man died following a hair transplant procedure at a salon in Rohini, performed by unqualified technicians without medical supervision. The Delhi High Court expressed concern over such practices and directed authorities to take action against establishments conducting medical procedures without proper qualifications. A recent incident in Kerala involved a patient developing necrotizing fasciitis, a life-threatening bacterial infection, after a hair transplant at a clinic that falsely claimed to have a dermatologist on staff. Investigations revealed that the clinic had been using the name of a dermatologist who had left years prior. In Kanpur, two men, died following hair transplant procedures performed by a dental practitioner who was neither trained nor authorised to carry out such surgeries. The practitioner had promoted herself as a hair transplant specialist on social media platforms. Legal actions have been initiated, and the clinic’s registration renewal was denied due to non-compliance. Experts also shared several other cases where fake practitioners defrauded patients of large sums of money, operated multiple branches across major cities, and built a clientele that even included celebrities. Hair transplantation procedure, related laws and systemic issues Hair transplantation is often marketed as a simple, aesthetic procedure. In reality, it is a surgical operation that can last 6 to 8 hours and must be performed under sterile conditions with local anesthesia. A proper preoperative evaluation is essential to assess the patient’s medical history, medications, lifestyle habits (such as smoking and alcohol), and suitability for surgery. The condition of the scalp and hair loss pattern must also be analyzed to determine if surgery is even the right course of action. Katheeja Nasika, consultant dermatologist, Rela Hospital, Chennai, explains that failure to screen patients or manage emergencies is a major reason for complications. “An emergency tray, anesthetist support, and a sterile OT (operation theatre) environment are mandatory. These are often missing in non-medical centers where the procedure is done simply for profit,” she said. Sterility is especially critical. Instruments such as punches, scalpels, syringes, and gauze must be sterilised using proper medical protocols. Air quality in the OT must be controlled, and clinics should follow biomedical waste management rules. Clinics without these safeguards risk exposing patients to infection, including bloodstream infections due to the scalp’s high vascularity. The National Medical Commission (NMC) has made it clear through its 2022 circular that only dermatologists and plastic surgeons trained in hair restoration are legally allowed to perform hair transplants. Similarly, the Dental Council of India has specified that among dental practitioners, only oral and maxillofacial surgeons (OMFS) are allowed to conduct such surgeries, and only under defined guidelines. Yet, the line is frequently blurred. According to Avinash Pravin, dermatologist, member of the anti-quackery committee of the Indian Association of Dermatologists, Venereologists and Leprologists (IADVL), many BDS graduates portray themselves as trichologists or cosmetologists. He describes the situation as a “deep-rooted, systemic failure” and confirms that public interest litigations have been filed in the Chennai and Mumbai High Courts challenging the dental curriculum’s inclusion of procedures outside its scope. He also flagged the issue of fake certificates and unrecognised foreign courses being used to mislead the public. “There are courses being marketed under foreign affiliations, but these have no recognition from the Indian medical system,” he said. Misinformation, exploitation and the need for verifying medical credentials Many clinics operate with aggressive business models, setting daily or monthly revenue targets. Dr. Pravin shared that in certain branded clinics, employees are assigned targets of up to ₹20 lakhs per month. Patients, often from modest financial backgrounds, are lured into signing EMI schemes for treatments that cost ₹60,000 to ₹80,000. Some clinics even convince patients to undergo procedures at home or in salons, where safety protocols are nonexistent. False advertising is also widespread. Claims such as “hair regrowth in six months” and “100% success rate” are frequently made without clinical evidence. Brands often pay social media influencers to promote services and products, further misleading the public. Regulatory oversight for advertising in the aesthetic medical field is weak, allowing such misinformation to spread unchecked. Sabyasachi Basu, consultant plastic, aesthetic and reconstructive surgeon, Narayana Health, Kolkata stresses the importance of education and formal training. “It takes 15 years to become a plastic surgeon -- MBBS, MS, and MCh. But many so called hair transplant ‘experts’ attend a two-week course and start practicing,” he said. “Even a technician with years of hands-on experience cannot manage emergencies, dosage calculations, or patient comorbidities without formal medical training.” He adds that most small clinics lack critical care support such as ICU access, life-saving equipment, and anesthesiologists. “If a patient collapses, the setup is often not equipped to save them. This is a major risk.” One of the central challenges is helping the public distinguish between trained professionals and unqualified operators. In Tamil Nadu, the medical council provides an online tool where patients can verify a doctor’s credentials using a clinic’s registration number. According to Dr. Pravin, the IADVL’s membership base maintains an internal standard for qualification verification, but even then, around 1–2% of listed dermatologists are believed to have questionable certifications. He urges patients to ask direct questions, check degrees, and look for registrations with recognised medical bodies such as the NMC, not just social media profiles or paid endorsements. Call for urgent regulation Despite numerous incidents and growing public awareness, concrete government action remains limited. Experts across the board are calling for a dedicated aesthetic practice regulation act, along with stronger enforcement of existing medical guidelines. Until that happens, dermatologists and plastic surgeons continue to push legal cases, raise awareness through social media and educate the public. Dr. Nasika notes that ethical practice must begin with the practitioner, but the government must follow with accountability and enforcement. “Without proper action, unethical practices will continue to thrive. Patients should also play a role in protecting themselves by verifying qualifications and insisting on safety protocols.” The cosmetic and aesthetic medicine market in India is expanding rapidly. But behind the promises of transformation lies a troubling gap in regulation and oversight. Until the healthcare system can fully meet the growing demand, experts emphasise that patients may need to take an active role in verifying information, asking questions, and making informed choices about their care. A hair transplant, while elective, is still a surgical procedure -- and deserves to be treated with the same seriousness and caution as any other medical intervention. from TheHindu.com
 Scientists have identified a previously overlooked set of stem cells inside our hair follicles, and it could be a game-changer for people who feel anxious about thinning hair. Their work highlights an area higher up in each follicle that appears to control the biological switch between silent and active hair growth phases. Lu Q. Le, MD, PhD, from UVA’s School of Medicine and his colleagues conducted this investigation to learn how these forgotten cells might prompt new follicles to become active once again. They believe this finding opens the door for new techniques to address hair loss, but they emphasize that ongoing analysis is needed before final treatments reach the public. Stem cell hair growth triggers This newly recognized cell group sits in the upper and middle sections of the follicle. Researchers say these cells can renew themselves and produce various specialized offspring that participate in building new hairs. Some were skeptical about whether follicle activity hinged on lesser-known compartments, but the team reported strong evidence that this region holds untapped power to spark hair regrowth. They found that, in lab settings, depleting these cells disrupted the natural cycle of replacing older hairs with fresh strands. Why this matters for everyone Some people view hair thinning as an inevitable rite of passage. Researchers suggest the presence of unique cells, which may be more responsive to therapy, gives fresh reason to think differently. “It is our hope that these stem cells could one day provide a novel therapy for treating hair loss in people,” said Le. That goal remains on the horizon, but the concept has stirred excitement among scientists who study the biology of skin. Challenges with existing therapies Typical solutions, such as over-the-counter creams or prescription medications, may improve only certain types of hair shedding. Many users also struggle with results that come slowly or plateau. These new insights, however, add another target for investigation. Experts think that directing medical treatments toward lesser-studied follicle zones could bring more consistent or sustainable outcomes. What this means for bald scalp The most compelling twist is that these cells are still present in bald areas, even after hair shafts are long gone. That means the problem might not be total cell loss – it could be a matter of reactivating what’s already there. Le’s team found that the upper follicle stem cells were still intact in human scalp samples taken from bald patients. This raises the possibility that with the right signals or drugs, these dormant cells might be coaxed into restarting the hair cycle from scratch. A few surprising details Some of the earliest tests on mice, documented in the Journal of Clinical Investigation, showed that once these high-placed cells were taken away, hair shafts were lost in parts of the skin. The animals also displayed disorganized follicles, hinting at a broader role these cells may have in preserving a healthy hair structure. An earlier paper on skin growth patterns pointed out that multiple factors interact to dictate why certain patches produce hair vigorously while others stay dormant. With this new clue, researchers can look more carefully at what signals these newly identified cells send to the surrounding layers. Hair, stem cells, and the future Scientists believe that maintaining or boosting the activity of these mid-follicle populations might guard against baldness. They are especially intrigued by how these cells might react if transplanted into areas that have gone quiet. “We plan to fully investigate the potential of these stem cells in human hair follicles,” Le said. To get there, the team is examining human samples to see how often these cells remain in bald regions and whether they can be awakened. Next steps in the lab To understand how these cells behave over time, researchers are experimenting with different ways to trace their movements inside hair follicles. They’ve used genetically marked cells in mice to watch how the upper follicle stem cells migrate and change during the hair cycle. This tracking helped confirm that these cells not only exist but also actively repopulate lower regions of the follicle, especially the bulge. That behavior is key, because the bulge has long been viewed as the main source of hair growth, and it now seems these newly discovered cells are its upstream supply. Hope for stem cells and hair loss Public health data suggest millions of adults feel uneasy about hair-related changes. Stress, genetics, and medical conditions can all play a role, so there is no single fix that works across the board. Researchers say this discovery adds another set of possibilities to that conversation. They believe a refined understanding of these mid-follicle cells will guide specialists toward a more targeted approach in the years ahead. These findings show promise for those who want a new strategy that tackles hair loss at its roots. They also raise interesting questions about how our bodies control tissue renewal. The study is published in the Journal of Clinical Investigation. from Earth.com
Hair loss, whether caused by genetics, hormones, or external factors, can be a challenging and distressing condition. As new treatments emerge, copper peptides have gained significant attention in the field of dermatology, particularly for their potential role in promoting hair growth. At My Hair UK, we are always keen to provide our patients with the latest, most scientifically-backed solutions for hair restoration. In this article, we will explore the science behind copper peptides, their role in treating hair loss, and their effectiveness for different types of hair thinning. What Are Copper Peptides? Copper peptides are small molecules that consist of copper ions bonded to peptides—short chains of amino acids. These peptides are naturally occurring and are crucial for several biological processes, including tissue regeneration, collagen production, and inflammation regulation. In recent years, copper peptides have become popular in both skincare and hair care for their ability to promote collagen synthesis and support the healing and growth of skin and hair follicles. In hair care, copper peptides are thought to stimulate hair growth, enhance follicle health, and improve scalp conditions. These peptides work by penetrating the skin and hair follicles, encouraging regeneration and improving the overall environment for hair growth.  How Do Copper Peptides Benefit Hair Growth? Copper peptides offer a range of benefits that are believed to support healthy hair growth and reduce hair thinning. The mechanisms through which copper peptides promote hair growth include: Angiogenesis and Follicular Stimulation Copper peptides are known to promote angiogenesis, which is the formation of new blood vessels. This process enhances the delivery of oxygen and essential nutrients to hair follicles, stimulating their activity and encouraging the growth of healthier, thicker hair. By improving blood flow, copper peptides help rejuvenate dormant or weak hair follicles, promoting overall hair health. Anti-inflammatory Properties Chronic inflammation is a significant factor in many hair loss conditions, including androgenetic alopecia (pattern baldness). Copper peptides are believed to have anti-inflammatory effects, reducing the production of pro-inflammatory cytokines and promoting tissue healing. This helps protect hair follicles from further damage and supports healthier hair growth. Collagen and Keratin Synthesis Copper is essential for the production of collagen and keratin, two structural proteins that play a critical role in hair and scalp health. By stimulating the production of these proteins, copper peptides improve the structural integrity of the scalp, which creates a more favourable environment for hair follicles to thrive. This leads to stronger, healthier hair strands and less hair breakage. Dihydrotestosterone (DHT) Inhibition One of the primary causes of hair loss in men and women is the hormone DHT, which is derived from testosterone. DHT binds to androgen receptors in hair follicles, causing them to shrink, resulting in thinner hair and eventual hair loss. Some studies suggest that copper peptides may work as a DHT blocker, reducing its effects on hair follicles and potentially slowing or reversing hair thinning. Effectiveness of Copper Peptides for Different Types of Hair Loss Copper peptides have been researched for their potential to address various types of hair loss. Here’s a breakdown of how copper peptides may benefit individuals with different hair thinning conditions: Androgenetic Alopecia Androgenetic alopecia, or pattern baldness, is the most common cause of hair loss in both men and women. It occurs due to the effects of DHT on hair follicles, causing them to shrink and produce thinner hair. Copper peptides have shown promise in combating follicular miniaturisation—the process through which hair follicles shrink in response to DHT. By improving scalp health, stimulating blood flow, and potentially blocking DHT, copper peptides may help slow the progression of AGA and promote thicker, healthier hair. Clinical studies have shown that copper peptides may work synergistically with other treatments like minoxidil or finasteride, further enhancing their effectiveness Alopecia Areata Alopecia areata is an autoimmune disorder where the body's immune system attacks hair follicles, leading to sudden, patchy hair loss. While the effects of copper peptides on AA are less well-documented than on AGA, their anti-inflammatory properties may provide some benefit in reducing inflammation around the affected hair follicles. This could help minimise follicular damage and promote regrowth in areas affected by the autoimmune response. However, more research is needed to confirm the effectiveness of copper peptides in treating AA . Telogen Effluvium Telogen effluvium is a form of hair loss caused by stress, illness, or hormonal imbalances. It leads to a sudden shedding of hair as follicles enter the telogen (resting) phase prematurely. Copper peptides may help accelerate the transition of hair follicles back into the anagen (growth) phase by improving scalp health and stimulating hair follicle activity. This can aid in the recovery of hair growth after a stressful event or illness. Scarring Alopecia Scarring alopecia, such as lichen planopilaris or frontal fibrosing alopecia, occurs when hair follicles are permanently damaged due to inflammation or scarring. While copper peptides can help improve scalp healing and reduce inflammation, they are less likely to be effective for conditions where the hair follicles have been permanently destroyed. Copper peptides may improve the appearance of the scalp, but they are not likely to restore hair in areas where follicles have been irreversibly damaged. Clinical Evidence Supporting Copper Peptides for Hair Loss While more research is needed to fully establish the effectiveness of copper peptides for hair loss, several studies provide promising evidence for their use: Animal Studies Early studies conducted on mice demonstrated that copper peptides could increase hair follicle size and stimulate hair growth. These findings sparked interest in the potential of copper peptides for treating human hair loss conditions. Human Trials A clinical study led by Pickart et al. found that copper peptides were effective in promoting hair regrowth and improving scalp health in individuals with androgenetic alopecia. Participants in this trial also reported reduced hair shedding, suggesting that copper peptides could help slow down the progression of hair loss. Another trial comparing copper peptides to minoxidil found that copper peptides provided comparable efficacy, especially when used in combination with other treatments. In Vitro Studies Laboratory studies have shown that copper peptides can upregulate genes associated with hair follicle proliferation and downregulate genes linked to inflammation and follicular regression. These findings suggest that copper peptides may play a direct role in stimulating hair growth and improving the overall health of hair follicles. How to Use Copper Peptides for Hair Loss Copper peptides are commonly available in serums, shampoos, and scalp treatments. The most effective way to use copper peptides for hair loss is by applying them directly to the scalp, where they can penetrate the skin and reach the hair follicles. To use copper peptide serum, apply a few drops to your scalp and gently massage it in using your fingertips. Do not rinse it off, as the peptides need time to absorb into the scalp for optimal results. Copper peptides can be used once or twice a day, depending on the product’s instructions and the severity of your hair loss. Copper peptide shampoos are also a popular choice, as they can be easily incorporated into your daily hair care routine. To achieve the best results, leave the shampoo on your scalp for a few minutes before rinsing to allow the active ingredients to work. Side Effects and Safety Copper peptides are generally well-tolerated, with minimal side effects reported. However, as with any topical product, some individuals may experience mild irritation, itching, or dryness. It is always advisable to perform a patch test before using any new product on your scalp to ensure that you do not have an allergic reaction. Copper toxicity is a potential risk, but it is rare when using copper peptide products, as the concentration of copper in these products is usually low. However, it’s important to follow the manufacturer’s instructions and avoid overuse. Where to Buy Copper Peptides for Hair Loss Copper peptide products for hair loss are widely available from reputable online retailers, beauty stores, and dermatology clinics. When purchasing copper peptides, be sure to check the product’s ingredients to ensure it contains the active ingredient GHK-Cu or copper tripeptide-1. Some popular brands that offer copper peptide-based hair treatments include The Ordinary and Follione Conclusion Copper peptides offer a promising, multifaceted approach to managing hair loss. Their ability to promote hair growth by stimulating blood circulation, reducing inflammation, and enhancing follicle health makes them an effective addition to any hair care regimen. Although the research is still ongoing, early studies and clinical evidence suggest that copper peptides can provide significant benefits for individuals suffering from various forms of hair loss, particularly androgenetic alopecia. looking at anecdotal evidence on Reddit forums it seems like people are reporting mixed results, with some likening it to Minoxidil in terms of effectiveness, so whilst we wouldn't expect it to give strong life changing effects, it may be another medication to add to the armoury of hair loss treatments available that will give a small positive benefit. As the cost of hair transplants in the UK has reduced significantly, more individuals now have access to permanent solutions for hair restoration. However, for those seeking non-invasive treatments or looking to complement other therapies, copper peptides can play a valuable role in encouraging healthier hair growth and improving scalp health. Always consult with a healthcare provider before starting any new treatment to ensure it is the right fit for your needs. from My-UK Hair
I first posted about the breakthrough of Stem Cell Hair Restoration last year  Hair loss is a common problem that affects millions of people worldwide. While there are many treatments available, from medications to hair transplant surgery, not all of them are effective or suitable for everyone. In recent years, stem cell hair restoration has emerged as a promising new approach to hair regrowth that offers a number of unique benefits. In this article, we’ll explore what stem cell therapy for hair restoration is, how it works, and why it might be the right choice for you. What is Stem Cell Hair Restoration?Stem cell hair restoration is a cutting-edge treatment that uses the body’s own stem cells to stimulate hair regrowth. Stem cells are unspecialized cells that can develop into many different types of cells in the body. In hair restoration, stem cells are extracted from the patient’s own body, typically from fat tissue or blood, and then injected into the scalp to promote hair growth. The idea behind stem cell therapy for hair restoration is that by introducing these powerful cells into the scalp, they can help regenerate damaged hair follicles and stimulate new hair growth. Unlike traditional hair transplant surgery, which involves transplanting individual hair follicles from one part of the scalp to another, stem cell hair restoration aims to rejuvenate the entire scalp and promote overall hair health. Read the rest of the article here
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Hair by BrianMy name is Brian and I help people confidently take on the world. CategoriesAll Advice Announcement Awards Balayage Barbering Beach Waves Beauty News Book Now Brazilian Treatment Clients Cool Facts COVID 19 Health COVID 19 Update Curlies EGift Card Films Follically Challenged Gossip Grooming Hair Care Haircolor Haircut Hair Facts Hair History Hair Loss Hair Styling Hair Tips Hair Tools Health Health And Safety Healthy Hair Highlights Holidays Humor Mens Hair Men's Long Hair Newsletter Ombre Policies Procedures Press Release Previous Blog Privacy Policy Product Knowledge Product Reviews Promotions Read Your Labels Recommendations Reviews Scalp Health Science Services Smoothing Treatments Social Media Summer Hair Tips Textured Hair Thinning Hair Travel Tips Trending Wellness Womens Hair Archives
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