Derma Education TV - Advanced Esthetic Education

Coming up 6/1/26 Zoom live - 5:30-09:30 PM EST

On Sale! -https://dermaeducationtv.com/classes%2Fregistration/ols/products/understanding-the-melanogenic-maze

Hyperpigmentation, melasma, and other skin pigmentation issues are common in aesthetic settings. The demographic of clients seeking help for pigmentation concerns has broadened from a specific age group to include women and men of all ages. Hyperpigmentation develops through biochemical and hormonal pathways closely linked to bodily functions and is influenced by numerous internal and external factors. This lecture will cover the causes and development of pigmentation, its various presentations, and the scientific approach to choosing effective ingredients, treatments, and at-home care. Managing pigmentation requires understanding its pathways and mechanisms to ensure targeted, effective, and comprehensive treatment. This presentation will explore the biochemical pathways underlying the development of pigmentation, hyperpigmentation, and various obscure causes of pigmentation anomalies.

A great aesthetic educational opportunity! Take advantage of these popular lectures for a limited time! Just $125 each (Reg. $159 ea.). 👉Each live Zoom lecture is scheduled 5:30-9:30 PM EST. 👉This very special offer is valid for these class dates only and expires July 6th, 2026.

See the website for more details and registration:
https://dermaeducationtv.com/classes%2Fregistration

https://www.bewellshowflorida.com/?gln_ids=a55d57d73e-1fxb4gfqozt-4f3da1885c37

So excited to announce that registration is now open! 👉 Hope to see you in sunny Ft. Lauderdale 🌞
Direct registration: https://xpressreg.net/register/bwfl0826/landing.asp

A fundamental aspect of maintaining skin homeostasis involves balancing the skin's barrier functions with the numerous facets of the stratum corneum’s cohesiveness. Inflammatory responses and potential infections may directly result from a compromised barrier and increased transepidermal water loss (TEWL). It has been comprehensively demonstrated that skin health is preserved through the integrity and functional components of the stratum corneum, as well as through skin immune mechanisms. Targeted interventions to protect and enhance barrier function will facilitate the management of skin microbiome disorders. Given the current prominence of the "skin barrier," it is imperative to understand its physiological and biochemical attributes, as well as the intrinsic and extrinsic factors that support, restore, or damage it, to advance research and foster discussion.

Coming up August 24th , 2026 5:30-9:30 PM EST Online -

Barrier Signs: Beyond the Surface of the Stratum Corneum May 18th 2026 5:30-9:30 PM EST Zoom A fundamental aspect of maintaining skin homeostasis involves balancing the skin's barrier functions with the numerous facets of the stratum corneum’s cohesiveness. Inflammatory responses and potential infections may directly result from a compromised barrier an...

ON SALE! Coming up 5/4/26 5:30-9:30 PM EST Online-

Skin aging is a complex, inevitable biological process that begins in the third decade of life. It is influenced by internal factors such as age, hormones, lifestyle, and genetics, as well as external factors such as sun photoaging, smoking, diet, alcohol, drugs, pollution, weather, and humidity. Other concurrent factors, such as chemicals, radiation, medications, nutrient deficiencies, and immune health, also significantly affect skin aging, glycation, and cellular aging.

As these changes unfold, visible morphological alterations arise from diverse influences and deficiencies. Various internal and external alterations in facial morphology have been observed, with recent research highlighting the complex relationships among environmental, biological, and metabolic factors. Facial and skin aging involves the biochemical and physiological breakdown of the dermal extracellular matrix (collagen, elastin, hyaluronic acid), driven by intrinsic aging and external factors. Consequently, skin elasticity diminishes, collagen decreases, and MMPs increase, degrading the supportive skin structure and causing wrinkles and laxity.

This dynamic process causes structural changes in soft tissues and bones, modifying the face and body outline through atrophy of skin, fat, and muscle, and, to a lesser extent, bone resorption. These changes lead to wrinkles, reduced muscle tone, lipoatrophy, sarcopenia, and volume loss. In response, a permanent muscle tone develops to counteract atrophy, helping stabilize the skin through compensatory mechanisms.

This lecture will overview the anatomical and physiological changes in facial skin with age, changes in skin systems, and cellular aging, along with prevention strategies, nutritional support, and perspectives on noninvasive, aesthetic approaches to address aging concerns.

Please Note: This lecture will not be recorded, notes and certificate included.

https://dermaeducationtv.com/classes%2Fregistration/ols/products/thefscialandskinagingmatrix

In a groundbreaking discovery, scientists at the University of Cambridge have successfully reversed the biological age of human skin cells by about 30 years. Using a technique that reprograms cells without changing their identity, researchers were able to restore the function and appearance of aging cells to a more youthful state.
This method is based on partial cellular reprogramming, where adult cells are exposed to specific genetic factors for a limited time. Instead of turning the cells into stem cells, as in traditional reprogramming, this approach rejuvenates the cells while preserving their original function. The team used fibroblast cells, which are responsible for producing collagen and maintaining skin structure.
After treatment, the aged cells showed signs of behaving like much younger ones. They produced more collagen, healed faster, and showed patterns of gene activity that resembled those of much younger cells. Importantly, the cells retained their identity as skin cells, avoiding the risks associated with full reprogramming, such as tumor formation.
While the study was conducted in a lab setting and is still in early stages, the results are being called a major step forward in regenerative medicine. Scientists hope this method could eventually be applied to other tissues in the body, potentially helping to treat age-related diseases and slow the visible and functional effects of aging.
It’s not about immortality. It’s about health, helping the body maintain its natural function longer, with fewer age-related declines.
Cellular aging may no longer be a one-way process. A future of healthy longevity might begin at the molecular level.

Happy Spring! 💫 🌼...Esthetic pros wanting to level up your continuing education ? - Take advantage of these amazing educational opportunities with an added discount bonus (expiring May 1st). "Blue Dot" specials are on sale! Live online and interactive Zoom lectures with notes template. Due to the intellectual property and advanced research level content, lectures are not available as recorded sessions. For more information and registration: https://dermaeducationtv.com