DHT-Resistant Hair: Best Treatments for Stronger Growth
Transplanted hair behaves differently because the follicles retain their original genetic code, resulting in donor dominance. Transplanted hair has more resistance to dihydrotestosterone (DHT), which affects hair follicles. It retains its DHT resistance even when it is moved to thinning areas of the scalp or crown.
If you have also noticed that the transplanted hair grows better than natural hair in areas where you face thinning, the reason could be that the transplanted follicles are DHT-resistant. DHT-resistant hair is not prone to shrinking, so it does not fall out easily even when placed in balding regions.
It is natural to wonder how this happens, and this blog covers everything you need to know, from how transplanted hair is resistant to DHT to how transplanted hair survives DHT.
What is DHT-Resistant Hair?
DHT-resistant hair is basically hair follicles that genetically resist shrinking caused by DHT. This hair is usually located on the sides and back of your scalp. These hair follicles are immune to androgenetic alopecia (pattern hair loss), which is why they are often preferred for hair transplants.
Some of the key factors why DHT-resistant hair is used for hair transplants are:
- They support long-term, stable growth and follow extended hair growth cycles.
- They resist shrinkage caused by hormones.
- They maintain their original structure even after transplants.
How Does Transplanted Hair Survive DHT?
Transplanted hair often survives DHT because, in a hair transplant, the donor hair carries high DHT resistance, following the donor dominance principle, which allows it to retain its genetically programmed characteristics to resist DHT.
The factors that help transplanted hair survive DHT are:
- Genetic Structure - The hair is naturally designed to be less sensitive to DHT, as these follicles have fewer androgen receptors that respond to DHT.
- No Shrinkage - As the hair does not react to DHT, it does not experience shrinkage, which is a primary driver of hair loss.
This, in turn, makes the transplanted hair provide more lasting results. However, the native hair in the transplanted region is sensitive to DHT and may experience thinning.
Does DHT Affect Everyone Differently?
DHT affects everyone differently, as everybody has different hair and genetic structure. Hormone levels are a key triggering factor that can affect hair thinning and hair loss in many individuals.
Here’s a simple overview of how DHT affects different individuals based on different factors:
|
Factor |
How it influences DHT |
Result |
|
Genetics |
Controls sensitivity |
The main cause of the hair loss pattern |
|
Age |
Increases impact |
Thinning worsens over time |
|
Hormones |
Affects DHT levels |
Can speed up hair loss |
|
Scalp sensitivity |
Varies by area of the scalp |
Uneven hair loss |
|
Lifestyle |
Indirect effect and often acts as a trigger, not a primary cause |
Can worsen or slow shedding |
Note - These factors differ from person to person. It is always recommended to consult your dermatologist for better diagnosis and treatment.
Types of DHT-Resistant Hair
Different hair types used in transplants vary in their resistance to DHT and their suitability for specific areas of restoration. This table breaks down the main donor sources and where each type works best.
|
Type |
Source Area |
Best For |
Key Benefit |
|
Occipital Hair |
Back of scalp |
Hair transplants |
Most DHT-resistant, long-lasting growth |
|
Temporal Hair |
Sides of scalp |
Hairline work |
Natural-looking results |
|
Beard Hair |
Beard area |
Low scalp donor cases |
High graft strength |
|
Body Hair |
Chest/body |
Advanced baldness |
Extra donor supply |
Why is Transplanted Hair DHT-Resistant?
Transplanted hair follicles retain the original hair location’s genetic coding and do not adapt to the characteristics of the transplanted area. This helps the follicles in maintaining their DHT-resistant hair property. These follicles have fewer androgen receptors and are less sensitive to DHT-induced miniaturisation.
These hair follicles are present on the back and side of the scalp, where stable hair growth is maintained. It is common to have concerns like, "Does transplanted hair fall due to DHT?” Transplanted hair has a significantly lower risk of DHT-related hair loss, as doctors source it from the most suitable donor area for the patient. The nature of transplanted and native hair is different for every person, and your results can’t be compared to someone else's.
Is Transplanted Hair Permanent?
Yes, transplanted hair usually offers permanent results as the hair is used from areas that are less prone to thinning and balding. Once transplanted to thinning areas, the hair grows according to its natural growth cycles.
Certain factors, such as ageing, the source of hair, and other medical therapies, often help to understand what can work best for each person. Doctors recommend personalised treatment plans to achieve the most lasting results.
Can Natural Hair Fall Out After a Hair Transplant?
The natural hair in the transplanted area is the native hair, which is prone to thinning if you experience early signs of balding. The structure of existing hair does not change during transplants; native hair in transplanted areas may fall out. It is important to address the root cause of hair loss and take preventive measures to minimise further hair fall.
Traya’s Perspective on DHT-Resistant Hair
At Traya, we believe that every person faces hair loss due to different underlying causes and not all hair loss can be treated with the same treatment. The hair solutions need to cater for the scalp type, sensitivity to DHT, treatments, and the health of the person.
Traya looks at this as a holistic approach and believes in the power of hair care for maintaining scalp health, even after doing a transplant.
Frequently Asked Questions (FAQs)
1. What is DHT-resistant hair?
The hair follicles that are less prone to thinning or balding and not sensitive to DHT, which causes hair loss. DHT-resistant donor hair is often a preferred source for hair transplants.
2. Will hair regrow if DHT is blocked?
Yes, DHT blockers can help to regrow hair significantly. However, consistent use under medical guidance from a doctor is recommended for stopping hair loss.
3. How do I make my hair DHT resistant?
Making your hair DHT-resistant involves blocking enzymes that convert testosterone into DHT through natural remedies, dietary adjustments, nutritional supplements and clinical treatments. Combining the right approach and consistency can show significant results.
4. What are the signs of low DHT?
Some common signs of low DHT are reduced muscle mass, reduction in libido, fatigue, mood changes, loss of body hair, and weight gain. These signs can differ for everyone and need a doctor's consultation for diagnosis and treatment.
5. What kills DHT in hair?
DHT in hair cannot be killed, but can be controlled with medications and clinical treatments prescribed by a doctor.
6. Which vitamins block DHT?
Some vitamins, such as Vitamin E, D, and Zinc, along with pumpkin seed extract, are considered effective in blocking DHT. Doctors often prescribe them through dietary supplements for treating hair loss.
7. Is coconut oil a DHT blocker?
Coconut oil naturally contains lauric acid that acts as a mild DHT blocker. However, it isn’t a proven treatment for hair loss and cannot replace clinical treatments. It is advisable to use it with a doctor's advice.
8. How to increase DHT naturally?
Some of the natural ways that help increase DHT are strength training, exercise, consuming dietary fats, boosting zinc intake, taking nutritional supplements, increasing coffee consumption and maintaining a healthy body by reducing body fat. It is important to consider advice from a healthcare practitioner and not self-diagnose to add any supplements or eliminate any food from your diet.
References:
- https://www.oxfordonlinepharmacy.co.uk/blog/what-is-dht-and-how-does-it-affect-hair-loss
- https://pmc.ncbi.nlm.nih.gov/articles/PMC4174066/
- https://www.sciencedirect.com/science/article/pii/S0753332221000329

































