logo
Everything You Need to Know About Hair Transplants

Everything You Need to Know About Hair Transplants

Health Line12-06-2025

Key takeaways
• Hair transplants are typically more successful than over-the-counter hair restoration products, with 10% to 80% of transplanted hair fully growing back within 3 to 4 months.
• The cost of hair transplants ranges from $4,000 to $15,000, with final pricing dependent on factors like the extent of the procedure, surgeon availability and experience, and chosen surgical technique.
• Hair transplants involve taking healthy hair follicles from thicker parts of the scalp or body and grafting them to thinning or balding areas, but they may not work for those with widespread thinning, chemotherapy-related loss, or thick scalp scars.
Hair transplants are performed by taking hair from thicker parts of the scalp, or other parts of the body, and grafting it to the thinning or balding section of the scalp. These procedures are usually considered when other treatments like topical ointments don't work.
The first transplant was performed in 1939 in Japan with single scalp hairs. In the following decades, physicians developed the 'plug' technique. This involves transplanting large tufts of hair.
Over time, surgeons began using mini- and micro-grafts to minimize the appearance of transplanted hair on the scalp.
Do hair transplants work?
Hair transplants are typically more successful than over-the-counter hair restoration products. But there are some factors to consider:
Anywhere from 10% to 80% of transplanted hair will fully grow back in an estimated 3 to 4 months, according to a 2017 study.
Like regular hair, transplanted hair will thin over time.
People with dormant hair follicles (sacs that usually contain hair beneath the skin but no longer grow hair) may have less effective transplants, but a 2022 review of studies suggests that platelet-rich plasma therapy is effective alongside hair transplantation in helping transplanted hairs to grow back.
Hair transplants don't work for everyone. They're mainly used to restore hair if you're balding or thinning naturally or have lost hair due to an injury.
Most transplants are performed with your existing hair, so they're not as effective for treating people with:
widespread thinning and baldness
hair loss due to chemotherapy or other medications
thick scalp scars from injuries
How much do hair transplants cost?
Anecdotally, the costs of hair transplants can range from about $4,000 to $15,000, but they vary depending on numerous factors, such as:
extent of the transplant procedure
availability of surgeons in your area
experience of the surgeon
surgical technique chosen
Because hair transplants are cosmetic procedures, health insurance usually won't pay for the procedure.
Aftercare medications may also add to the final cost.
How does a hair transplant work?
A hair transplant involves taking hair you have and transferring it to an area where you don't have hair. It's typically taken from the back of your head, but it can also be taken from other parts of your body.
Before starting a transplant, your surgeon sterilizes the area where the hair will be removed and numbs it with a local anesthetic. You can also request sedation to stay asleep for the procedure.
Your surgeon then performs one of two transplant methods: follicular unit transplantation (FUT) or follicular unit extraction (FUE). There are variations of each method, such as NeoGraft, a type of FUE.
Additional methods are being studied. One of them, the stem cell hair transplant, looks promising but is not yet approved by the Food and Drug Administration (FDA).
Follicular unit transplantation (FUT)
FUT is sometimes known as follicular unit strip surgery (FUSS). To perform a FUT procedure, your surgeon follows these steps:
Using a scalpel, the surgeon removes a piece of your scalp, usually from the back of your head. The strip size is typically about 6 to 10 inches long but can stretch from ear to ear.
They close the area where the scalp was removed with stitches.
Your surgeon and their assistants separate the scalp strip into smaller pieces with a scalpel. They may split the piece up into as many as 2,000 smaller fragments, called grafts. Some of these grafts may contain only one hair each.
Using a needle or blade, the surgeon makes small holes in your scalp where hair will be transplanted.
The surgeon inserts hairs from the removed piece of scalp into the puncture holes. This step is called grafting.
They then cover the surgical sites with bandages or gauze.
The specific number of grafts you receive depends on the:
type of hair you have
size of the transplant site
quality (including thickness) of hair
hair color
Follicular unit extraction (FUE)
To perform a FUE procedure, your surgeon takes these steps:
They shave off hair on the back of your head.
The surgeon then takes individual follicles out of the scalp skin. You'll see tiny marks where each follicle was removed.
As with the FUT procedure, the surgeon makes small holes in your scalp and grafts hair follicles into the holes.
They then cover the surgical site with bandages or gauze.
Recovering from a hair transplant procedure
FUT and FUE may each take several hours to several days to complete. In part, this depends on the amount of work performed by the surgeon. You will go home the same day.
Once the surgery is done, your surgeon carefully removes bandages. The area may be swollen, so your surgeon might inject triamcinolone into the area to keep the swelling down.
You'll likely feel pain or soreness at the transplant site as well as in the area where hair was taken from. For the next few days, your surgeon may prescribe or recommend:
pain relievers, such as ibuprofen (Advil)
antibiotics to prevent infections
anti-inflammatories, such as an oral steroid, to relieve swelling
medications such as finasteride (Propecia) or minoxidil (Rogaine) to help stimulate hair growth
Here are some aftercare tips for hair transplant surgery:
Avoid strenuous activities in the days following surgery.
Wait a few days after the surgery to wash your hair. Only use mild shampoos for the first few weeks.
You should be able to return to work or normal activities in about 3 days.
Avoid rubbing the affected area.
Do not press a brush or comb down over the new grafts for about 3 weeks.
Do not wear any hats or pullover shirts and jackets until your doctor says it's OK.
Do not exercise for about a week.
Don't worry if some hairs fall out. This is part of the process. Transplanted hair may not grow much or seamlessly match the hair around it for a few months.
Hair transplant side effects
A common side effect is scarring, and this cannot be avoided with either procedure.
Other potential side effects include:
unusual physical sensations in the affected area or losing sensation around the surgical sites
infections
crust or pus drainage around the surgical sites
scalp pain, itching, and swelling
folliculitis (inflammation of hair follicles)
bleeding
visible areas of hair that don't match the surrounding hair or are noticeably thinner
continuing to lose hair if your hair is still balding
Minoxidil (Rogaine) and finasteride (Propecia) can also have side effects.
Minoxidil side effects include:
irritated scalp
nausea and vomiting
dizziness
irregular heart rate
hand, foot, or breast swelling
chest pain
Finasteride side effects include:
increase in breast size and tenderness
skin rash
sexual dysfunction
Finding a surgeon
Visit the American Academy of Plastic Surgeons website to search for medical professionals near you who perform hair transplants. A primary care doctor may also be able to recommend a professional specializing in hair transplants.
Here are some tips to consider when you're looking for a hair transplant surgeon:
Select only a licensed, certified surgeon.
Confirm a record of successful transplant procedures by asking to see a portfolio.
Read reviews about them.

Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

A pioneering doctor remembers India leader Indira Gandhi's final moments
A pioneering doctor remembers India leader Indira Gandhi's final moments

Yahoo

time2 hours ago

  • Yahoo

A pioneering doctor remembers India leader Indira Gandhi's final moments

Not much about Sneh Bhargava's life seems ordinary. In 1984, she became the first woman to helm the All India Institute of Medical Sciences (AIIMS) in the capital Delhi - one of the country's top medical institutions - and in its almost 70-year history, remains the only woman to have done so. At 90, Dr Bhargava - one of India's pioneering radiologists - began writing her memoir, The Woman Who Ran AIIMS, which was published earlier this month, and at 95, continues to remain an active member in the medical community. From choosing radiology when it was still emerging in 1940s India to becoming one of its most well-known practitioners, Dr Bhargava's legacy is nothing short of extraordinary. Not unlike her first day on the job as director-to-be of AIIMS, which was nothing short of a trial by fire. It was the morning of 31 October 1984, and a meeting was under way at the hospital to confirm her appointment after India's then prime minister Indira Gandhi had selected her for the role. Dr Bhargava was not part of the meeting, but was in her office reviewing medical cases for the day. She recalls in her memoir hearing a colleague frantically call out to her, asking her to rush to the casualty ward. There, lying on a gurney was the very woman who had selected Dr Bhargava to head the hospital - Indira Gandhi. Her saffron sari was drenched in blood and she had no pulse. "At the time, I didn't focus on it being the prime minister who was lying in front of me," Dr Bhargava told the BBC. "My first thoughts were that we had to help her and also protect her from further harm," she said. Dr Bhargava was worried that a mob would storm the casualty ward, as a large crowd had already begun gathering outside the hospital. News began to trickle out: Gandhi had been shot by two Sikh bodyguards in revenge for Operation Blue Star, the military raid on Amritsar's Golden Temple in June to flush out militants. Gandhi's assassination sparked one of the deadliest riots India has seen, the beginnings of which Dr Bhargava began hearing about as she hastened to shift the prime minister to one of the building's top floors. There, in the operating theatre, a Sikh doctor fled the room the minute he heard how Gandhi had died. The news of her death had to be kept under wraps until her son, Rajiv Gandhi was sworn in as prime minister. "Until then, our job, for the next four hours, was to keep up the charade that we were trying to save her life, when in fact she was dead when she was brought to AIIMS," Dr Bhargava writes. She also described the harrowing process of embalming the prime minister's body, which would lie in state in the capital for two days before cremation. "The embalming chemical, when we injected it into different main arteries, kept oozing out," Dr Bhargava writes. A ballistic report would later reveal that over three dozen bullets had punctured Gandhi's body. But this wasn't the only remarkable episode in Dr Bhargava's long and illustrious career at AIIMS. In the book she shares fascinating anecdotes of her interactions with other prominent politicians, including India's first prime minister, Jawaharlal Nehru. She also recalls Sonia Gandhi bringing her son, a young Rahul to AIIMS after an arrow grazed his head while he was playing. "Sonia Gandhi told me that she had to bring Rahul to us because Rajiv (her husband) was meeting the King of Jordan and the latter had given him a fancy car as a gift, which her husband was keen to drive," she writes in the book. Rajiv Gandhi wanted to drive Rahul to AIIMS himself, without security, as a surprise - but Dr Bhargava firmly stopped him, citing safety concerns. But not every day was as exciting. Dr Bhargava recalls political pressure, including an MP who threatened her for not selecting his son-in-law for a job at AIIMS. On another occasion, two top politicians, including the federal health secretary, tried to handpick the AIIMS dean - though the decision was hers alone. Dr Bhargava says she stood firm against pressure, always prioritising patient care. She worked to establish radiology as a core part of diagnosis and treatment at AIIMS. When Dr Bhargava joined in the 1960s, AIIMS had only basic imaging tools. She trained colleagues to read subtle signs in black-and-white X-rays, always in context with the patient's history. She later pushed for better equipment, helping build one of India's leading radiology departments. Dr Bhargava was always drawn to making a difference. Born in 1930 into an affluent family in Lahore in undivided India, as a child she loved playing doctor to her dolls and siblings. During the partition of India and Pakistan, Dr Bhargava's family fled to India and later, she would visit refugee camps with her father to help people. At a time when few Indian women pursued higher education, Dr Bhargava studied radiology in London - the only woman in both her class and hospital department. She returned to India in the 1950s after hearing from her mentor that the country was in need of skilled radiologists. Dr Bhargava often credits her family, and her husband's liberal-mindedness for helping her achieve her dreams, and she hopes other Indian women find the same support. "It starts from childhood," she says. "Parents should support their daughters the same way they support their sons. Only then will they be able to break glass ceilings and reach for the stars." Follow BBC News India on Instagram, YouTube, X and Facebook.

Health minister: Singapore to raise first-time blood donor age limit to 65 from 2026
Health minister: Singapore to raise first-time blood donor age limit to 65 from 2026

Yahoo

time2 hours ago

  • Yahoo

Health minister: Singapore to raise first-time blood donor age limit to 65 from 2026

SINGAPORE, June 29 — From January 1, 2026, the age limit for first-time blood donors in Singapore will be raised from 60 to 65, Health Minister Ong Ye Kung announced yesterday. According to Channel News Asia (CNA), Ong said the move aims to expand the donor pool amid rising demand and an ageing population. He also said the decision reflects longer life expectancy and data showing fewer adverse reactions among older donors. 'There is no reason to believe that once you cross 60 years old, suddenly the adverse reaction prevalence rate is going to shoot up,' he reportedly said at a World Blood Donor Day event yesterday. Singapore's new limit brings it in line with countries such as the United Kingdom and South Korea. Currently, only repeat donors can give blood beyond age 60, if they meet health criteria. The country's blood supply remains under pressure, with new donor numbers falling and demand increasing — over 35,000 patients required transfusions in 2023. Seasonal dips and past critical shortages, especially in Group O blood, have also posed challenges.

Parkinson's Disease Might Not Start in The Brain, Study Finds
Parkinson's Disease Might Not Start in The Brain, Study Finds

Yahoo

time5 hours ago

  • Yahoo

Parkinson's Disease Might Not Start in The Brain, Study Finds

Parkinson's disease is traditionally associated with neurological damage in the brain, brought on by a drastic drop in dopamine production, but a new study suggests it could get started in an unexpected part of the body: the kidneys. Led by a team from Wuhan University in China, the study is primarily concerned with the alpha-synuclein (α-Syn) protein, which is closely associated with Parkinson's. When production goes awry and creates clumps of misfolded proteins, it interferes with brain function. The key discovery here is that α-Syn clumps can build up in the kidneys, as well as the brain. The researchers think these abnormal proteins might actually travel from the kidneys to the brain, possibly playing a part in triggering the disease. "We demonstrate that the kidney is a peripheral organ that serves as an origin of pathological α-Syn," write the researchers in their published paper. There's a lot to dig into here. The research team ran multiple tests, looking at the behavior of α-Syn in genetically engineered mice, as well as analyzing human tissue – including samples from people with Parkinson's disease and chronic kidney disease. The team found abnormal α-Syn growth in the kidneys of 10 out of 11 people with Parkinson's and other types of dementia related to Lewy bodies (a commonly seen type of α-Syn protein clumping). That wasn't all: in another sample batch, similar protein malfunctions were found in 17 out of 20 patients with chronic kidney disease, even though these people had no signs of neurological disorders. This is more evidence that the kidneys are where these harmful proteins begin to gather, before brain damage begins. The animal tests backed up these hypotheses. Mice with healthy kidneys cleared out injected α-Syn clumps, but in mice with kidneys that weren't functioning, the proteins built up and eventually spread to the brain. In further tests where the nerves between the brain and kidneys were cut, this spread didn't happen. As α-Syn proteins can also move through the blood, the researchers tested this too. They found that a reduction in α-Syn in the blood also meant less damage to the brain, which means this is another consideration to bear in mind. There are some limitations to this study. The number of people that tissue samples were taken from was relatively small, and while mice make decent stand-ins for humans in scientific research, there's no guarantee that the exact same processes observed in the animals are happening in people. However, there are lots of interesting findings here that can be explored further, which could eventually aid in the development of new treatments for Parkinson's and other related neurological disorders. The likelihood is that Parkinson's (in a similar way to Alzheimer's disease) is actually triggered in a variety of ways and through a variety of risk factors. For example, previous studies have also suggested it could get started in the gut – and now it seems the kidneys could be connected in a similar way. "Removal of α-Syn from the blood may hinder the progression of Parkinson's disease, providing new strategies for therapeutic management of Lewy body diseases," write the researchers. The research has been published in Nature Neuroscience. These Common Drugs Can Make Coping With Heat Even Harder Tinnitus Seems Somehow Linked to a Crucial Bodily Function Your Ear Wax Might Hold Clues to Early Parkinson's, Study Finds

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into a world of global content with local flavor? Download Daily8 app today from your preferred app store and start exploring.
app-storeplay-store