Hair Recovery Gallery
Lets get to the root of the
problem one hair follicle at a time.
Educate
Whether it is for hair loss, skin concerns, nail concerns, or anything
else- we listen, get to the root of the problem, and fill you in on the
science behind it. We pride ourselves with being the last stop on your search for answers.
Treat
Customized treatments that give you everything you need, nothing that you don’t.
Designed to fit your lifestyle, programs can include in-office visits,
or be done entirely from the comforts of your home.
Track
We want you to reach your goals, whether it is hair regrowth,
stabilizing a receding hairline, minimizing the appearance of aging,
or optimizing your internal wellbeing. Our tracking program complete with follow ups,
photo comparisons, and more, means we are with you every
step of the way to help you achieve what you set out for.
Scalp Types
Not all hair loss is cut from the same cloth. Pinpointing your scalp type marks the inaugural stride in your quest for regrowth.
Female Genetic Hair Loss
The leading cause of hair loss is due to genetics. The good news? You have a choice in stopping it. Both male and female pattern hair loss can be identified through a scalp evaluation, and even stopped in its tracks. Boosting treatments can yield satisfying results leading to regrowth and regained confidence.
Male Genetic Hair Loss
The leading cause of hair loss is due to genetics. The good news? You have a choice in stopping it. Both male and female pattern hair loss can be identified through a scalp evaluation, and even stopped in its tracks. Boosting treatments can yield satisfying results leading to regrowth and regained confidence.
Female Genetic Hair Loss typically reveals itself with the widening of the hair part on the top of the head, often referred to as the “Christmas tree effect.” This phenomenon is commonly observed on the top of the scalp, temples, and sides. It serves as an initial indicator of female pattern hair loss, a condition triggered by the conversion of the hormone Dihydrotestosterone (DHT). DHT has the notorious ability to constrict blood flow to the hair, leading to the miniaturization of hair shafts, dry follicles, and eventually, the cessation of hair growth. Additionally, DHT induces inflammation in the scalp, resulting in tenderness and itchiness.
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Women frequently attribute their hair loss to health issues such as thyroid problems, stress, or pregnancy. While these factors can contribute, they often play a role in genetic hair loss (androgenetic alopecia). Unlike the past, where concealing and camouflaging were the only options, there are now guaranteed treatment options to halt hair loss and promote regrowth.
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Hughes Beauty offers personalized Hair Recovery Programs, empowering women to regain control over their hair loss with state-of-the-art treatments and top-notch medical expertise.
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Male Genetic Hair Loss
Almost half of American men grapple with male pattern baldness (Androgenetic Alopecia) by the time they hit 50, with a staggering 85 percent experiencing significant hair thinning by then (courtesy of AmericanHairLoss.org).
As men traverse the sands of time, their hairline undergoes a maturation process, signaling the onset of Male Pattern Baldness for some. The Norwood Scale, a guide to male hair loss progression, delineates seven stages, with the initial phases making an entrance as early as 16 years of age.
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Another hair loss trajectory for men takes the form of alopecia probability. Men in their 20s face a 20% chance of hair loss, which climbs to 30% in their 30s, 40% in their 40s, and so forth. The sooner the specter of hair loss looms, the more substantial the impending loss. Swift action upon noticing the issue is paramount.
Male hair loss typically owes its allegiance to genetics (Androgenetic Alopecia) and, more specifically, the transformation of testosterone into Dihydrotestosterone (DHT). By the time the first signs of hair loss emerge, approximately 50% of the affected hair has already undergone miniaturization. DHT, the saboteur in this follicular drama, diminishes blood flow to hair follicles, leading to a progressive thinning of hair density. Our avant-garde Hair Recovery Programs take the lead in thwarting hair loss and rejuvenating hair through cutting-edge therapies.
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How does DHT join the male pattern hair loss narrative? The testosterone hormone takes a detour to the testes, where the enzyme 5a-reductase engineers its transformation into DHT. Once this conversion is complete, DHT locks arms with androgens, setting off a chain reaction:
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Decreased blood flow prompts follicular miniaturization.
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Hair protein, nutrients, water, and oxygen witness a decline.
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Disruption in cell division sends the follicle into dormancy.
Alopecia
Autoimmune Hair Loss – What Does It Entail? A prevalent contributor to hair loss is autoimmune disease, impacting over 15 million Americans to date. This condition is characterized by the emergence of patches or total hair loss from the scalp or any hair-bearing area. The root cause? An immune system on the offensive, targeting body areas responsible for hair production in an effort to conserve energy.
To delve deeper into this form of hair loss and arrange a complimentary hair evaluation, explore the intricacies of shock shedding, stress-induced hair loss, and more.
It's a well-known fact that stress can take a toll on our overall health. However, in the realm of hair loss, many are taken aback when, months after life stressors like illness, emotional trauma, stringent dieting, pregnancy, or surgery, copious shedding ensues, resulting in diminished hair volume and strength.
Telogen Effluvium, the culprit behind this excessive shedding, is a temporary condition that can be reversed with proper care.
For additional insights into this type of hair loss and to schedule a complimentary hair evaluation, delve deeper into the details.
Cancer Related Hair Loss
Empowering your journey, our programs harness cutting-edge hair treatments to expedite hair regrowth post-chemo. These impactful treatments work wonders, boosting blood flow, elevating mitochondria (cellular energy), and delivering essential nutrients to your hair follicles.
Telogen Effluvium (Shock Shedding/Loss)
Telogen Effluvium, often referred to as "shock shedding" or "shock loss," is a type of hair loss characterized by a sudden and widespread shedding of hair. Unlike some other forms of hair loss, Telogen Effluvium is usually temporary and reversible with appropriate care.
The health of our hair, skin, and nails is closely interconnected with our overall body health. Here's why:
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Indicator of Nutritional Status:
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The condition of our hair, skin, and nails often reflects our overall nutritional health. Deficiencies in vitamins, minerals, and essential nutrients can manifest as brittle nails, dull skin, and hair problems.
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Immune System Health:
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Our skin acts as a protective barrier against infections and environmental pollutants. Healthy skin contributes to a robust immune system, helping to prevent infections and diseases.
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Hydration and Detoxification:
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Proper hydration is vital for maintaining skin elasticity and preventing dryness. Healthy skin also plays a role in the detoxification process, aiding the removal of waste and toxins from the body.
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Collagen Production:
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Collagen is a protein that provides structure to the skin, hair, and nails. It is essential for maintaining their strength and elasticity. Nutrients like vitamin C, zinc, and copper are crucial for collagen synthesis.
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Hormonal Balance:
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Hormonal imbalances can impact the health of our skin and hair. Conditions such as acne, hair loss, and changes in skin texture can be linked to hormonal fluctuations.
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Overall Well-Being:
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Healthy hair, skin, and nails contribute to our overall sense of well-being and self-esteem. Feeling good about our appearance can positively affect mental and emotional health.
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Early Warning Signs:
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Changes in the hair, skin, or nails can sometimes be early indicators of underlying health issues. For example, sudden hair loss or changes in the nails may signal an underlying medical condition that requires attention.
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Protection Against UV Radiation:
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The skin serves as a barrier against harmful UV radiation. Maintaining healthy skin helps protect against the damaging effects of sun exposure, reducing the risk of skin cancer and premature aging.
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Wound Healing:
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Healthy skin is crucial for efficient wound healing. It helps prevent infections and facilitates the repair of damaged tissues.
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Overall, the health of our hair, skin, and nails is not just about aesthetics; it's a reflection of our internal health and well-being. Taking care of these external features involves a combination of proper nutrition, hydration, skincare, and attention to overall health.
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Anagen Phase (Growth Phase):
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This is the active phase of hair growth.
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Cells in the hair follicle rapidly divide, creating new hair.
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The hair shaft pushes upward, extending beyond the scalp.
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The length of the anagen phase varies for each individual, ranging from a few years to several years.
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Catagen Phase (Transition Phase):
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This is a transitional phase that signals the end of active hair growth.
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The hair follicle shrinks and detaches from the blood supply.
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This phase is relatively short, lasting only a few weeks.
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Telogen Phase (Resting Phase):
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This is the resting phase where the hair is not actively growing.
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The hair follicle remains dormant for several weeks to months.
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Around 10-15% of the hair on the scalp is in the telogen phase at any given time.
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After this phase, the hair follicle reenters the anagen phase, and a new hair begins to grow, pushing out the old one.
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It's important to note that various factors, including genetics, age, hormones, and health, can influence the duration of each phase and the overall hair growth cycle. Understanding this cycle is crucial for addressing hair loss concerns and implementing effective treatments.
Miniaturization of the hair follicle
The miniaturization of a hair follicle is a gradual and progressive process that occurs in certain types of hair loss, particularly in conditions like androgenetic alopecia. During miniaturization, the hair follicle undergoes a series of changes that lead to the production of finer, shorter, and less pigmented hairs. Here's a breakdown of the miniaturization process:
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Normal Hair Follicle:
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In a healthy hair follicle, the anagen (growth) phase produces terminal hairs that are thick, long, and fully pigmented.
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Initiation of Miniaturization:
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Factors such as genetic predisposition and hormonal influences, particularly the hormone dihydrotestosterone (DHT), can trigger the miniaturization process.
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DHT, derived from testosterone, binds to receptors on the hair follicle.
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Transition to Vellus Hairs:
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As the follicle becomes more sensitive to DHT, the anagen phase shortens, and the hair growth cycle is disrupted.
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New hairs produced in subsequent cycles become progressively finer and shorter.
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Terminal hairs are gradually replaced by vellus hairs, which are thinner, softer, and less pigmented.
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Reduced Blood Flow and Nutrients:
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DHT also contributes to a reduction in blood flow to the follicle.
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With diminished blood supply, the follicle receives fewer nutrients and oxygen, impacting its health.
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Thinning of Hair Density:
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Over time, the miniaturization process leads to a decrease in hair density as more follicles produce finer and less visible hairs.
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Eventually, the affected follicles may cease to produce noticeable hair.
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Understanding the miniaturization of the hair follicle is crucial in addressing and managing conditions like androgenetic alopecia. Interventions that target DHT, stimulate blood flow, and provide essential nutrients can be employed to counteract this process and promote healthier hair growth.
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