
Unlock the secrets of hair with this essential "Hair Theory" episode! For estheticians, understanding hair structure and its growth cycle is vital for effective hair removal and scalp care services. Tune into Esthetics Crash Course by Esthetics Magazine to master the science that impacts your daily practice.
In this episode, you will learn:
Hair Composition: Explore the basic structure, from the keratin protein to the living hair bulb and the protective function of sebum (oil) released by the sebaceous gland.
Hair Structure & Layers: Get a detailed look at the hair shaft layers (cuticle, cortex, medulla) and the surrounding anatomy, including the hair follicle, erector pili muscle (responsible for "goose bumps"), and the significance of sebaceous gland hairs.
The Hair Growth Cycle: Master the three critical phases—Anagen (growth), Catagen (transition), and Telogen (resting). Learn why knowing this cycle is essential for optimizing results in waxing and light-based treatments like IPL hair removal.
Hair & Scalp Disorders: Understand common conditions like Alopecia (Androgenetic, Traction, Areata) and Seborrheic Dermatitis. Learn your professional role in recognizing disorders, providing scalp treatments, and the importance of professional referrals and record-keeping to dermatologists or physicians.
This is a must-listen for estheticians, beauty therapists, and cosmetology students looking to elevate their expertise in hair biology and professional client care.
Visit our website for more essential esthetics education: estheticsmagazine.com
esthetics, esthetician, hair theory, hair structure, hair growth cycle, hair follicle, keratin, hair removal, IPL, waxing, scalp care, hair disorders, alopecia, sebaceous gland, esthetics education, cosmetology, esthetics crash course.
#HairTheory #EstheticsEducation #HairRemovalExpert #ScalpCare #HairFollicle #AnatomyForEstheticians #EstheticianLife #IPLhairRemoval #AlopeciaAwareness #EstheticsCrashCourse #Keratin #Sebum #BeautyPro
Esthetics Crash Course: Hair Theory - Structure, Cycle & Disorders