The Podiatry Laboratory is a practical training and application unit where healthcare technicians are trained to identify functional and aesthetic problems affecting the feet, guide patients in accordance with the diagnosis and treatment protocols established by specialist physicians, and provide preventive care for healthy individuals.
What Is the Podiatry Laboratory? / What Is Its Purpose?
Primary Purpose: The primary purpose of the Podiatry Laboratory is to enable students in the Podiatry Program to transform their theoretical knowledge of maintaining foot health and preventing potential pathologies into lasting practical skills through preclinical hands-on training. The laboratory aims to train highly skilled healthcare professionals who can provide foot care to patients in accordance with physician guidance and provide medical foot care to healthy individuals.
Key Features: The unit is a specialized clinical simulation environment equipped with modern devices, instruments, and consumable materials developed for the field of podiatry. This infrastructure provides students with the opportunity to assess nail and skin pathologies safely in a controlled simulation environment.
Academic Contribution: All professional practical courses included in the curriculum are conducted in this laboratory. Students develop the ability to use podiatric equipment competently, safely, hygienically, and ergonomically, enabling them to complete the clinical training process comprehensively.
Equipment and Technical Infrastructure Available in the Laboratory
Key Features: The Podiatry Laboratory is equipped with instruments and devices that comply with current medical foot care standards and are suitable for podiatric procedures. The main equipment available in the laboratory includes:
- Wet and Dry Podiatry Drilling Systems: High-speed spray or vacuum-assisted dental/podiatric motor systems used for cleaning nail surfaces, thinning thickened nails, and removing calluses.
- Podiatry Chairs and Work Stools: Ergonomic and adjustable podiatry treatment chairs designed to ensure proper patient positioning while supporting the technician's comfort and posture during procedures.
- Sterilization and Disinfection Units: Autoclaves or dry-heat sterilizers used to prepare podiatric hand instruments, such as nippers, burs, and excavators, in accordance with appropriate sterilization standards.
- Orthonyxia and Onychoplasty Sets: Wire and spring systems used in orthonyxia procedures for ingrown toenails, as well as specialized podiatric acrylic and gel sets used in onychoplasty to restore lost nail tissue both aesthetically and functionally.
- Foot Support and Bandaging Materials: Hand tools and materials used to prepare pads, dressings, felt supports, and customized foot supports designed to help prevent toe deformities and provide support for the feet.
Research and Practical Application Areas
The laboratory provides the following core practical applications as part of the Podiatry Program courses, with the aim of improving students' manual skills and preparing them for clinical cases:
- Medical Foot Care: Mechanical cleansing and moisturizing of the skin and nail tissues, as well as general hygienic care and monitoring of healthy and problematic feet.
- Orthonyxia Techniques: Laboratory-based practical training in the use of nail wires and brace systems designed to correct ingrown toenail problems without surgical intervention.
- Onychoplasty Applications: Reconstruction of nails whose integrity has been compromised due to trauma or pathology using podiatric materials, including the application of nail prostheses.
- Preventive and Supportive Applications: Preparation of bandages, dressings, silicone toe pads, and customized foot supports designed to relieve pressure points on the foot.
- Pathology and Callus Assessment: Clinical assessment of foot health problems, abnormalities of the nail structures such as thickening, fungal infections, and ingrown nails, as well as hyperkeratosis (calluses), together with preventive approaches and the determination of the basic scope of care and treatment.
Benefits for Students and the Industry
- Advanced Manual Dexterity: Students develop the precise hand-eye coordination required to use rotary instruments and sharp podiatric instruments safely and accurately without causing harm to the patient.
- Multidisciplinary Approach: By learning to work in full accordance with physicians' diagnostic and treatment plans, students develop an integrated podiatric approach within the broader healthcare environment.
- Preparation for Employment in the Industry: Graduates trained with up-to-date equipment and technical methods are prepared to enter the workforce as qualified healthcare technicians in hospital podiatry clinics, diabetic foot centers, and institutions providing medical foot care services.
