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      Impact of COVID-19 on the early detection of oral cancer: A special emphasis on high risk populations

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      Oral Oncology
      Published by Elsevier Ltd.

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          Abstract

          Dear Editor, The emergence of the disease caused by the novel coronavirus 2019 (COVID-19) has resulted in an unprecedented global public health crisis, prompting the world health organization (WHO) to declare it a public health emergency of international concern. The pandemic has spread exponentially and unpredictably across the world causing, along with the so mentioned health burden, devastating global economic impacts [1]. By April 25, 2020, the numbers of global COVID-19 confirmed infected cases and deaths have exceeded 2, 719, 897 and 187,705, respectively [1]. In response to the widespread of COVID-19, with the objective to minimize community spread of the disease, countries adopted many preventive strategies like social distancing, lockdowns, and quarantine of suspected cases. Owing to the transmission of COVID-19 through droplets and aerosols, which are inherent features of dental practice, most of the countries followed a strategy of suspension of all elective dental care services and reserving dental care only for emergency cases. In this brief communication, we examine the impact of closure of dental practices during COVID-19 pandemic on missing opportunities for the early detection of oral cancer and discuss approaches to minimize the risks of delayed diagnosis. Oral and oropharyngeal cancer represents a major public health concern worldwide, accounting for 447,571 new cases and 228,389 deaths, in 2015 [2]. The major attributable fraction of the risk of oral cancer is attributed to tobacco [3], either smoked or smokeless, alcohol and betel quid use. Most of oral cancer cases occur in low- and middle-income countries and among low socioeconomic groups in a population [4]. Indeed, around 30% of the global burden of oral cancer being in the Indian subcontinent, where it ranks the first of all body cancers in men [2]. Such a high incidence of oral cancer in these countries is mainly attributable to the high prevalence of its risk factors (smoking, smokeless tobacco, and areca nut). The latter, areca nut, a well-known risk factor for oral cancer, is habitually chewed by around 600 million Asians [5]. Besides areca nut and smoking, smokeless tobacco is a common habit in South Asia and the Middle East [6], [7]. The habit of spitting in public places by tobacco and areca nut chewers can significantly contribute to the spread of the offending corona virus. Owing to the well-known major risk factors, oral cancer is considered a preventable disease and moreover, and due to easy accessibility, it can be detected in early stages. Yet, majority of oral cancer cases in the developing countries are diagnosed in advanced stages, resulting in increased morbidity and mortality of oral cancer. Generally, dentists play a pivotal role in the early detection of oral cancer through opportunistic screening when a patient presents in a dental practice for routine care and by rapid referral of suspicious lesions. In the time of COVID-19, nevertheless, the whole world being in lockdown, and dental clinics are closed. Therefore, opportunities for screening the oral cavity might be significantly disrupted, and consequently diagnosis of malignant and/or potentially malignant lesions might be delayed, a matter that inevitably leads to a missed diagnosis of oral cancer or, at best, diagnosis later on but at a late stage [8]. Another major dilemma related to confinement and stress secondary to the outbreak is the probability of the indulging in the risky habits such as smoking, smokeless tobacco, and areca nut, which further increases the risk of oral malignant and/or potentially malignant lesions. It is understandable that the current unprecedented pandemic has drawn the attention of the whole world to the control of coronavirus disease and caring for the sick, yet other important health issues such as oral cancer still need our attention and should not be ignored. In light of the fact that the outbreak, and consequently the lockdown, might continue indefinitely, oral health professionals should come up with some alternative approaches to increase public awareness on early symptoms of oral cancer. Many patients already diagnosed with oral potentially malignant disorders (e.g. oral leukoplakia) are under surveillance by oral medicine specialists in hospitals. Due to clinic closures, the regular clinic visits for review of their conditions are also heavily disrupted putting these patients at risk. New approaches are needed for continuing care for these special groups of patients, often neglected during emergency closure of clinics. Telemedicine for educating, interviewing and examining the patients is one of these approaches. There are a plethora of applications and/or social media that can be used for this purpose including zoom, messenger, and Facebook. Dental practitioners/oral medicine specialists can arrange virtual visits to follow up, interview, do clinical examination, and even to conduct oral habits cessation counseling for their patients [9]. For their part, the patients can take various photographs of their mouths and send them to the dentists at regular intervals [9]. Another important point to be stressed upon is the virtual education of the patients and the public regarding clinical signs and risk factors of oral cancer via valid and reliable websites, mostly organization- or education-based, rather than using the currently available information in the media, where most of which could be misleading. In summary, during a pandemic other important health issues may be neglected by the public and ignored by the health systems and the dental profession has a role to engage in managing serious health issues such as “detecting oral cancers early” as an ethical responsibility. Declaration of Competing Interest The authors declare that they have no known competing financial interests or personal relationships that could have appeared to influence the work reported in this paper.

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          Screening for oral cancer: Future prospects, research and policy development for Asia

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            The outbreak of Novel Coronavirus disease (COVID‐19) caused a worrying delay in the diagnosis of oral cancer in north‐west Italy: The Turin Metropolitan Area experience

            Dear Editor, Recently, the epidemic of Novel Coronavirus disease 2019 (COVID‐19) has become a chief public health challenge for many countries around the world. In Italy, it started in January the 31st with the first 2 cases reported; on Monday the 13th of April, the total confirmed cases were 156,363 with 19,901 total deaths (http://www.who.int). Turin is the fourth Italian city, with roughly 862,000 inhabitants, and the capital of Piedmont region, one of the most affected by COVID‐19. In Turin, the major restrictive measure to the population, due to the COVID‐19, began on Monday March the 9th, with slighter advertising already started on Sunday February the 23rd. Those, together with an initial anxiety since the beginning of February triggered the lock down of approximately the 95% of the total dental care services in all the territory, both private and public. The Inter‐departmental Research Center (CIR) Dental School is a research centre of the University of Turin; its healthcare area is equipped with 71 clinical dental chairs, distributed in 10 different out‐patient units. The CIR‐Dental School (one of the biggest public dental service in Italy) provided dental care (including oral surgery and medicine) to around 75,000 patients last year (approximately 350 quotidian, if considering 250 days of normal activity), and is home to ~200 staff unit and ~345 students. From Friday the 21st of February, its clinical activity started to be reduced, with only incoming urgent patients under the premise of suitable protection measures. Oral squamous cell carcinoma (OSCC) is a common disorder, leading to serious global health problems (Bray et al., 2018;D'Cruz, Vaish, & Dhar, 2018). For instance, an increase in diagnosis is expected within 2,035 (+65%), and more worryingly, the cases currently diagnosed in elderly patients (≥65 years old) are expected to double (about +104%) in the next 20 years (Ferlay et al., 2015). The oral medicine unit of the CIR‐Dental School offered oral care to around 7,500 patients last year, being the main referral centre for the oral cancer diagnosis in the Turin Metropolitan Area; in 2019, we identified 40 cases of OSCC (approximately 0.16 daily). The last available register for oral cancer in the Turin Metropolitan Area (consisting of 2,247,780 inhabitants at 2011 census) reported an average annual incidence of 115 cases (considering the period from 2008 to 2012) (http://www.cpo.it); the diagnosis performed in our centre in that period accounted for almost the 30% of the total. In the last 45 working days (the time in which we have usually expected approximately 7 new cancer cases), we diagnosed only one case of OSCC in an 82‐year‐old female patient, attending our department referred by her medical doctor for persistent left buccal mucosa pain. No other case has been referred by general dentists in that period. The reasons for this situation are not totally unblemished. In the last months, many governments and different trade associations issued exigent statement urging dentists to postpone less critical procedures, traying to give guidance to help distinguish dental emergencies and urgent situations from less urgent care. For example, the biopsy of abnormal tissues has been reported as urgent (http://www.ada.org), without indicating that the conventional oral examination is still one of the most safety procedures to rule out the possibility of oral premalignant or malignant diseases. Italian decrees have restricted people's movements from a municipality to another, permitted only in case of (a) well‐grounded work‐related reasons, (b) absolute urgency or (c) health‐related reasons. Elderly subjects presented the greatest discomfort because of those restrictions. People generally suppose that urgent problems in the oral cavity are linked to acute dental pain (Macek, Cohen, Reid, & Manski, 2004), but it is also possible that the fear of infection for coronavirus could be another reason why patients were reluctant to income to hospital facilities. Early OSCCs usually tend to have a quite favourable course (Caldeira, Soto, de Aguiar, & Martins, 2019). Otherwise, as previously reported, in our population OSCC cases with a longer diagnostic delay, showing a worse histological grading, larger size and neck involvement, presented a worse prognosis (Arduino et al., 2008). If these data will be confirmed in the next months (in which we should expect a still present even if less restrictive behavioural social measures) and also in other areas, it would be possible that the diagnostic delay in the oral oncological field will rise exponentially, with an increase in the mortality rates especially in the elderly population. Differentiated pathways and valid screenings for Covid‐19, implemented by new and faster tests, could be the tools to defeat or at least mitigate the reported fright in the population. Moreover, it will be requested a rapid and a more comprehensive reorganization of our usual national hospital dental paths. Conflict of Interest The authors declare that they have no known competing financial interests or personal relationships that could have appeared to influence the work reported in this paper. AUTHOR CONTRIBUTIONS Paolo G. Arduino: Conceptualization; Methodology; Supervision; Validation. Davide Conrotto: Conceptualization; Data curation; Supervision; Validation. Roberto Broccoletti: Conceptualization; Formal analysis; Supervision.
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              Tele(oral)medicine: A new approach during the COVID‐19 crisis

              Dear Editor, The recent COVID‐19 pandemic and state's “shelter‐in‐place” guidelines have restricted patient's access to dental services, including oral medicine, as well as continuity of clinical education for oral medicine residents. This has required immediate attention from clinicians and educators. Social distancing is considered to be the best preventative strategy available to reduce the number of newly infected individuals as we attempt to limit the numbers of patients in need of hospitalization at any one time, “buying” more time for the development of effective treatments and vaccine (Del Rio & Malani, 2020). Following the recent shelter‐in‐place orders across the United States, a majority of oral medicine clinics in hospitals, dental schools, and private practice settings are faced with the challenge of maintaining regular oral medicine services while keeping their patients, providers, and staff from being exposed to COVID‐19. In response to this unusual situation, we believe that telemedicine, also termed more broadly telehealth, offers an opportunity to provide uninterrupted clinical and supportive care to many patients affected by oral mucosal conditions and the opportunity to triage more urgent conditions in need of face‐to‐face clinic visits. In addition, telemedicine offers the ability to continue clinical education of oral medicine trainees. During this COVID‐19 crisis, the federal government has waived penalties for HIPAA violations against providers that continue to see patients in good faith through video consults with several applications such as Apple FaceTime, Facebook Messenger video chat, Google Hangouts video, Skype, or Zoom (Notification of Enforcement Discretion for Telehealth Remote Communications during the COVID‐19 Nationwide Public Health Emergency, 2020). In addition, the American Dental Association has recently released helpful guidelines on coding and billing on teledentistry services (COVID‐19 Coding & Billing Interim Guidance, 2020). At our institutions, we have recently implemented tele(oral)medicine practices for the diagnosis and management of oral medicine conditions. Face‐to‐face encounters are reserved for emergency cases only. To the best of our knowledge, tele(oral)medicine through video chats has not been used routinely in the dental/oral medicine realm and this is an initial effort to continue our mission as clinicians and educators. While the patient interview process is unaffected for the most part, the clinical examination preparation involves the need for adequate lighting source and a device to aid in soft tissue retraction on the patient's side. In addition, patients have to have access to the required technology (e.g., use of videoconferencing software on computer, tablet, or smartphone), including a stable Internet connection, and be educated regarding proper infection control practices such as sanitizing their hands before and after retracting their lips/cheeks during the televisit. Briefly, prior to the televisit, patients are provided with specific instructions about how to prepare for the visit. Non‐medical technical personnel may participate in setting up a trial run prior to the consultation to aid in the video link with the oral medicine specialist. When using Zoom, patients are placed in a password protected virtual waiting room until the clinician is ready to admit them into the meeting, which prevents any risk of overlap with another patient visit and others from hacking into their session. They are instructed to set up the visit in a private space where an examination of the oral cavity is possible. In the actual telehealth session, the patient provides informed consent verbally at the beginning of the visit. Residents participate in our telemedicine consultations, under the supervision of the attending provider. Once the history has been obtained, the patient is asked to sanitize their hands and to retract their lips/cheeks with one hand or device (i.e., tongue depressor or handle of a spoon) while directing a source of light (preferably LED) to the examined tissue with the other. In some cases, providers may ask patients to submit photographs following the video visit, to be entered in the electronic health records together with the progress notes gathered during the televisit. Although the telemedicine clinical examinations lack tactile assessment, the overall experience allows for a good system of continuity of care, the ability to prioritize patient's medical needs, and the potential to alleviate patient's anxiety related to delays in scheduling their office visit. After the COVID‐19 crisis is over, oral medicine specialists may want to consider incorporating telemedicine into their routine clinical practices to benefit patients who have to travel far distances or those who have to rely on family members or transportation to attend in‐person clinical visits. With this in mind, future research efforts should focus to better understand the sustainability, strengths, and limitation of an oral video visit and the process of integrating tele(oral)medicine into a healthcare system. While the COVID‐19 pandemic will have unfathomable consequences on most communities and on many aspects of our society, we feel it is important to pursue our efforts to provide care to our patients with oral diseases and educate our students and residents. Online for now. AUTHOR CONTRIBUTIONS Alessandro Villa: Conceptualization, Resources, Writing‐original draft. Vidya Sankar: Writing‐review & editing. Caroline Shiboski: Writing‐review & editing.
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                Author and article information

                Contributors
                Journal
                Oral Oncol
                Oral Oncol
                Oral Oncology
                Published by Elsevier Ltd.
                1368-8375
                1879-0593
                3 May 2020
                3 May 2020
                : 104760
                Affiliations
                Department of Oral Medicine and Diagnostic Sciences, AlFarabi Colleges for Dentistry and Nursing, Riyadh, Saudi Arabia
                Department of Oral Medicine, Oral Pathology and Oral Radiology, Faculty of Dentistry, Sana’a University, Yemen
                Department of Maxillofacial Surgery and Diagnostic Sciences, College of Dentistry, Jazan University, Jazan, KSA
                Department of Oral Medicine and Diagnostic Sciences, AlFarabi Colleges for Dentistry and Nursing, Riyadh, Saudi Arabia
                Faculty of Dentistry, Oral & Craniofacial Sciences, King's College London, and WHO Collaborating Centre for Oral Cancer, London, UK
                Author notes
                [* ]Corresponding author at: Department of Oral Medicine and Diagnostic Sciences, AlFarabi Colleges for Dentistry and Nursing, Riyadh, Saudi Arabia sadali05@ 123456hotmail.com
                Article
                S1368-8375(20)30196-2 104760
                10.1016/j.oraloncology.2020.104760
                7196420
                32423663
                58d994fd-c049-4f1b-979d-b05a1b90f937
                Crown Copyright © 2020 Published by Elsevier Ltd. All rights reserved.

                Since January 2020 Elsevier has created a COVID-19 resource centre with free information in English and Mandarin on the novel coronavirus COVID-19. The COVID-19 resource centre is hosted on Elsevier Connect, the company's public news and information website. Elsevier hereby grants permission to make all its COVID-19-related research that is available on the COVID-19 resource centre - including this research content - immediately available in PubMed Central and other publicly funded repositories, such as the WHO COVID database with rights for unrestricted research re-use and analyses in any form or by any means with acknowledgement of the original source. These permissions are granted for free by Elsevier for as long as the COVID-19 resource centre remains active.

                History
                : 26 April 2020
                : 28 April 2020
                Categories
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                Oncology & Radiotherapy
                Oncology & Radiotherapy

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