Research Article

Fracture Shaft Humerus

Orthopaedic Journal of MP Chapter

Publisher: Madhya Pradesh Orthopaedic Association www.mpioa.com
E-ISSN:2582-7243, P-ISSN:2320-6993
2016 Volume 22 Number 1 JAN-JUN

Fracture Shaft Humerus: Plating OR Nailing?

Choudhari P1*, Baxi M2, Patidar S3

1* Pradeep Choudhari, Professor, Department of Orthopaedics, Sri Aurobindo Medical College and Post Graduate Institute, Indore, Madhya Pradesh, India.

2 Baxi M, Department of Orthopaedics, Sri Aurobindo Medical College and Post Graduate Institute, Indore, Madhya Pradesh, India.

3 Patidar S, Department of Orthopaedics, Sri Aurobindo Medical College and Post Graduate Institute, Indore, Madhya Pradesh, India.

Background: Conservative management of fracture shaft humerus yield in satisfactory results in most of the cases. Dilemma between dynamic compression plating and ante grade intra-medullary nailing occurs when a surgery is indicated.

Method: A total of 42 patients with fracture shaft humerus were treated surgically. 22 were subjected to plating and 20 were subjected to intra-medullary nailing. Functional outcome of patients were recorded using Constant and Murley score along with other parameters such as duration of surgery, intra-operative blood loss, complications and union time.

Results: Mean duration of surgery in plating group was 125.13 minutes and in the nailing group was 51.95 minutes. Average amount of blood loss in plating group was 209.09 ml and in nailing group was 60.5 ml. In the plating group 17 (77.27%) patients had complication free recovery period. 2 (9.09%) patients were found to have post-operative radial nerve palsy. 3 (13.63%) patients reported with superficial surgical site infection with wound dehiscence. In the nailing group 17 (85%) patients had uneventful recovery. 2 (10%) reported pain at shoulder and 1 (5%) patient complained of decreased abduction of shoulder at 1 year follow up. As per the Constant and Murley score, in the plating group 14 (63.63%) patients yielded excellent, 4 (18.18%) good, 2 (9.09%) fair and 2 (9.09%) poor results. Whereas, in the nailing group 14 (70%) patients yielded excellent, 4 (20%) good, 1 (10%) fair and 1 (10%) poor results. Mean radiological union time in plating group was 15.63 weeks and in the nailing group was 14 weeks.

Conclusion: Both intra-medullary nailing and dynamic compression plating are excellent methods for surgical fixation of shaft humerus fractures. Both of these methods yield in comparable results in terms of functional outcomes and union rates. Intra-medullary nailing holds edge over plating in terms of lesser blood loss, lesser operative time, shorter stay in hospital and less incidence of complications such as radial nerve palsy.

Keywords: Shaft humerus, dynamic compression plate, intra-medullary interlocking nailing

Corresponding Author How to Cite this Article To Browse
Pradeep Choudhari, Professor, Department of Orthopaedics, Sri Aurobindo Medical College and Post Graduate Institute, Indore, Madhya Pradesh, India.
Email: 		Choudhari P, Baxi M, Patidar S, Fracture Shaft Humerus: Plating OR Nailing?. ojmpc. 2016;22(1):8-14.
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https://ojmpc.com/index.php/ojmpc/article/view/21
Manuscript Received Review Round 1 Review Round 2 Review Round 3 Accepted
2016-06-06 2016-06-12 2016-06-18 2016-06-24 2016-06-30
Conflict of Interest Funding Ethical Approval Plagiarism X-checker Note
None Nil Yes 14.44

© 2016by Choudhari P, Baxi M, Patidar Sand Published by Madhya Pradesh Orthopaedic Association. This is an Open Access article licensed under a Creative Commons Attribution 4.0 International License https://creativecommons.org/licenses/by-nc/4.0/ unported [CC BY NC 4.0].

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Introduction

Fractures of shaft humerus are those fractures which lie distal to the surgical neck of the humerus and proximal to the supra-condylar ridge distally [1]. These are frequently encountered injuries in practice with an overall incidence of 1-2% [2] of all the fractures and 14% of all fractures occurring in humerus [3]. These occur in all the age groups with equal incidence in both the genders, while in the elderly, higher incidences are seen among females [4, 5]. High energy trauma caused by falls and motor vehicle accidents are the main etiological factors associated with these fractures in younger population, whereas low energy trauma is the commonly implicated mechanism in the elderly [4].

The first recorded evidence of these fractures date back to 17thcentury B.C., during the time of ancient Egypt. Writings on papyrus suggest occurrence of shaft humerus fractures and their treatment by conservative methods [6]. Nothing much has changed since ages, as most of the fractures are still treated in a similar fashion as conservative measures have remained the mainstay of the treatment.

A good final outcome in these is credited to adequate coverage of the shaft with muscle and soft tissues. The wider acceptability parameters for adequate union are also encouraging for employment of non surgical measures. Acceptable parameters include 300 of varus angulation, 200 of anterior bowing, 150of mal-rotation, and 3 cm of shortening [7].

But in recent times, in view of fulfilment of the demands of modern patients like early relief from pain, quicker return to function and faster union, a surgery is warranted in some cases. Also what encourages the surgical treatment is the fact that benefits of non-surgical treatments are not that angelic as once thought [8, 9].

In certain scenarios outcomes of surgery can be beneficial. What constitutes the absolute indications for surgery in these cases are fractures associated with neuromuscular injury, open fractures, multiply injured patient, floating elbow, a pathological fracture and failure to achieve satisfactory reduction through non-operative treatment [8,10]. Once an operative management is planned, plating or intra-medullary nailing are commonly employed measures. The precise indications for each of these procedures are unclear. Various outcome studies report benefits of one procedure over the other for both nailing and plating [11, 12].

In this study, we aim to present a comparative analysis of two series of patients operated with dynamic compression plating and ante-grade intra-medullary interlock nailing respectively with focus over their functional outcomes, complications and other important parameters.

Materials and Methods

In this prospective study, a total of 42 patients with fracture shaft humerus treated surgically from December 2013 to November 2015 were included.

Skeletally immature patients, patients not fit for surgery, patients with associated fractures, head injury; pathological or open fractures were excluded from the study. All patients with displaced fracture of humerus were selected for Surgery. Randomization was done using computer tables and patients were allocated to either plating (open reduction and internal fixation with compression plating) or nailing (closed reduction and internal fixation with ante-grade intra-medullary interlocking nailing) group. These patients were subjected to surgery three days following admission after obtaining fitness for surgery. Patients were positioned in supine position on a radiolucent table for nailing and anterolateral plating while prone position with arm hanging by side of the table used for posterior plating. All the procedures were carried out under regional anaesthesia.

As a rule, patients subjected to plating were approached with a standard anterolateral approach for fractures spanning over proximal two thirds of shaft. While distal third fractures were addressed through posterior midline approach to the shaft of humerus. After adequate reduction fixation was done with a 4.5 mm dynamic compression plate or a 4.5 mm locking compression plate with or without lag screws depending upon the fracture morphology. Reduction was visualized under IITV guidance. Minimum six cortices proximally and six distally were fixed with screws. A suction drain was put prior to closure.

Patients undergoing intra-medullary interlock nailing were approached with a skin incision given over anterolateral corner of acromion, followed by location of entry point under IITV guidance. Sequential reaming was done with reamer of 1 mm diameter above the determined nail diameter. Nail length and diameter was determined intra-operatively under fluoroscopy guidance. Two locking bolts proximally and two distally were inserted.

Limb was immobilized for initial 48 hours, following which range of motion exercises were encouraged. Removal of drain in cases of plating was done 48 hours following surgery. Full range of motion was allowed after suture removal. Patients were followed up at 6, 12, 24 weeks, 1 year and every 6 months subsequently. Functional outcome of patients were recorded using Constant and Murley score on each follow-up [13]. Radiological union was determined by taking radiographs at each follow-up. Bridging of three of the four cortices and disappearance of the fracture line on the plain radiographs in two standard orthogonal projections (antero-posterior and lateral) was considered as radiological union. Statistical analysis was done using Graphpad Software (Trial Version) to see the difference in frequency of discrete variables in two groups.

Results

A total of 42 patients underwent surgery. 22 patients were operated with plate fixation and 20 with intra-medullary interlock nail insertion.There was no demographic difference in two groups. The mean age in plating group was 39.65 years (22 - 69 years) in nailing group was 41.09 years(20-62 years).


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Gender - Majority of patients in both the groups were males. In the plating group 15 (68.18%) patients were male and 7 (31.81%) were female. In the nailing group 12 (60%) patients were male and 8 (40%) were female.

Mode of injury - Road traffic accidents were the most common mode of injury. 16 (72.72%) and 13 (65%) of fractures were attributed to road traffic accidents in plating and nailing groups respectively.

Duration of surgery - Mean duration of surgery was found to be morein the plating group (125.13 minutes) in comparison with nailing group (15.95hours). There exits a statistically significant difference in these two groups. Surgical time is calculated as time taken for surgery from incision to closure of wound.

Amount of blood loss - Average amount of blood loss was higher in plating group (209.09 ml) in comparison with nailing group (60.5 ml). This difference was found to be statistically significant. Amount of blood loss is calculated by Volume of blood in Suction Flask. These results are further elaborated in Table 1, Figure 1 and 2.

Complications - In the plating group 17(77.27%) patients had complication free recovery period. 2(9.09%) patients were found to have post-operative radial nerve palsy. 3(13.63%) patients reported with superficial surgical site infection with wound dehiscence.

In the nailing group 17(85%) patients had uneventful recovery. 2(10%) reported pain at shoulder and 1 (5%) patient complained of decreased abduction of shoulder.

Mean duration of hospital stay - Mean duration of hospital stay was more in plating group (9.68 days) as compared to nailing grouped (4.65 days). This difference was statistically significant. Constant and Murley score - In the plating group 14 (63.63%) patients yielded excellent, 4 (18.18%) good and 2 (9.09%) fair and 2 (9.09%) poor results.


AttributesPlating GroupIntra-medullary Nailing Groupp value
Number of Patients (total=40)2220
AgeRange (years)22-6920-62
Mean (years)39.6541.090.6351
GenderMale1512
Female78
Mode of InjuryTraffic Accidents1613
Other67
Mean Duration of Surgery (minutes)125.1351.950.0068
Mean Amount of Blood Loss (ml)209.0960.5<0.001
Mean Duration of Hospital (days)9.684.650.0010
ComplicationsNumber of Cases53
Superficial Infection30
Radial Nerve Palsy20
Shoulder Pain02
Decreased Shoulder Movement01
Constant and Murley ScoreExcellent1414
Good44
Fair21
Poor21
Mean Grading
(difference from the normal side)		13.6411.950.4338
Mean Radiological Union Time
(weeks)		15.63140.06

Table 1: Table showing various results of the plating and nailing group

Whereas, in the nailing group 14 (70%) patients yielded excellent, 4 (20%) good, 1 (10%) fair and 1 (10%) poor results. Union Time - Although the mean radiological union time was shorter in nailing group (14 weeks) as compared to plating group (15.63 weeks), this difference was not statistically significant.

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Figure 1: 45 year old male with fracture shaft humerus treated with intra-medullary nailing. A: Pre-operative radiograph; B: Immediate post-operative radiograph; C: Radiograph on 1 year follow-up


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ojmpc_21_02.jpg
Figure 2: A 25 year old male with fracture shaft humerus treated with plating. A: Pre-operative radiograph; B: Immediate post-operative radiograph; C: Radiograph on 1 year

Discussion

Most of the humeral diaphyseal fractures are conservatively manageable, dilemma occurs when a surgery is indicated. Both compression plating and intra-medullary nailing are a surgical standard of care in such fractures. But a consensus regarding which method is better has not yet been established.

In a meta-analysis of 3 studies comprising of 155 patients, Bhandari et al. could not establish a conclusive method [11]. In a series of 84 such fractures treated either with plating or intra-medullary nailing, Chapman et al. concluded both as predictable methods for fracture stabilization and ultimate healing. [12].

Traditionally, compression plating is regarded as gold standard of surgical treatment [14], yielding in high union rates, less complications and early return to function [15]. It can be used effectively even in fractures with proximal and distal extensions. But on the flip side, it is associated with extensive soft tissue handling, periosteal stripping, longer durations of surgery, high infection rate and radial nerve palsy [16-18].

In our study the duration of surgery was more in plating group. The incidence of radial nerve palsy in various studies is reported from 6-15% [19-21]. Similarly, in our series 2 (9.09%) patients were complicated with radial nerve palsy. Use of intra-medullary nailing provides with advantage of biological fracture healing such as preservation of fracture haematoma, minimal handling of soft tissue and stripping of periosteum [21]. Nailing also provides advantage in terms of lesser operative time and decreased blood loss [17, 18].

Thus, making it a handy tool in management of injured patients. The same was observed in our study regarding lesser operative time and blood loss in the nailing group.Nailing has certain disadvantages. Is associated with insertion site morbidity such as impairment of shoulder movements [18, 21], impingement at acromion [17] and incursion of rotator cuff [17, 18].

Likewise, we observed shoulder pain in 2 (10%) cases and decreased shoulder movements in 1 (5%) case operated with intra-medullary nailing. Incidence of non-union is higher due to propensity of shaft humerus for residual fracture site distraction following nailing [22] and thus ultimately leading to higher re-operation rates [11, 12, 23].

Although in our serious none of the patients reported non union and none were subjected to re-surgery. In a randomized controlled trial, Changulani et al. in their series of 47 patients reported similar union rates in both the groups, but shorter healing time in nailing group and lesser shoulder mobility in plating group [24].

Similarly in this study we found that there no significant dissimilarities between both the groups in terms of union time and functional outcome but intra-medullary nailing is superior to plating in terms of lesser surgical time and lesser blood loss.

Whereas it is associated with more shoulder morbidity as compared to plating. There are certain limitations of the study. Sample size and secondly follow up period is too less for effective analysis and placing a firm conclusion.

Conclusion

Both intra-medullary nailing and plating are excellent method for surgical fixation of shaft humerus fractures. Both of these methods yield in comparable results in terms of functional outcomes and union rates. Intra-medullary nailing holds edge over plating in terms of lesser blood loss and operative time and less incidence of complication such as radial nerve palsy.

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