“The Longest Way Round Is The Shortest Way Home”: An Overhaul of Surgical Ward Rounds

World Journal of Surgery, Oct 2017

Background Ward rounds, a keystone of hospital surgical practice, have recently been under the spotlight. Poor-quality ward rounds can lead to a greater number of adverse events, thereby cascading to an increased financial strain on our already burdened healthcare systems. Faced with mounting pressures from both outside and inside health organizations, concerted efforts are required to restore it back into prominence where it can no longer take a backseat to the other duties of a surgeon. Methods The nucleus of this narrative review is derived from an extensive literature search on surgical ward rounds. Results In this review, we focus on the need for reforms, current characteristics of surgical ward rounds, obstacles encountered by competing interests and proposed solutions in delivery of effective ward rounds that can meet with newly laid guidelines. Conclusion Ward rounds should be standardized and prioritized to improve patient care.

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“The Longest Way Round Is The Shortest Way Home”: An Overhaul of Surgical Ward Rounds

''The Longest Way Round Is The Shortest Way Home'': An Overhaul of Surgical Ward Rounds Kunal Shetty 0 1 2 Stephanie Xiu Wern Poo 0 1 2 Kumuthan Sriskandarajah 0 1 2 Michail Sideris 0 1 2 George Malietzis 0 1 2 Ara Darzi 0 1 2 Thanos Athanasiou 0 1 2 0 Queen Mary University London (QMUL) , London , UK 1 Department of Surgery and Cancer, St Mary's Hospital, Imperial College London , London , UK 2 & Thanos Athanasiou Background Ward rounds, a keystone of hospital surgical practice, have recently been under the spotlight. Poorquality ward rounds can lead to a greater number of adverse events, thereby cascading to an increased financial strain on our already burdened healthcare systems. Faced with mounting pressures from both outside and inside health organizations, concerted efforts are required to restore it back into prominence where it can no longer take a backseat to the other duties of a surgeon. Methods The nucleus of this narrative review is derived from an extensive literature search on surgical ward rounds. Results In this review, we focus on the need for reforms, current characteristics of surgical ward rounds, obstacles encountered by competing interests and proposed solutions in delivery of effective ward rounds that can meet with newly laid guidelines. Conclusion Ward rounds should be standardized and prioritized to improve patient care. Abbreviations EWTD European Working Time Directive HCP Healthcare professionals MDWR Multidisciplinary ward round NHS National Health Trust OR Operating room PTWR Post-take ward round SWR Surgical ward round WR Ward round WRT Ward round team Introduction In seventeenth-century Paris, the Board of Directors of Hoˆ tel-Dieu Hospital in reply to the lobby posed by renowned French jurist Guillaume de Lamoignon on behalf of poor patients drew up its first code of conduct for its permanent clinicians. Concerns raised were that clinicians in favour of establishing private practices were neglecting poorer patients. In this code, the principle of daily ward rounds was established and, furthermore, mandated that a minimum of 2 h per day be spent in the examination of the hospital patients [ 1 ]. Ward round (WR) continues to be an integral aspect of hospital-based practice constituting a dynamic platform for members of a multidisciplinary team to integrate information from various resources and collectively make patient-centred decisions. Most importantly, it serves as a coherent communication channel, bedside from healthcare professionals to patients updating them of their daily progress. Its secondary purposes are education, fostering teamwork and leadership to name a few. Today, in the twenty-first century, WRs are again in the spotlight, as part of a holistic re-evaluation of the delivery of hospital care following parliamentary, media and public scrutiny of failing National Health Service (NHS) Trusts. Annual figures released by the General Medical Council of UK reveal a steady rise in complaints against doctors to a record-breaking 10,347 complaints in 2012 [ 2 ]. Amongst the top three complaints were allegations of poor communication and a lack of respect, each of which has risen by 69 and 45%, respectively, in the year 2011 [ 3 ], and these have been shown to influence patient outcomes in terms of morbidity and mortality [ 4 ]. The 2013 NHS Litigation Authority report for clinical claims of negligence made in the last 18 years recorded the highest number against surgery (33,207) as illustrated in Fig. 1. Surprisingly, it was greater than the combined number of complaints received against Obstetrics and Gynaecology (16,262) and Medicine (15,439), which stood second and third, respectively. The burden inflicted by reported claims against surgery over this period has reached a staggering sum in excess of £3,198,241,000 (approximately £3.2 billion) [ 5 ]. These reports are not exclusive to UK surgical practice. 69.2% of general surgeons in the USA were sued at least once during their career which far exceeds their general internal medicine compatriots (34%) [ 6 ]. The Francis report of the Mid Staffordshire NHS Foundation Trust public inquiry unearthed that the failings of the investigated body were caused by poor communication to patients and that the surgical unit was dysfunctional [ 7 ]. Deteriorating doctor–patient relationship is recognized too within the medical community. A third of residents in a survey believed that their trainers did not represent good role models for doctor–patient relationships [ 8 ]. Therefore, improving the surgeon–patient relationship must regain focus in order to improve public trust and mitigate litigations with its associated financial burden. Efforts towards improving standardized surgical health care and outcomes have been skewed by the disproportionate interest in improving operative room (OR) processes [ 9, 10 ] over ward care. Unsurprisingly, adverse events arising from either the ward or OR have commonalities in that both are attributed to miscommunication, poor decision-making and inconsistency in performance [ 9–12 ]. Ward rounds [ 12, 13 ] along with operative skills [14] and handover [ 15 ] are identified as the three key areas in surgical care linked to improved patient outcomes. However, WRs often viewed as mundane tasks [ 16 ], in more than half the episodes are neglected by senior doctors and instead led by junior doctors [ 17 ] which is rarely the case in the OR or out-patient clinic. Recent evidence suggests that discrepancies in short-term surgical outcomes, for example mortality, between hospitals are reliant on the quality of post-operative ward care [ 18 ]. Hospitals that possess an infrastructure capable of not only detecting but also escalating unwell patients have demonstrated lower mortality rates [ 19, 20 ]. In addition, patients are at increased risk of death if either admitted as an emergency during the weekend when hospitals are comparatively understaffed or if they underwent an elective surgical procedure at the end of the working week [ 21–23 ]. Lack of a senior clinician-led WR on weekends imposes patients into ‘‘hibernation’’ ultimately leading to delays in investigations, diagnosis, treatment and discharge from the hospital [ 24 ]. On the contrary, a consultant-led WR twice a day was shown to drastically reduce in-patient stay by half (10.4–5.3 days; p \ 0.01) with no effect on the readmission rate [ 17 ]. Recognizing the link between on-site presence of senior doctors to lower mortality risk of patients admitted during out of hours, the steering group of the Academy of Medical Royal Colleges led by the President of the Royal College of Surgeons of England suggested a daily consultant presence care system. The first proposed standard recommends that all in-patients should be provided consultant-led reviews, unless it has been determined that this would not affect the patient’s care pathway [ 24 ]. Recognizing the variability in the quality and frequency of consultant-led ward rounds, the Royal College of Surgeons of Edinburgh [ 25 ] have welcomed the joint initiative by the Royal College of Physicians and Royal College of Nurses in establishing ‘‘best practice principles’’ for medical ward rounds [ 26 ]. The objectives of this review are to outline the quantitative and qualitative factors of surgical ward rounds (SWRs), hurdles encountered and current guidelines. Methods Search strategy Studies were identified by an electronic search using MEDLINE, EMBASE and Cochrane Databases (1 January 1975–1 September 2016) with the following keywords simultaneously: ‘‘ward rounds, surgery, surgical visits’’. Studies were selected for further analysis based on careful reading of the available abstracts. Additional studies were obtained by reference crosschecking. Inclusion and exclusion criteria The following inclusion criteria were used: all patients were treated for a surgical condition and a defined ward round process was documented; only fully published articles were eligible for inclusion to reduce heterogeneity. No language restrictions were applied. Two reviewers (GM and KS) independently assessed studies for inclusion and completed data extraction into an electronic database, with disagreements resolved by consensus with a third reviewer (TA). Results and discussion were presented after data were pooled into eight main categories (Surgical Ward Round— Definitions, Mapping Surgical Ward Rounds, Membership in Surgical Ward Rounds, Communication and Leadership issues, Simulation and Education, Record Keeping and Need for Development). Results and discussion Surgical ward round SWRs possess unique traits differentiating it from other medical specialty ward rounds. Firstly, consultant surgeons have to divide their weekly clinical commitments between in-patient ward care (elective and emergency), out-patient clinics, operative theatres (elective and emergency) and administrative duties. Secondly, surgical patients differ from medical patients in that they usually transition from a surgical ward to an OR with an option of ICU before returning to the surgical ward. In terms of stepping up to the OR and step down back to the ward, their ward care is complex requiring judicious monitoring of a number of invasive adjuncts such as airways, drains, catheters, pumps, stomas, arterial lines, peripheral and central venous lines. Enhanced recovery programmes for major elective surgery have created a framework for multidisciplinary pre-operative and post-operative care which have ultimately shown proven benefits in terms of decreasing hospital stay and lowering complication rates [ 27 ]. However, the lack of similar recovery programmes in emergency surgery can be supplanted by structured and standardized SWRs, which direct a multidisciplinary effort in targeting the various aspects involved in the recovery of a surgical patient. Mapping surgical ward rounds An analysis of a surgeon’s work pattern revealed that on an average workday of 9 h 26 min, the surgeon spends 2 h 3 min on documentation and administration, 1 h 47 min on operative procedures, 1 h 43 min on internal communication and just 48 min on ward rounds [ 28 ]. On further inspection, the average time spent per patient at the bedside was under 2 min 30 s [ 29 ] which is less than a third of the recommended average of 9–10 min to be spent per patient as proposed by the Royal College of Physicians guidelines [ 26 ]. If it were to be enforced, a SWR for 20 patients would last approximately 3 h. Understandably, the recommended average time spent per patient on a routine medical ward round is probably calculated based on the time required on a medical ward round whilst using a ward round checklist [ 30 ] and need not apply to SWRs. However, it may be safe to infer that the observed average time spent per patient (2 min) on a SWR is insufficient to address all relevant issues. This might be attributed to the pressures faced by the surgeon from numerous commitments where SWRs seldom take precedence. Another observation on both medical and surgical ward rounds was that the average time spent on patients admitted in outlier wards was greater [ 29, 30 ] yet a comprehensive multi-centred study revealed that nearly a quarter (22.7%) of admitted surgical patients were located at outlier wards [17]. Membership in surgical ward rounds Daily WRs are usually led by a consultant surgeon and in his absence led by a registrar or senior resident. In addition to the aforementioned, the remaining members of the SWR comprise of junior doctors, patient’s assigned nurse, allied health professionals such as physiotherapists, pharmacists, dieticians and occupational therapists. Dependent on patients’ individual characteristics and ward, other specialists such as nurses with specialty interests (e.g. tissue viability, diabetes care and stoma care), consultant intensivists and microbiologist may also be present. Although each member plays a specific role within the team, these roles are mutually complementary sharing collective responsibility for delivery of ward care. Although surgical conditions in the last 50 years have not become more complex, surgical interventions have led to an expansion in the SWR team which in turn has resulted to a complex network of interactions between members as illustrated in Fig. 2. However, the stability of ward round members is affected by the multiple changeovers of junior doctors and ward nurses due to restriction in working hours, on-call and Fig. 2 Illustration of the complex network between patients and ward round team members. ‘‘Stable’’ members of the SWR are denoted in green and ‘‘unstable’’ in red. An increase in the number of interactions by a member of the surgical ward round team corresponds to an increase in the size of its representative circle educational commitments ultimately threatening continuity of patient care. This lack of continuity amongst frontline staff has ushered the need for improved process for handover [ 15 ]. Junior doctors participating in SWRs are largely composed of training and non-training grade doctors who spend between 4 and 6 months within a surgical firm. During the initial period of their tenure, they are rapidly required to grasp the SWR practices and preferences of the local hospital, unit and consultant. This requires a settling period to adapt to local practices ranging from a few weeks to months. By standardizing ward round protocols with room for minor modifications, it would not only decrease the effort in incorporating fresh junior doctors but also create a transparent culture of the team’s expectations and best practice. Completing the complex SWR network are patient relatives and documentation whether it is in paper (hard copy) or electronic (digital). Inclusion of patient relatives is critical as not only can they be a source of key information but they also play a major role in decisionmaking, creating a support system for the patient and adherence to therapy. The final ‘‘member’’ of the network or the team, and probably its most stable one, is the patient’s record. Critically, it serves as a communication channel between all team members who have not simultaneously reviewed the patient on the SWR. However, the quality of record keeping is very much user dependent and every effort must be made to conform to the guidelines laid by the Royal College of Surgeons of England [ 31 ]. From communication to collaboration Advantages of effective collaboration include: it can improve quality of health care and patient safety and also reduce workload issues that might induce burnouts amongst healthcare professionals. Similarly, failures in team work and communication are well-recognized threats to patient safety leading to adverse events [ 32 ]. Largersized teams and altering team dynamics are considered to be important factors, which can cause breakdown in continuity of care [ 33 ]. Core members of a SWR, namely doctors and nurses, have shown inadequate direct communication as in only 44% of SWRs [ 17 ] nurses are present. Instead, patient’s notes form the main channel of communication between these professionals, who disagree on priorities for patient care [ 34, 35 ]. Some of the barriers that may have contributed to poor collaboration include professional hierarchy, discrepancies in perception of effective communication and teamwork. Nurses’ perception of good collaboration is one that has their input acknowledged and respected, whilst that of physicians is of nurses that ‘‘follow instructions’’ and ‘‘anticipate needs’’ [ 36, 37 ]. These differences in ideology and ‘‘political power’’ may have deep roots in medical and nursing training [36]. Therefore, WRs should be targeted for fostering effective collaboration and teamwork as drivers for good clinical care. Current barriers to multidisciplinary WRs (MDWRs) are that they are inadequately prioritized by all HCPs, variable work shift patterns, lack of concerted efforts, frequent change in lead consultant, specialty, wards and poor handovers to name a few [ 25 ]. Doctors feel that nursing support was by chance and not routine, whilst nurses believe that the presence of senior doctors on ward rounds is unpredictable, irregular and therefore they are unavailable to participate leading to assumption that consistent MDWRs in UK hospital [ 38 ] are futile. The unpredictable and irregular availability of the members of the multidisciplinary team during ward rounds pose a challenge to share patient information and provide high-quality care. Until recently, pagers have been the sole means of communication between healthcare professionals when physical means are not possible. They are reliable, however, suboptimal and inefficient in that they deliver one-way communication, which result in workflow and ward round disruptions. Addressing these challenges, recommendations are required of making WRs a priority for all HCPs, by dedicating a set time for MDWRs, identification of staffing issues before the WR, assignment of individual roles to each member to improve engagement, improved communication technologies between healthcare professionals and the presence of a senior nurse at every bedside review [ 26 ]. Considering that 78% of SWRs commence before 9 a.m. [ 17 ], with re-arrangement of staffing priorities and levels, a co-ordinated well-attended SWR is feasible. When implemented, MDWRs, structured interdisciplinary rounds and daily goal setting has shown to improve communication, nurses’ ratings of teamwork and patient outcomes [ 39–41 ]. Need for leadership Increasingly surgeons are required to demonstrate leadership qualities in the context of their own immediate team, across teams, across services or the entire organization [ 42 ]. To improve the current format and to bring SWRs back into prominence, it will require vision, motivation, professionalism, communication, teamwork, resilience, networking, innovation and business acumen to name a few as illustrated in Fig. 3. These ingredients are some of the necessary leadership attributes [ 43 ] a surgeon must demonstrate in order to adapt to the major reformations transforming the NHS whereby as an individual and a community we could continue to exercise our influence in improving patient care. Unlike the past, surgical leaders can no longer rely on solely their reputations but are now required to demonstrate their understanding of the new business models of healthcare delivery, ability to tackle adaptive challenges, resolve conflict, demonstrate success in not only improving themselves but also others and emotional competence [ 44 ]. Instead of the belief that to lead is in one’s DNA, the drive of the NHS leadership academy is to forge it by introducing a framework which constitutes a part of undergraduate and postgraduate medical curriculum and education [ 45 ]. WR the soul of patient-centred care In the aftermath of the Francis report, the current UK health minister (Jeremy Hunt) in a recent speech stated initiatives must take place to end fragmented care and the culture of treating patients as a ‘‘critical business’’. Instead, patients should be treated as people with compassion and empathy [ 46 ]. The report ‘‘High quality care for all: NHS Next Stage Review final report’’ has reoriented our focus on treatment of patients with compassion, dignity and respect [ 47 ]. The emphasis is on publishing healthcare data capturing patients’ own views on the success of their treatment and the quality of their experiences in addition to measures of safety and clinical outcomes. Patients’ experience and views on the ward round can provide valuable feedback and opportunity for improvements in SWR practices. Although limited studies are available capturing patients’ perception of SWR, they are found to be overall positive even in the grand round format. Patients when provided prior explanation about the purpose of the SWR were found to have significantly better understanding of the process and therefore improve engagement [ 48, 49 ]. The role of education Educating trainees is a privilege and an obligation of the medical profession as recited in the Hippocratic Oath. Surgical management principles have become increasing complex with the introduction of minimally invasive techniques, interventional procedures and allied therapies. Yet trainees face severe challenges in surgical skills acquirement brought about by working hour restrictions. For instance, post-take ward rounds (PTWRs) serve as vital educational experiences to receive feedback on management plans of newly admitted patients from the admitting consultant (trainer). Interestingly, the provisional diagnosis was frequently altered in 27% of cases at PTWRs. Sadly trainees who miss PTWRs due to working hour restrictions fail to learn from their mistakes [ 50 ]. To maximize the educational ability of a WR, the leader should make prior plans that account for time spent, educational needs, assign the role of the teacher, create an educational environment and finally assess if these aims have been achieved [ 51 ]. Medical educational reforms have tried to separate from traditional Halstedian apprenticeship models, but some fundamental aspects of surgical training are still mired in it. Clinical teachers serve as role models to trainees who pattern themselves consciously or unconsciously on their attributes [ 52 ]. Excellent role models in medical education were associated with greater time spent on teaching, emphasis on doctor–patient relationship and focusing on the psychosocial aspects of medicine [ 53 ]. Role modelling can be improved both at a personal and at an institutional level. At a personal level, it requites conscious self-recognition of the importance in it, allocating sufficient time to teach, self-reflection and participation in team building exercises [ 52 ]. How can learning be assessed? Current surgical trainees in the UK are required to maintain an online digital record of their work-based assessments to demonstrate competency in training. In order for improvements to occur, it must be measurable. Assessments in the form of clinical examination skills and casebased discussions offered online via the Intercollegiate Surgical Curriculum Project [ 54 ] permit surgical trainees to continuously demonstrate knowledge, clinical skills, decision-making ability and non-technical skills that are necessary for proficient SWRs. Deficiencies in existing tools are that they insufficiently focus the assessment on skills necessary for WRs. Modified tools specifically designed to assess SWRs based on criteria set by checklists have been designed and piloted for the assessment of surgical trainees [ 55 ]. Toolkits have also been developed in the form of checklists to capture clinical skills, team interaction skills and doctor–patient interactions during a SWR [ 56 ]. Recently, a Quality of Information Transfer Tool has been developed and validated to further improve and directly combat the communication failures within WRT members and poor escalation of care, which previous tools such as SBAR have failed to address [ 57 ]. This objective training tool incorporates key clinical information and a solid presentation structure, whilst assessing the efficacy of communication skills training during escalation of care. Simulating surgical ward rounds Evaluation of doctor’s interaction processes with a patient in a simulated environment has been used for almost a decade in medical licensing examinations [ 58 ]. In surgery, it was originally introduced to improve operative skills in a controlled environment before transferring it to the OR [ 59 ]. Today simulation is increasingly used to improve non-technical skills of surgeons amongst which one of them is to undertake efficient SWRs. High fidelity virtual world simulation can create an easily accessible online portal to teach and assess surgical ward care processes [ 60 ]. Alternatively, real-time highly immersive simulated ward environments have been created and validated to assess SWRs. Simulated studies have revealed that junior surgical residents when leading a SWR manage lesser issues integral to a SWR, thereby committing greater adverse events when compared to senior residents [ 61 ]. Initial expenses in creation of a four-bedded simulation ward are a moderate amount of £5000. Additional running costs of a simulated ward round involve hiring of actors at £25 per hour comparable to expenses of conducting a simulated operating suite [ 62 ]. Despite its costs, the benefits are that it allows repeated practice in a safe and controlled environment free from compromising the well-being of real patients [ 56 ]. Checklists Checklists are observed to improve adherence to care processes in simulated surgical scenarios [ 9 ] and have demonstrated profound impact on reducing adverse events in the OR [ 10 ] leading to the widespread implementation of the WHO surgical safety checklist in six different languages. In comparison, the introduction of ward round checklists has received less enthusiasm despite 53–70% of surgical errors occurring outside the OR [ 63–66 ] and that the quality of SWRs is observed to be highly variable where lower-quality SWRs are linked to a greater number of preventable complications [12]. Addressing the need for standardizing ward rounds a comprehensive ward safety checklist has recently been developed [ 38 ]. It consists of three universal phases, namely introduction (phase one), timeout (phase two) and action (phase three) which in turn address 20 points. A provision is made to cover extra issues relevant to one’s specialty between phases one and two. Implementation of the ward safety checklist in an acute surgical unit has shown to improve consistency in completeness of SWR, but associated benefits and average time taken per patient were not measured [ 67 ]. Comprehensive WR checklists introduced in the past, when implemented, have been found to take on average 12 min per patient for completion [ 30 ]. A recent study by Alamri et al. [ 68 ] proposed a modified proforma in order to improve documentation as well as serve as important prompts during fast-paced surgical ward rounds (Fig. 4). Key ingredients in surgical checklists include: patient details, members of the multidisciplinary team, bedside patient consultation, history and examination findings, review of drains/tubes/lines, charts and medical investigations, documentation, estimated discharge date and presence of relatives/relevant discussions (Fig. 5) [ 68, 69 ]. Indeed with advances in electronic patient records, surgical ward round templates can be introduced to ensure standardization and optimization of patient care— variations of these proformas can then be adjusted to suit the specifics in each specialty. Caution must be taken in designing extensive checklists as their acceptance can be affected if prescriptive and time-consuming. The successful dissemination of the WHO safe surgery checklist over the more comprehensive SURPASS checklist hinged on its succinctness (22 points vs 90 points) and requires approximately 2 min for completion. Other disadvantages of checklists are: it requires a designated member of the WRT to be assigned the checker’s role, shifts the focus of attention away from the patient to the checklist, limits the leader’s intellectual autonomy and saturates the documentary process. Benefits of using checklists can be appreciated as an ‘‘aide memoire’’ to residents in the early phases of their training who are yet to form a structured method of leading SWRs. It also can be incorporated into the educational curriculum of both undergraduate and postgraduate students. Additionally, checklists can be used as assessment tools for revalidation, undergraduate and postgraduate examinations. Record keeping and use of technology Good surgical practice recommends that surgeons must diligently at all times maintain legible, complete and contemporaneous medical records [ 31 ]. Poor documentation has been associated with poor patient care and increased rates of adverse events [ 70 ]. In the current climate of increased shift work patterns brought about EWTD, the absence of one or more members of the WRT and rising medico-legal claims, maintenance of records is ever more important for continuity of care, communication between WRT members and as a medico-legal record. Implementation of structured proformas could improve the standards of record keeping in the UK that are found to be highly variable and often deficient [ 71, 72 ]. Healthcare professionals have increasingly moved away from traditional paper records to embracing technological advances that permit maintenance, sharing and storage of records digitally in the form of electronic patient records [ 73 ]. However, cautions must be taken before rushing to adopt EPR in its current format as it has been observed that these devices are obtrusive thereby altering team dynamics [ 73 ] and shifts the focus of attention from the patient to the electronic device resulting in negative patient experiences [ 74 ]. These deficiencies can be overcome by creating transparent, miniaturized electronic gadgets and training HCPs to alter their unconscious behaviour created by the introduction of electronic aids [ 74 ]. Efforts in development and incorporation of EPR are worthwhile as the benefits from it are limitless. It would allow for multiple users to simultaneously, remotely access in real-time up-to-date medical records and investigations at their fingertips. Other benefits include cost and error reduction, process automation as well as enhanced clinical documentation and decision support which aims to improve patient health care. Automatic error detection systems could potentially be developed to prevent adverse events. For example, drug interactions for prescribed drugs could be detected using intelligent systems, automatically alerting the clinician [ 74 ] or an inappropriately requested investigation (X-ray) for the wrong limb could be detected. In addition, mobile devices have been shown to enhance patient education in the hospital setting [ 75 ]. However, despite quicker access to hospital information and improved methods for information sharing, there are unintentional and feared side effects of increasing reliance on technology/e-health care, which include alert desensitization, reduction in clinical acumen and in the ward round setting, reduced patient focus and face-to-face engagement. In addition, some healthcare professionals have found the use of ‘‘computer on wheels’’ practically difficult. Baysari et al. [ 75 ] explored the impact of iPads, a relatively more convenient portable device on doctor–patient relationship: majority of patients did not think that iPad use impacted their engagement with doctors on rounds. Indeed, patients suggested that being offered choices and results of investigations in real time through the use of iPads helped them to feel more engaged in their care process [ 75 ]. Nonetheless, the impact of e-health records on ward rounds should be regularly audited to ensure patient care is not compromised from the increasing use of technology. The OpenNotes trial is an ongoing project which allows patients to view personal medical records live and this may become a future norm to encourage their involvement in medical decisions and care [ 76 ]. In this way, increasingly tech-and medical literate patients may be able to feed back in ‘‘real-time’’ clinical information, e.g. symptoms or any concerns to the clinical team [ 77 ]. Telecommunication advances have empowered off-site surgeons to conduct and participate in SWRs whereby the surgeon uses a joystick to remotely navigate a five-foot-tall robotic system on wheels named RP-7i [ 78 ]. Interaction in this form has been found to be acceptable by patients [ 79 ]. In order to improve handover and transfer of information, current communication technologies must be updated. Increasingly, pagers have been used in parallel with mobile devices as a means for interprofessional communication between healthcare teams. Mobile applications, particularly Whatsapp, are now widely popular and cost-effective communication tools amongst HCPs. Smartphones provide multiple communication modalities within teams in and outside of hospital, and these have been shown to provide greater satisfaction and perception of efficacy [ 80–83 ]. A randomized controlled trial comparing a new mobile phone app, Hark with usual paging systems, demonstrated superiority of the app in terms of quality of information transfer, rated highly effective and had better response time by users with no delays in patient care [ 84, 85 ]. The main disadvantages of mobile phone communication are need for a phone signal, Wi-fi or Internet network; concerns regarding security of information transfer; and potential for misunderstandings due to the lack of non-verbal communication [ 86 ]. However, these can be overcome with the development of a robust user-informed guide for the implementation of application-based communication system, taking into account the concerns regarding confidentiality and involving multiple stakeholders [ 87 ]. Surgeon’s dress code The doctor–patient relationship, and thus the ward round interaction, is influenced by the patient’s perception of the doctor. Traditionally, the doctor’s attire has reinforced stereotypes of authority and competence. In 2007, the Department of Health burgeoned by public concerns on hospital acquired infections recommended that doctors adopt a ‘‘bare below the elbow policy’’, thereby refraining from wearing long-sleeved shirts, wrist watches, long ties and traditional white coats [ 88 ]. When patients opinions on a surgeons attire were sought, majority of them indicated no strong preference for a certain type of attire and it did not significantly affect their perception of safety from infection or the type of care received [ 89, 90 ]. Surgical patients are at risk of acquiring infections due to their increasing age and size (obesity), comorbidities (diabetics), medication (immunosuppressants) and presence of wounds. Consequences of acquired infections can be catastrophic leading to lengthier stay, additional investigations, procedures and antibiotic therapy that ultimately may contribute to an increased risk of mortality. Despite inconclusive evidence, every precaution should be taken to minimize transmission of infections by simple and effective measures even if established current evidence is inconclusive and therefore it is advocated a ‘‘bare below elbows’’ policy. Improving the quality of surgical ward rounds The greatest gift from a doctor to his patient is time [ 4 ]. Adequate time spent on addressing most if not all of patients’ concerns, ensure clear management plans, regular updates and providing empathy when needed will have everlasting impression on whom we treat. Evidence suggests that the current state of SWRs is inadequate reflected by the time spent per patient and the mounting number of legal lawsuits against surgeons. SWRs must imminently regain one of the primary focuses of patient-centred hospital care [ 16 ] and no longer take a back seat to other responsibilities of the surgeon. Recent guidelines by the Royal Colleges too have stressed the importance of reforming ward care, yet there is a lack of clear strategy in tackling this issue [ 24, 26 ]. Quality metrics must be established to measure the quality of current SWRs in order to find areas for improvement. In this review, we identify three essential factors for an adequate surgical ward round as illustrated in Fig. 6. They are firstly team stability and its completeness, secondly the degree of communication and thirdly information gathering or documentation. All three of these factors must be maintained as suitable levels. A failure to do so will result in poor-quality surgical ward rounds ultimately threatening patient safety. A review on shift patterns and staffing levels is required at an organizational and local level to facilitate multidisciplinary ward rounds. Surgeon’s work schedules must have flexibility to accommodate post-take ward rounds where ample time is spent per patient. Consultant surgeon’s job plans require reconfiguration to focus adequate time on conducting quality SWRs. Currently available forecasting software tools are capable of predicting the number of emergency attendees, admissions, discharges and the time spent per operative procedure in OR, based on which information hospital managers can create weekly schedules. This information should also be used provide matching allocated clinical hours dedicated for SWRs. Conclusion Surgical ward rounds, operative care and handover are linked to patient outcomes. Initiatives should be taken by the hospital management to admit patients at almost all times to their assigned specialty wards to prevent unnecessary time wasted on already hard-pressed surgeons. Modern technology may be useful adjuncts in facilitating the seamlessness of the workflow of a SWR and allowing access for surgeons from remote locations to review their patients. However, steps must be taken to make existing technologies unobtrusive. SWRs should be standardized and prioritized as educational opportunities whereby roles can be switched to allow more junior members of the team to lead the SWR. Checklists and simulation have value for the inexperienced clinician, but the verdict on its universal applicability is still pending. Compliance with ethical standards Conflict of interest The authors declare that they have no conflict of interest. Open Access This article is distributed under the terms of the Creative Commons Attribution 4.0 International License (http://crea tivecommons.org/licenses/by/4.0/), which permits unrestricted use, distribution, and reproduction in any medium, provided you give appropriate credit to the original author(s) and the source, provide a link to the Creative Commons license, and indicate if changes were made. 1. McHugh T ( 2007 ) Hospital politics in seventeenth-century France: the crown, urban elites, and the poor . Ashgate Publishing Ltd , Farnham 2. 2012 Annual statistics for our investigations into doctor's fitness to practise . http://www.gmc-uk.org/06___Fitness_to_ Practise_ Annual_Statistics_Report_2012.pdf_53446275.pdf;2012. Accessed 26 May 2014 3. Herring R , Richardson R , Caldwell G ( 2012 ) Ward rounds: what goes around comes around . Lancet 380 ( 9850 ): 1281 . doi: 10 .1016/ S0140- 6736 ( 13 ) 60169 - 5 4. Leonard M ( 2004 ) The human factor: the critical importance of effective teamwork and communication in providing safe care . Qual Saf Healthc 13 : i85 - i90 5. The NHS Litigation Authority ( 2013 ) Factsheet 3: information on claims . http://www.nhsla.com/CurrentActivity/Documents/ NHSLAFactsheet3-claimsinformation2012-13.pdf. Accessed 26 May 2014 6. Kane C ( 2008 ) Medical liability claim frequency: a 2007-2008 snapshot of physicians . http://www.amaassn.org/ama1/pub/ upload/mm/363/prp-201001 - claim-freq. pdf. Accessed 26 May 2014 7. Robert F ( 2013 ) Report of the mid staffordshire NHS foundation trust public inquiry . http://www.midstaffspublicinquiry.com/ sites/default/files/report/Executivesummary.pdf. Accessed 26 May 2014 8. Cote L , Leclere H ( 2000 ) How clinical teachers perceive the doctor-patient relationship and themselves as role models . Acad Med J Assoc Am Med Coll 75 ( 11 ): 1117 - 1124 9. Arriaga AF , Bader AM , Wong JM et al ( 2013 ) Simulation-based trial of surgical-crisis checklists . N Engl J Med 368 ( 3 ): 246 - 253 10. Haynes AB , Weiser TG , Berry WR et al ( 2009 ) A surgical safety checklist to reduce morbidity and mortality in a global population . N Engl J Med 360 ( 5 ): 491 - 499 11. Gurses AP , Xiao Y ( 2006 ) A systematic review of the literature on multidisciplinary rounds to design information technology . J Am Med Inform Assoc 13 ( 3 ): 267 - 276 12. Pucher PH , Aggarwal R , Darzi A ( 2014 ) Surgical ward round quality and impact on variable patient outcomes . Ann Surg 259 ( 2 ): 222 - 226 13. Klingensmith ME ( 2014 ) Ward rounds and patient outcome: be attentive or suffer the peril . Ann Surg 259 ( 2 ): 227 - 228 14. Birkmeyer JD , Finks JF , O'Reilly A et al ( 2013 ) Surgical skill and complication rates after bariatric surgery . N Engl J Med 369 ( 15 ): 1434 - 1442 15. Nagpal K , Abboudi M , Fischler L et al ( 2011 ) Evaluation of postoperative handover using a tool to assess information transfer and teamwork . Ann Surg 253 ( 4 ): 831 - 837 16. Cohn A ( 2013 ) Restore the prominence of the medical ward round . BMJ 347 :f6451 17. Rowlands C , Griffiths SN , Blencowe NS et al ( 2014 ) Surgical ward rounds in England: a trainee-led multi-centre study of current practice . Patient Saf Surg 8 ( 1 ): 11 18. Ghaferi AA , Birkmeyer JD , Dimick JB ( 2009 ) Variation in hospital mortality associated with inpatient surgery . N Engl J Med 361 ( 14 ): 1368 - 1375 19. Ghaferi AA , Birkmeyer JD , Dimick JB ( 2009 ) Complications, failure to rescue, and mortality with major inpatient surgery in medicare patients . Ann Surg 250 ( 6 ): 1029 - 1034 20. Silber JH , Williams SV , Krakauer H , Schwartz JS ( 1992 ) Hospital and patient characteristics associated with death after surgery: a study of adverse occurrence and failure to rescue . Med Care 30 ( 7 ): 615 - 629 21. Aylin P , Alexandrescu R , Jen MH , Mayer EK , Bottle A ( 2013 ) Day of week of procedure and 30 day mortality for elective surgery: retrospective analysis of hospital episode statistics . BMJ 346:f2424 22. Aylin P , Yunus A , Bottle A , Majeed A , Bell D ( 2010 ) Weekend mortality for emergency admissions. A large, multicentre study . Qual Saf Health Care 19 (3) : 213 - 217 23. Bell CM , Redelmeier DA ( 2001 ) Mortality among patients admitted to hospitals on weekends as compared with weekdays . N Engl J Med 345 ( 9 ): 663 - 668 24. Academy of Medical Royal Colleges ( 2012 ) Seven day consultant present care . http://www.aomrc.org.uk/doc_view/9532- seven -day-consultant-present-care . Accessed 26 May 2014 25. http://www.rcsed.ac.uk/the-college/news/2012/october-2012/rcnrcp-statement. aspx. Accessed 24 Apr 2014 26. Ward rounds in medicine. Principles for best practice . http:// www.rcplondon.ac.uk/sites/default/files/documents/ward-roundsin -medicine-web.pdf. Accessed 23 Apr 2014 27. Nicholson A , Lowe MC , Parker J , Lewis SR , Alderson P , Smith AF ( 2014 ) Systematic review and meta-analysis of enhanced recovery programmes in surgical patients . Br J Surg 101 ( 3 ): 172 - 188 28. Mache S , Kloss L , Heuser I , Klapp BF , Groneberg DA ( 2011 ) Real time analysis of psychiatrists' workflow in German hospitals . Nord J Psychiatry 65 ( 2 ): 112 - 116 29. Creamer GL , Dahl A , Perumal D , Tan G , Koea JB ( 2010 ) Anatomy of the ward round: the time spent in different activities . ANZ J Surg 80 ( 12 ): 930 - 932 30. Herring R , Desai T , Caldwell G ( 2011 ) Quality and safety at the point of care: how long should a ward round take? Clin Med 11 ( 1 ): 20 - 22 31. Guidelines for clinicians on medical records and notes ( 2008 ). http://www.rcseng.ac.uk/…/docs/good-surgical-practice-1/…/ GSP2008.pdf. Accessed 22 Apr 2014 32. Yule S , Flin R , Paterson-Brown S , Maran N ( 2006 ) Non-technical skills for surgeons in the operating room: a review of the literature . Surgery 139 ( 2 ): 140 - 149 33. O 'Leary KJ , Buck R , Fligiel HM et al ( 2011 ) Structured interdisciplinary rounds in a medical teaching unit: improving patient safety . Arch Intern Med 171 ( 7 ): 678 - 684 34. Evanoff B , Potter P , Wolf L , Grayson D , Dunagan C , Boxerman S ( 2005 ) Can we talk? Priorities for patient care differed among health care providers . In: Henriksen K , Battles JB , Marks ES , Lewin DI (eds) Advances in patient safety: from research to implementation (volume 1 : research findings). Agency for Healthcare Research and Quality , Rockville 35. O 'Leary KJ , Thompson JA , Landler MP et al ( 2010 ) Patterns of nurse-physician communication and agreement on the plan of care . Qual Saf Health Care 19 (3) : 195 - 199 36. Makary MA , Sexton JB , Freischlag JA et al ( 2006 ) Patient safety in surgery . Ann Surg 243 ( 5 ): 628 - 632 (discussion 32-5 ) 37. Thomas EJ , Sexton JB , Helmreich RL ( 2003 ) Discrepant attitudes about teamwork among critical care nurses and physicians . Crit Care Med 31 ( 3 ): 956 - 959 38. Amin Y , Grewcock D , Andrews S , Halligan A ( 2012 ) Why patients need leaders: introducing a ward safety checklist . J R Soc Med 105 ( 9 ): 377 - 383 39. O 'Leary KJ , Wayne DB , Haviley C , Slade ME , Lee J , Williams MV ( 2010 ) Improving teamwork: impact of structured interdisciplinary rounds on a medical teaching unit . J Gen Intern Med 25 ( 8 ): 826 - 832 40. Pronovost P , Berenholtz S , Dorman T , Lipsett PA , Simmonds T , Haraden C ( 2003 ) Improving communication in the ICU using daily goals . J Crit Care 18 ( 2 ): 71 - 75 41. Vazirani S , Hays RD , Shapiro MF , Cowan M ( 2005 ) Effect of a multidisciplinary intervention on communication and collaboration among physicians and nurses . Am J Crit Care Off Publ Am Assoc Crit-Care Nurses 14 ( 1 ): 71 - 77 42. NHS Leadership Academy . http://www.leadershipacademy.nhs. uk/discover/leadership-framework/ setting-direction/identifying-thecontexts-for-change/ . Accessed 10 May 2014 43. Patel VM , Warren O , Humphris P et al ( 2010 ) What does leadership in surgery entail? ANZ J Surg 80 ( 12 ): 876 - 883 44. Souba WW ( 2003 ) The new leader: new demands in a changing, turbulent environment . J Am Coll Surg 197 ( 1 ): 79 - 87 45. Peter Spurgeon ID , NHS Institute for Innovation and Improvement. Guidance for undergraduate medical education: integrating the medical leadership competency framework . http://www.lea dershipacademy.nhs.uk/wp-content/uploads/2012/12/NHSLeader ship-Leadership- Framework-Guidance-for-Undergraduate-MedicalEducation-Integrating-the-MLCF.pdf . Accessed 10 May 2014 46. Hunt J ( 2014 ) Treating patients and service users with respect, dignity and compassion . http://www.gov.uk/government/spee ches/ jeremy-hunt-message-to-nhs-staff-on-supporting-compassio nate-care . Accessed 22 Mar 2014 47. (2008) High quality care for all. NHS next stage review final report . http://www.gov.uk/government/uploads/system/uploads/ attachment_data/file/228836/7432.pdf. Accessed 10 May 2014 48. Birtwistle L , Houghton JM , Rostill H ( 2000 ) A review of a surgical ward round in a large paediatric hospital: does it achieve its aims? Med Educ 34 ( 5 ): 398 - 403 49. Mahar P , Lake H , Waxman BP ( 2009 ) Patient perceptions of the surgical ward round . ANZ J Surg 79 ( 9 ): 584 - 585 50. Bhangu A , Hartshorne G ( 2011 ) Ward rounds: missed learning opportunities in diagnostic changes? Clin Teach 8 ( 1 ): 17 - 21 51. Ker J , Cantillon P , Ambrose L ( 2008 ) Teaching on a ward round . BMJ 337 :a1930 52. Cruess SR , Cruess RL , Steinert Y ( 2008 ) Role modellingmaking the most of a powerful teaching strategy . BMJ 336 ( 7646 ): 718 - 721 53. Wright SM , Kern DE , Kolodner K , Howard DM , Brancati FL ( 1998 ) Attributes of excellent attending-physician role models . N Engl J Med 339 ( 27 ): 1986 - 1993 54. Intercollegiate surgical curriculum programme . http://www.iscp. ac.uk/. Accessed 11 May 2014 55. Kumar S ( 2013 ) The ward round assessment tool: a new workplace-based assessment tool . Ann R Coll Surg Engl ( Suppl ) 95 ( 6 ): 1 - 8 56. Hull L , Birnbach D , Arora S , Fitzpatrick M , Sevdalis N ( 2014 ) Improving surgical ward care: development and psychometric properties of a global assessment toolkit . Ann Surg 259 ( 5 ): 904 - 909 57. Johnston MJ , Arora S , Pucher PH , Reissis YL , Huddy JR , King D , Darzi A ( 2016 ) Improving escalation of care: development and validation of the quality of information transfer tool . Ann Surg 263 ( 3 ): 477 - 486 . doi: 10 .1097/SLA.0000000000001164 58. Papadakis MA ( 2004 ) The step 2 clinical-skills examination . N Engl J Med 350 ( 17 ): 1703 - 1705 59. Reznick RK , MacRae H ( 2006 ) Teaching surgical skills-changes in the wind . N Engl J Med 355 ( 25 ): 2664 - 2669 60. Patel V , Aggarwal R , Cohen D , Taylor D , Darzi A ( 2013 ) Implementation of an interactive virtual-world simulation for structured surgeon assessment of clinical scenarios . J Am Coll Surg 217 ( 2 ): 270 - 279 61. Pucher PH , Aggarwal R , Srisatkunam T , Darzi A ( 2014 ) Validation of the simulated ward environment for assessment of ward-based surgical care . Ann Surg 259 ( 2 ): 215 - 221 62. Pucher PH , Darzi A , Aggarwal R ( 2013 ) Simulation for ward processes of surgical care . Am J Surg 206 ( 1 ): 96 - 102 63. Treadwell JR , Lucas S , Tsou AY ( 2014 ) Surgical checklists: a systematic review of impacts and implementation . BMJ Qual Saf 23 ( 4 ): 299 - 318 64. de Vries EN , Hollmann MW , Smorenburg SM , Gouma DJ , Boermeester MA ( 2009 ) Development and validation of the surgical patient safety system (SURPASS) checklist . Qual Saf Health Care 18 (2) : 121 - 126 65. Greenberg CC , Regenbogen SE , Studdert DM et al ( 2007 ) Patterns of communication breakdowns resulting in injury to surgical patients . J Am Coll Surg 204 ( 4 ): 533 - 540 66. Griffen FD , Stephens LS , Alexander JB et al ( 2007 ) The American College of Surgeons' closed claims study: new insights for improving care . J Am Coll Surg 204 ( 4 ): 561 - 569 67. Blucher KM , Dal Pra SE , Hogan J , Wysocki AP ( 2014 ) Ward safety checklist in the acute surgical unit . ANZ J Surg 84 ( 10 ): 745 - 747 68. Alamri Y , Frizelle F , Al-Mahrouqi H , Eglinton T , Roberts R ( 2016 ) Surgical ward round checklist: does it improve medical documentation? A clinical review of Christchurch general surgical notes . ANZ J Surg 86 ( 11 ): 878 - 882 69. Pitcher M , Lin JTW , Thompson G , Tayaran A , Chan S ( 2015 ) Implementation and evaluation of checklist to improve patient care on surgical ward rounds . ANZ J Surg 86 ( 5 ): 356 - 360 70. Zegers M , de Bruijne MC , Spreeuwenberg P , Wagner C , Groenewegen PP, van der Wal G ( 2011 ) Quality of patient record keeping: an indicator of the quality of care? BMJ Qual Saf 20 ( 4 ): 314 - 318 71. Fernando KJ , Siriwardena AK ( 2001 ) Standards of documentation of the surgeon-patient consultation in current surgical practice . Br J Surg 88 ( 2 ): 309 - 312 72. NCEPOD ( 2007 ) Emergency admissions: a journey in the right direction ? http://www.ncepod. org.uk/2007report1/Downloads/ EA_report.pdf. Accessed 24 Apr 2014 73. Morrison C , Jones M , Blackwell A , Vuylsteke A ( 2008 ) Electronic patient record use during ward rounds: a qualitative study of interaction between medical staff . Crit Care 12 ( 6 ): R148 74. Alsos OA , Das A , Svanaes D ( 2012 ) Mobile health IT: the effect of user interface and form factor on doctor-patient communication . Int J Med Inform 81 ( 1 ): 12 - 28 75. Baysari MT , Adams K , Lehnbom EC , Westbrook JI , Day RO ( 2014 ) iPad use at the bedside: a tool for engaging patients in care processes during ward rounds? Intern Med J 44 ( 10 ): 986 - 990 76. Delbanco T , Walker J , Darer JD et al ( 2010 ) Open notes: doctors and patients signing on . Ann Intern Med 153 : 121 - 125 77. Pucher P , Aggarwal R ( 2016 ) Improving ward-based patient care: prioritizing ward round in training and practice . Ann Surg 263 ( 6 ): 1075 - 1076 . doi: 10 .1097/SLA.0000000000001627 78. Thacker PD ( 2005 ) Physician-robot makes the rounds . J Am Med Assoc 293 ( 2 ): 150 79. Ellison LM , Pinto PA , Kim F et al (2004 ) Telerounding and patient satisfaction after surgery . J Am Coll Surg 199 ( 4 ): 523 - 530 80. O 'Connor C , Friedrich JO , Scales DC et al ( 2009 ) The use of wireless e-mail to improve healthcare team communication . J Am Med Inform Assoc 16 : 705 - 713 81. Wu RC , Morra D , Quan S et al ( 2010 ) The use of smartphones for clinical communication on internal medicine wards . J Hosp Med 5 : 553 - 559 82. Przybylo JA , Wang A , Loftus P , Evans KH , Chu I , Shieh L ( 2014 ) Smarter hospital communication: secure smartphone text messaging improves provider satisfaction and perception of efficacy, workflow . J Hosp Med 9 ( 9 ): 573 - 578 . doi: 10 .1002/jhm. 2228 83. O 'Connor C , Friedrich J , Scales D , Adhikari Neill KJ ( 2009 ) The use of wireless e-mail to improve healthcare team communication . J Am Med Inform Assoc 16 ( 5 ): 705 - 713 . doi: 10 .1197/jamia. M2299 84. Patel B , Johnston M , Cookson N , King D , Arora S , Darzi A ( 2016 ) Interprofessional communication of clinicians using a mobile phone app: a randomized crossover trial using simulated patients . J Med Internet Res 18 ( 4 ):e79. doi: 10 .2196/jmir.4854 85. Johnston MJ , King D , Arora S , Behar N , Athanasiou T , Sevdalis N , Darzi A ( 2015 ) Smartphones let surgeons know WhatsApp: an analysis of communication in emergency surgical teams . Am J Surg 209 ( 1 ): 45 - 51 . doi: 10 .1016/j.amjsurg. 2014 . 08 .030 86. Verea Linares C , Breeze J ( 2015 ) Is instant messaging the future of workplace communication for oral and maxillofacial surgery . RCS FDJ. doi:10 .1308/rcsfdj. 2015 .180 87. Johnston MJ , King D , Arora S , Cooper K , Panda NA , Gosling R , Singh K , Sanders B , Cox B , Darzi A ( 2014 ) Requirements of a new communication technology for handover and the escalation of patient care: a multi-stakeholder analysis . J Eval Clin Pract 20 ( 4 ): 486 - 497 . doi: 10 .1111/jep.12186 88. Health Do . Uniforms and workwear ( 2007 ). http://webarchive. nationalarchives.gov.uk/20130107105354, http://www.dh.gov. uk/prod_consum_dh/groups/dh_digitalassets/documents/digitalasset/ dh_078435.pdf. Accessed 11 May 2014 89. Katzenbach JR , Smith DK ( 1993 ) The discipline of teams . Harvard Bus Rev 71 ( 2 ): 111 - 120 90. Mg S ( 2009 ) Patient perception of doctor's attire within the orthopaedic outpatient department . Ann R Coll Surg Engl (Suppl) 91 ( 7 ): 242 - 244


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Kunal Shetty, Stephanie Xiu Wern Poo, Kumuthan Sriskandarajah, Michail Sideris, George Malietzis, Ara Darzi, Thanos Athanasiou. “The Longest Way Round Is The Shortest Way Home”: An Overhaul of Surgical Ward Rounds, World Journal of Surgery, 2017, 1-13, DOI: 10.1007/s00268-017-4267-1