12.1 Introduction
Authors David A Volgas, Yves Harder
In addition to knowing how to perform reconstructive surgery on bone and soft tissues, the surgeon must develop an understanding of when and why to choose a particular option. In most cases, there are many feasible options and only few choices that are absolutely right or wrong. But in any given situation, there may be a solution that is most appropriate.
The following twenty cases depict frequent or exemplary soft-tissue problems of the extremities encountered by the orthopaedic trauma surgeon. However, it should be noted that not all cases require the same level of skills and not all procedures described can be performed by a trauma surgeon. Cases presented in the following section are grouped according to various skill levels. The degree of difficulty in performing the featured surgical procedures increases along with the skill level. Skill level I represents what a general orthopaedic surgeon could perform. Skill level II would be feasible for a trauma surgeon. Skill level III requires a surgeon with some training in soft-tissue coverage, whereas skill level IV requires a surgeon trained in microvascular surgical procedures. The level of required surgical skill is indicated in the table below and in each case.
The focus of these case presentations is on the surgeon′s train of thought and decision-making process rather than on surgical techniques. By following the experienced surgeon′s thoughts, the reader will learn to understand:
the process of identifying and selecting feasible options for a certain patient
the difference between feasible and best options
when to refer a case to—or ask advice from—a surgeon trained in more advanced reconstructive techniques.
Tab. 15.1
Case number |
Skill level |
Case type |
Location |
Indication |
Vascular pattern |
Type of transfer |
Tissue composition |
Page |
12.1 |
I |
Fracture blisters |
Distal tibia |
Closed fractue |
— |
— |
— |
234 |
12.2 |
I |
Debridement |
Arm |
Open fracture |
— |
— |
— |
237 |
12.3 |
I |
Elastic vessel loops |
Distal tibia |
Open fracture |
— |
— |
— |
241 |
12.4 |
I |
Negative-pressure wound therapy |
Distal tibia |
Open fracture |
— |
— |
— |
243 |
12.5 |
I |
Split-thickness skin graft |
Lower leg |
Morel-Lavallée lesion |
— |
— |
— |
247 |
12.6 |
II |
Transposition flap |
Distal tibia |
Wound dehiscence |
Random |
Transposition |
Fasciocutaneous |
250 |
12.7 |
II |
Bipedicled transposition flap |
Distal tibia |
Open fracture |
Random |
Transposition |
Fasciocutaneous |
256 |
12.8 |
II |
V-Y advancement flap |
Finger |
Open fracture |
Random |
Advancement |
Fasciocutaneous |
260 |
12.9 |
II |
Gastrocnemius flap (medial head) |
Medial knee |
Wound dehiscence |
Axial |
Transposition |
Muscle |
264 |
12.10 |
II |
Gastrocnemius flap (medial head) |
Medial knee |
Open fracture |
Axial |
Transposition |
Muscle |
267 |
12.11 |
II |
Soleus flap |
Anterior leg |
Open fracture |
Axial |
Transposition |
Muscle |
271 |
12.12 |
III |
Radial forearm flap |
Hand |
Open fracture |
Axial |
Transposition |
Fasciocutaneous |
275 |
12.13 |
III |
Distally based sural flap |
Medial ankle |
Traumatic defect |
Axial |
Transposition |
Fasciocutaneous |
279 |
12.14 |
III |
Medial plantar flap (instep flap) |
Plantar heel |
Heel ulcer |
Axial |
Transposition |
Fasciocutaneous |
283 |
12.15 |
III |
Free-style perforator flap (propeller flap) |
Achilles tendon |
Open fracture |
Axial |
— |
Fasciocutaneous |
287 |
12.16 |
III |
Rotation flap |
Sacrum |
Chronic ulcer |
Axial |
Rotation |
Fasciocutaneous |
291 |
12.17 |
IV |
Lateral arm flap |
Lower leg |
Open fracture |
Axial |
Free |
Fasciocutaneous |
294 |
12.18 |
IV |
Anterolateral thigh flap |
Lower leg |
Open fracture |
Axial |
Free |
Fasciocutaneous |
299 |
12.19 |
IV |
Latissimus dorsi/serratus anterior flap (chimeric flap) |
Lower leg |
Open fracture |
Axial |
Free |
Muscle |
302 |
12.20 |
IV |
Fibula flap |
Forearm |
Open fracture |
Axial |
Free |
Osteoseptocutaneous |
307 |