In our second module, participants will first be taught about humeral shaft fractures. Afterwards, the second part covers the field of elbow fractures. Both videos follow the same order: After learning about the basic anatomical principles, participants will be encouraged to study the epidemiology and classification of the different fractures. They will learn about the right diagnostic investigation and subsequently, they will be familiarized with the indications for different treatment options including both non-operative and surgical alternatives. In the second part of this module regarding the upper extremity, two more bone fractures will be brought closer to the participant: fractures of the distal radius, the most common fracture in human beings, as well as metacarpal fractures. Regarding fractures of the distal radius, participants will first of all repeat the basic anatomical principles. Subsequently, they will learn about the classification of those kinds of fractures, the right diagnostic investigation as well as the non-operative vs. surgical treatment options and the follow-up treatment. In terms of metacarpal fractures, participants will first of all get to know the anatomical principles, particularly the different localizations of fractures, which affect the chosen treatment and other aspects.

The first part of this tutorial is about two main pathologies of the hand in traumatology. In the first video, participants will learn about the anatomical principles of the scaphoid bone as well as the epidemiology of its fractures. Subsequently, they will be familiarized with its classification and the particular treatment. The second episode covers ruptures of the extensor tendon in the hand. Just like in the other modules of the Basics of Trauma Surgery, this course starts with an anatomic introduction to the localization, followed by epidemiologic explanations of the state-of-the-art treatment of injuries to this region. In the second part of this module, participants will primarily study fractures of the thoracic and lumbar spine followed by cervical spine injuries. They should envision the anatomy of the spine and the epidemiology as well as the most common injury mechanisms of related fractures. Participants should attach great importance to the clinical-neurological examination. They will be familiarized with both the vertebra model according to Denis and the classification according to Magerl for fractures of the thoracic and lumbar spine as well as a classification for injuries of the upper cervical spine. Different treatment options are presented, e.g. by ventral or dorsal stabilization. The fourth and last video of this module is about pelvic injuries. After explaining the basic anatomical principles and the danger of hemorrhage, participants will be familiarized with the epidemiology and classification of pelvic ring fractures. Furthermore, different treatment options will be highlighted.

In this module, participants will learn about fractures of the femur. The first video is about fractures of the proximal femur that can be subdivided into fractures of the head and neck as well as pertrochanteric and subtrochanteric fractures. Especially the blood supply of the proximal femur is a crucial concern in fractures. Different treatment objectives and options are therefore highlighted. The second video continues with fractures of the femoral shaft. Participants will learn about the basic anatomical principles and their consequences for fractures of this area. After getting to know the epidemiology of femoral shaft fractures and their underlying accident mechanism, different options for operative treatment are presented. In the second part of the module, participants will learn about two more main traumatological pathologies of the lower extremity. The third video is about fractures of the ankle joint. After getting to know the basic anatomy and the trauma mechanism, participants should internalize the classification, which is important for the further procedure. In addition, the clinical and radiological examination will be highlighted.

The first part of this module is about tibial head fractures. Analogous to the preceding modules, the anatomical basics are covered first. Furthermore, there is an introduction to the classifications of this type of fracture. The participants will subsequently learn about the correct diagnostic examination as well as the different treatment options, conservative and surgical measures as well as adequate follow-up schemes. Afterwards, the module treats two further very common entities in traumatology: traumatic brain injury (TBI) and cut wounds and their treatment by means of adequate wound suture. Just like in the other modules, we first focus on the introduction of the anatomy of the skull and afterwards, accident mechanisms of this body region are shown. Subsequently, details on the particular risks associated to head injuries are provided and how these dangerous consequences of an accident can be treated correctly. In the last part of the module, we finally cover cut injuries and their treatment by means of wound suture. Like before, we first introduce possible injury mechanisms, followed by the state-of-the-art treatment of these injuries.

In this final module of our course, we initially address two further common everyday injury mechanisms: bite wounds, which can for example be caused by animal bites and which are often underestimated. This is particularly dangerous, as they can be associated with serious infections. First, we focus on the incidence of these injuries and subsequently on the correct treatment by means of wound suture and antibiotics. The second video of the module covers burn injuries, which are injuries that can also occur unexpectedly every day, for example as a result of mishaps in the kitchen. Initially, we outline the basics of burn injuries, followed by a detailed description of wound management of this particular traumatic entity. In the final teaching unit of the Basics of Trauma Surgery of TUM, we detail on a dangerous injury pattern: penetrating injuries to the thorax. Just like in the preceding modules, this unit starts with an epidemiologic classification and the basics of these often life-endangering injuries. The course eventually closes with a detailed explanation of the necessary imaging and correct therapeutic options, which are indispensable to ensure survival and satisfactory recovery of the affected patients.