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Master Course in Trichology (MCT)

Comprehensive 3-Day Advanced Clinical & Surgical Hair Restoration Curriculum

  • University Affiliation: Northwest International University (NIU) Affiliated Program
  • Global Accreditation: Continuing Professional Development (CPD) Certified – UK CPD Approved
  • Course Duration: 3 Days (Advanced Clinical & Surgical Immersion)
  • Instruction Format: Interactive Core Lectures, Live Patient/Operating Room Demonstrations, & Supervised Hands-on Training
  • Minimum Eligibility: Strictly open to licensed Medical & Dental Practitioners who have completed foundational aesthetics tracks (MBBS, BDS, MD, MS, or international equivalents)
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Focus: Scalp Pathologies, Transdermal Delivery Systems, and Platelet/Growth Factor Concentrates

Module 1: Clinical Trichology & Scalp Pathologies

  • Anatomy and Physiology of the Hair: Deep dive into the hair follicle structure, follicular unit architecture, and the hair growth cycle (Anagen, Catagen, Telogen, Exogen).
  • Pathophysiology of Hair Loss: Diffuse vs. patterned hair loss. Detailed study of Androgenetic Alopecia (AGA) in males and females, Telogen Effluvium, Alopecia Areata, and Cicatricial (scarring) alopecias.
  • Advanced Diagnostics: Trichoscopy (dermoscopy of the scalp) features, identifying follicular signatures, hair pull test protocols, and interpreting scalp biopsies.

Module 2: Microneedling & Transdermal Delivery Systems

  • Mechanism of Action: Percutaneous collagen induction therapy, micro-injury cascades, and growth factor upregulation.
  • Device Dynamics: Comparative analysis of manual rollers, automated microneedling pens, and stamp devices (depth settings from 0.5mm to 2.5mm based on scalp thickness).
  • Clinical Protocol: Sterilization, cross-contamination prevention, mapping the treatment area, and post-procedure barrier repair.

Module 3: Autologous Regenerative Therapies: PRP & GFC

  • Platelet-Rich Plasma (PRP) Science: Principles of centrifugation, optimizing platelet concentration fractions (4x to 6x baseline), and activation kinetics.
  • Growth Factor Concentrate (GFC) Technology: Advanced acellular preparation, direct isolation of growth factors (PDGF, VEGF, EGF, IGF-1) from blood platelets for superior stability and reduced inflammation.
  • Clinical Application Parameters: Phlebotomy techniques, processing protocols, local ring blocks/topical anesthesia for the scalp, injection depths (interfollicular dermal delivery), and post-therapy recovery protocols.

Module 4: Day 1 Hands-On Practical Training

  • Anatomical landmark tracing and trichoscopic scalp mapping on live training models.
  • Supervised patient application of micro-needling devices utilizing precise depth variations across different scalp zones.
  • Hands-on clinical execution of phlebotomy, centrifugation processing, and interfollicular dermal injection delivery of autologous PRP and GFC.

Focus: Hairline Architecture, Nerve Blocks, Tumescent Dynamics, and FUE Mechanics

Module 5: Pre-Surgical Framework & Hair Transplant Theory

  • Patient Selection & Ethics: Psychological screening for Body Dysmorphic Disorder (BDD), managing patient expectations, and medical contraindications.
  • Aesthetic Hairline Design: Principles of facial symmetry, golden ratios, creating age-appropriate hairlines, establishing the macro- and micro-environments, and calculating graft requirements (density planning).
  • Donor Management: Safely defining the safe donor zone (SDZ), calculating donor density using a trichometer, and preventing donor depletion or over-harvesting.

Module 6: Surgical Pharmacology: Anesthesia & Tumescence

  • Local Anesthesia (LA): Pharmacology of Lidocaine and Bupivacaine, calculating maximum safe dosages (mg/kg), managing toxicity (LAST – Local Anesthetic Systemic Toxicity), and using epinephrine for hemostasis.
  • Advanced Block Techniques: Executing supraorbital, supratrochlear, and occipital nerve blocks to achieve total regional anesthesia with minimal patient discomfort.
  • Tumescence Fluid Dynamics: Formulation of custom tumescent solutions. The physics of hydrostatic pressure in creating the perfect surgical plane, minimizing bleeding, and separating the dermis from underlying large blood vessels.

Module 7: FUE & Bio-Enhanced Hair Transplantation

  • FUE Mechanics: Introduction to motorized and manual FUE scoring devices. Understanding punch geometry (sharp, blunt, serrated, hybrid) and choosing diameters (0.7mm to 0.9mm).
  • Bio-Hair Transplantation: Integrating biological scaffolds and regenerative storage solutions (e.g., HypoThermosol, ATP additives, or holding grafts in autologous PRP/GFC) to dramatically increase graft survival rates ex-vivo.

Module 8: Day 2 Hands-On Practical Training

  • Live interactive mapping and density planning for age-appropriate hairline restorations on diverse models.
  • Step-by-step design, formulation, and landmark mapping for regional nerve blocks and tumescent fluid delivery.
  • Hands-on trial calibration of motorized FUE scoring devices, adjusting punch geometries, and establishing depth control limits.

Focus: Facial Hair Transplants, DHI Implanters, and Tactile Ex-Vivo Training Residency

Module 9: Special Area Restoration: Beard Transplantation

  • Facial Hair Anatomy: Differences between scalp and facial hair graft characteristics (angle of exit, single-hair dominance, change in direction).
  • Design & Execution: Framing the cheek line, jawline, and goatee while maintaining an acute exit angle (10° to 15°) to ensure natural layment.

Module 10: Direct Hair Implantation (DHI) / Implanter Pen Technique

  • DHI Methodology: Comparative analysis of conventional slitting vs. the “No-Root-Touch” DHI implanter pen technique (Choi, Lion, or equivalent).
  • Surgical Mechanics: Simultaneous site creation and graft placement, depth control mechanics, and managing the positioning of the graft to prevent popping or burying.

Module 11: Pre-Clinical Simulation Laboratory (Hands-on Lab)

  • Ex-Vivo Tissue Training: Tactile simulation utilizing pork skin models to master the mechanical feel of tissue resistance.
  • Extraction Drills: Perfecting alignment, centration, depth control, and rotational speed parameters using FUE punches.
  • Implantation Mechanics: Mastering forceps handling, avoiding graft trauma (holding the dull tissue/bony structure of the graft rather than the bulb), and adjusting placement angles.

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