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Introduction to the Program
A través de esta Postgraduate diploma, conocerás los punteros métodos de sutura microquirúrgica para los nervios y los vasos de la mano”
Fruto de los avances científicos, la utilización de la microcirugía se ha extendido enormemente entre los especialistas para abordar lesiones nerviosas, vasculares y tendinosas de la mano con excelso resultado. En consecuencia, los métodos empleados para su realización están en constante perfeccionamiento, con la idea de facilitar al máximo la labor quirúrgica del especialista y garantizar una óptima recuperación del paciente. Por esta razón, conocer todos estos avances es imprescindible para los especialistas en Cirugía Ortopédica y Traumatología que desean optimizar por completo su puesta al día profesional.
Ante tal situación, TECH ha apostado por llevar a cabo este programa, que proporciona al alumno los conocimientos más vanguardistas en materia de Microsurgery and Nerve Injuries of the Hand. Durante 6 meses de intensiva actualización, identificará las punteras técnicas quirúrgicas para tratar las lesiones nerviosas y del plexo braquial o las afecciones producidas en las partes blandas. Del mismo modo, ahondará en los métodos de cirugía ecoguiada empleados para abordar las patologías de la muñeca en pacientes muy concretos, tales como músicos o escaladores.
Gracias a que esta Postgraduate diploma se desarrolla por medio de una metodología 100% en línea, el profesional obtendrá la posibilidad de optimizar su aprendizaje sin ceñirse a incómodos horarios de estudio preestablecidos. Asimismo, esta titulación es diseñada e impartida por especialistas de referencia en Cirugía Ortopédica y Traumatología, quienes disponen de amplia experiencia en el tratamiento de las afecciones de la mano. Por ello, todos los conocimientos que proporcionarán a los alumnos gozarán de una completísima aplicabilidad en la práctica médica diaria
Cabe destacar que la titulación universitaria incluirá unas disruptivas Masterclasses a cargo de un reconocido Director Invitado Internacional.
Un prestigioso Director Invitado Internacional brindará unas exclusivas Masterclasses para ahondar en las terapias más vanguardistas para tratar las Lesiones Nerviosas de la Mano”
Esta Postgraduate diploma en Microsurgery and Nerve Injuries of the Hand contiene el programa universitario más completo y actualizado del mercado. Sus características más destacadas son:
- El desarrollo de casos prácticos presentados por expertos en Cirugía de Miembro Superior, Cirugía Ortopédica y Traumatología
- Los contenidos gráficos, esquemáticos y eminentemente prácticos con los que está concebido recogen una información científica y práctica sobre aquellas disciplinas indispensables para el ejercicio profesional
- Los ejercicios prácticos donde realizar el proceso de autoevaluación para mejorar el aprendizaje
- Su especial hincapié en metodologías innovadoras
- Las lecciones teóricas, preguntas al experto, foros de discusión de temas controvertidos y trabajos de reflexión individual
- La disponibilidad de acceso a los contenidos desde cualquier dispositivo fijo o portátil con conexión a internet fijo o portátil con conexión a internet
Conoce, con este programa, las revolucionarias técnicas de cirugía ecoguiada empleadas para abordar patologías de la muñeca en músicos o escaladores”
El programa incluye en su cuadro docente a profesionales del sector que vierten en esta capacitación la experiencia de su trabajo, además de reconocidos especialistas de sociedades de referencia y universidades de prestigio.
Su contenido multimedia, elaborado con la última tecnología educativa, permitirá al profesional un aprendizaje situado y contextual, es decir, un entorno simulado que proporcionará una capacitación inmersiva programada para entrenarse ante situaciones reales.
El diseño de este programa se centra en el Aprendizaje Basado en Problemas, mediante el cual el profesional deberá tratar de resolver las distintas situaciones de práctica profesional que se le planteen a lo largo del curso académico. Para ello, contará con la ayuda de un novedoso sistema de vídeo interactivo realizado por reconocidos expertos.
Aprende a tu propio ritmo y sin limitaciones externas de enseñanza gracias al método Relearning que posee esta titulación"
Disfruta de la metodología educativa más revolucionaria del panorama pedagógico y actualízate con las mayores comodidades de estudio"
Syllabus
The syllabus of this Postgraduate diploma is made up of 4 modules through which the specialist will delve into the most up-to-date aspects of microsurgery and the approach to nerve lesions of the hand. All the didactic resources available throughout this program are available in a wide range of highly varied textual and multimedia formats. Thanks to this, and through a completely online methodology, the student will enjoy an effective teaching adapted to their academic preferences.
Through this complete syllabus, you will enjoy an excellent up-to-date education in Microsurgery and Nerve Injuries of the Hand"
Module 1. Basic sciences applied to hand and upper extremity surgery. Methodology. Rehabilitation
1.1. History of Hand Surgery. Progress in the XXI century
1.1.1 From Ancient Times to the Modern Age
1.1.2 Contemporary Age. Discovery and changes
1.1.3 From 1950 to the present day. Progress in the XXI Century
1.2. Biology and physiology in relation to hand surgery. Tissue healing
1.2.1 Classification and clinical classification of hand wounds
1.2.2 Physiology: healing and epithelialization
1.2.3 Scar pathology
1.3. Embryology and genetics in hand surgery. Malformations
1.3.1 Early stages of development of the upper extremity. Genes involved
1.3.2 Growth and rotation of the outlines. Fragmentation process
1.3.3 Formation of the skeleton, musculature and appendicular joints
1.3.4 Vascularization and innervation of the developing limbs
1.3.5 Classification of congenital malformations of the upper extremity
1.4. Anatomy I in Hand Surgery. Functions and Biomechanics
1.4.1 Topography
1.4.2 Skin and fibrous skeleton
1.4.3 Bone and ligamentous skeleton
1.4.4 Functions and biomechanics
1.5. Anatomy II in Hand Surgery. Approaches
1.5.1 Musculature
1.5.2 Vascularization
1.5.3 Sensory innervation
1.5.4 Main approaches in hand surgery
1.6. Ultrasound applied to hand surgery
1.6.1 Objectives
1.6.2 Basic principles of ultrasound
1.6.3 Ultrasound diagnostic pathology in wrist and hand
1.6.3.1.1. Dorsal side
1.6.3.1.2. volar side
1.6.4 Bone and Joint Pathology
1.7. Magnetic Resonance Imaging applied to hand surgery. Nuclear Medicine
1.7.1 Wrist and hand radiography
1.7.2 CT in Hand Surgery. Diagnostic Applications
1.7.3 MRI in Hand Surgery
1.8. Anesthesiology applied to Hand Surgery. Walant Technique
1.8.1 Walant. Preparation
1.8.2 Use of the Walant in Hand Surgery
1.8.3 The Yes and No to the Walant
1.9. Rehabilitation: orthoses and basic principles in hand rehabilitation
1.9.1 Principles of Rehabilitation in Hand Surgery. Evaluation and therapeutic approach
1.9.2 Treatments with physiotherapy, electrotherapy and occupational therapy
1.9.3 Orthoses
1.10. Clinical Research in Hand Surgery: Study Population, Clinical Designs, Instruments and Measurements, and Data Analysis
1.10.1 Types of Clinical Studies
1.10.2 Design errors in clinical studies
1.10.3 Level of evidence
1.10.4 Diagnostic test statistics
Module 2. Hand Skin, Soft Parts and Infections
2.1. Wounds and types of healing. Sutures. Skin grafts
2.1.1 Hand wounds and types of sutures
2.1.2 Types of healing
2.1.3 Skin Grafts
2.2. Basics of the vascular anatomy of the hand applied to the realization of flaps. 2.2.1 Vascular anatomy of the hand
2.2.2 Pedicle Flaps
2.2.3 Grafts, from where and for where
2.3. Complex Wound Management
2.3.1 Initial Assessment
2.3.2 Evolution of the event
2.3.3 Advanced Cure Systems
2.4. Microsurgery
2.4.1 Bases of microsurgery on the hand
2.4.2 Microsurgical suturing of nerves and vessels
2.4.3 Use of microsurgery for flaps
2.5. Reimplantation. Fingertip coverage
2.5.1 Reimplants except thumb
2.5.2 Fingertip coverage except for the thumb
2.5.3 Reimplantation on the thumb, thumb tip coverage
2.6. Skin coverage with pedicled and free flaps on wrist and hand
2.6.1 Pedicle flaps on the Wrist
2.6.2 Pedicled flaps in hand
2.6.3 Free flaps in hand and Wrist
2.7. Reconstruction of the Hand by Composite Free Flaps
2.7.1 Neurocutaneous Flaps
2.7.2 Osteocutaneous Flaps
2.7.3 Toe-Hand
2.8. Infections of the hand. Cellulitis, tenosynovitis, arthritis, osteomyelitis
2.8.1 Cellulitis
2.8.2 Tenosynovitis
2.8.3 Arthritis and osteomyelitis
2.9. Burns
2.9.1 The acute burned hand: initial treatment
2.9.2 Initial surgery in the burned hand
2.9.3 Secondary surgeries and sequelae
2.10. High Pressure Injections and Extravasation Lesions
2.10.1 High pressure injections in the hand
2.10.2 Extravasation injuries
2.10.3 High pressure sequelae
Module 3. Nerve and Brachial Plexus Injuries
3.1. Clinical Exam. Electrophysiological diagnosis of peripheral nerve and brachial plexus
3.1.1 Anamnesis and clinical nerve examination
3.1.2 Electrophysiological techniques
3.1.3 Interpretation of neurophysiological results
3.2. Compressive lesions of the ulnar nerve
3.2.1 Distribution, exploration and definition of the areas of innervation of the ulnar nerve
3.2.2 Compression areas of the ulnar nerve. Functional Alterations
3.2.3 Conservative treatment and nerve decompression techniques.
3.3. Compressive lesions of the median nerve
3.3.1 Distribution, exploration and definition of the areas of innervation of the median nerve
3.3.2 Compression areas of the median nerve. Functional Alterations
3.3.3 Conservative treatment and nerve decompression techniques.
3.4. Compressive lesions of the radial nerve. Other compressive injuries in wrist and hand. Thoracic gorge
3.4.1 Distribution, exploration and definition of the areas of innervation of the radial nerve
3.4.2 Areas of compression of the radial nerve. Functional Alterations
3.4.3 Conservative treatment and nerve decompression techniques
3.4.4 Other compressive lesions. Thoracic gorge syndrome
3.5. Peripheral nerve palsy and palliative tendon surgery
3.5.1 Indications for tendon transfer. Sequence of the procedure
3.5.2 Tendon transfers for ulnar nerve palsy
3.5.3 Tendon transfers for median nerve palsy
3.5.4 Tendon transfers for radial nerve palsy
3.6. Nerve repair techniques
3.6.1 Neuroanatomy. General principles of nerve repair
3.6.2 Neurolysis and nerve transposition
3.6.3 Terminoterminal neurorrhaphy: epineural, perineural or fascicular, epiperineural
3.6.4 Nerve transfer (neurotization)
3.6.5 Nerve grafts. Types of Grafts: Results
3.6.6 Tubulization. Indications, techniques, results
3.7. Principle of nerve repairs: timing, tension, debridement, technique, strategy
3.7.1 Ideal timing for nerve repair. Repair vs. nerve replacement
3.7.2 Nerve repair surgery. Characteristics and Techniques
3.7.3 Nerve pathology surgery. Practical know-how
3.7.4 Pre- and post-surgical strategy. Medium and long term prognosis
3.8. Principle of nerve transfers. Nerve transfers of paralysis. Supercharge concept
3.8.1 Neurophysiological and technical principles of nerve transfers
3.8.2 Types of nerve transfers of paralysis
3.8.3 Supercharge technique. Concept, technique, results
3.9. Brachial plexus injuries. Strategy and management. Management of BPP
3.9.1 Brachial plexus injuries. Congenital and traumatic
3.9.2 Therapeutic strategy and management
3.9.3 Management of BPP
3.10. Spasticity and lesions of the central nervous system. Surgery of tetraplegia
3.10.1 Central nervous system lesions and spasticity clinic
3.10.2 Therapeutic strategy of the tetraplegic patient
3.10.3 Results and prognosis in the medium and long term
Module 4. Advances in hand surgery. Other Lesions
4.1. Ultrasound Applications in Wrist Surgery
4.1.1 Ultrasound anatomy of the wrist
4.1.2 Ultrasound-guided interventionism in the wrist
4.1.3 Ultrasound-guided surgery
4.2. Applications of Ultrasound in Hand Surgery
4.2.1 Ultrasound anatomy of the hand
4.2.2 Ultrasound-guided interventionism in the hand
4.2.3 Ultrasound-guided hand surgery
4.3. Wrist and hand injuries specific to musicians. Conservative and surgical treatment
4.3.1 Wrist and carpal injuries in musicians. 4.3.2 Finger injuries in musicians
4.3.3 Conservative and surgical treatment
4.4. Wrist and hand injuries specific to climbers. Conservative and surgical treatment
4.4.1 Wrist and carpal injuries in climbers
4.4.2 Finger injuries in climbers
4.4.3 Conservative and surgical treatment
4.5. Specific injuries in certain manual workers
4.5.1 Wrist injuries in the workplace
4.5.2 Hand injuries in the workplace
4.5.3 Conservative treatment vs. Surgical
4.6. Total Wrist Arthroplasty
4.6.1 Indications for Total Wrist Arthroplasty
4.6.2 Types of arthroplasty
4.6.3 Wrist prosthetic surgery
4.6.4 Wrist arthroplasty complications
4.7. Neuropathic pain and its management. Complex Regional Dystrophy Syndrome
4.7.1 Identification of the Patient with Neuropathic Pain
4.7.2 Management of Neuropathic Pain
4.7.3 Symptoms and Diagnostic Criteria of CRPS
4.7.4 Pharmacological and Interventional Treatment of CRPS
4.8. New Technologies applied to Hand Surgery. Robotics, 3D
4.8.1 Technological advances in Hand Surgery
4.8.2 Robotics and the Hand
4.8.3 3D engineering in Hand Surgery
4.9. Artificial Intelligence. Current and future applications
4.9.1 Possibilities of AI
4.9.2 Diagnostics and development of conservative treatment
4.9.3 Surgical possibilities of AI
4.10. Infantile spastic hand. Three-dimensional analysis and applied treatments
4.10.1 Identification of an Infantile Spastic Hand
4.10.2 Diagnostic Methods and Three-dimensional Analysis
4.10.3 Management of the spastic hand in children
Study this Postgraduate Diploma and enjoy didactic materials available in various multimedia formats, choosing those that best suit your study needs"
Postgraduate Diploma in Microsurgery and Nerve Injuries of the Hand
Would you like to become an expert in the treatment of nerve injuries of the hand? TECH Global University offers you the opportunity to acquire the necessary knowledge through the Postgraduate Diploma in Microsurgery and Nerve Injuries of the Hand, an educational program that will allow you to improve your skills and competencies in this field of medicine. This program is taught in online mode, which means that you will be able to access the classes from anywhere and at any time. In addition, you will have the help of a team of professionals specialized in the subject, who will provide you with a quality and personalized education.
Become an expert in the treatment of nerve injuries of the hand with TECH
During the Postgraduate Diploma in Microsurgery and Nerve Injuries of the Hand, you will learn how to diagnose and treat nerve injuries of the hand, from the simplest to the most complex. In addition, you will learn the most advanced microsurgical techniques to repair and reconstruct the nerves of the hand, which will allow you to improve the quality of life of your patients. The program includes a wide variety of topics, such as hand anatomy, neurophysiology of peripheral nerves, clinical evaluation of nerve injuries and hand rehabilitation. All of this, with the objective of providing a comprehensive and quality treatment to your patients. Don't miss the opportunity to acquire new knowledge and improve your skills in the treatment of nerve injuries of the hand. Enroll in the Postgraduate Diploma in Microsurgery and Nerve Injuries of the Hand from TECH Global University and become an expert in the field!