Open fractures are usually high-energy injuries that can lead to life-threatening multiple injuries. It is classified as an orthopaedic emergency, and successful treatment depends on a thorough assessment and prompt treatment of the patient and wound. With the rise in severe open tibia injuries, an ideal scoring system with high specificity and sensitivity for predicting limb salvage is required. A misdiagnosis can lead to unnecessary amputations or salvage operations. A variety of scoring methods have been described for limb salvaging. The Gustilo and Anderson classification system is still the most used. Following the original classification, typeIII injuries were subdivided into type-IIIA, which denoted adequate soft-tissue coverage of the fracture despite extensive skin loss, type-IIIB, which denoted extensive soft-tissue loss, periosteal stripping, and bone exposure; and type-IIIC, which denoted an open fracture with an associated arterial injury that required repair. It has the limitations of a low intra and inter-observer agreement rate, low specificity and sensitivity to salvage and ambulation, and an inability to predict functional results in the care of Type IIIB injuries. The Ganga Hospital Score (GHS) is an open injury score developed from a high-volume trauma center that treats more than 600 open lower-limb fractures each year, far higher than a typical major trauma center in the United Kingdom. Following three clinical trials, the score was developed and has been shown to accurately predict whether a limb can be saved or must be amputated. The scoring system's nature, which takes into account particular injuries to the bone, skin, and musculotendinous units, as well as comorbid factors, has also been expanded to advise wound treatment. In medicine, scoring systems are used to rate the severity of an illness, predict the outcome, and aid in management decisions. In open injuries, an ideal score would have a sensitivity of 100%, with all limbs requiring amputation scoring at or above the threshold value, and a specificity of 100%, with all limbs that can be preserved scoring below the threshold value. Because these injuries are frequently complex clinical conditions, this is challenging to achieve. Although it is preferable to err on the side of high specificity such that only a small percentage of salvageable limbs score over the amputation threshold, high sensitivity is also necessary to limit the number of secondary amputations.
The aim of this study is to assess interobserver reliability, sensitivity for amputation, and specificity for salvage of GHS in type-III injuries with open tibial fractures and predict the potential number of inpatient days, secondary procedures that would be required, and the rate of infection