Background:
The fundamental principles of healthcare practices and policies are derived from good quality research. Doctors collectively are a source of vast sums of invaluable information. This information if effectively utilized can improve and strengthen the healthcare system. Our study provides a comprehensive overview of the ecosystem of an Indian medical researcher.
Objectives:
To understand (1) the obstacles faced by medical professionals (2) the challenges encountered at various steps (3) the gaps in research knowledge and (4) the means to rectify them.
Method:
Doctors from medical schools, hospitals, and in private practices were approached. Data were collected through online and physical questionnaire. Data were analyzed and studied.
Results:
The total number of participants in this study is 212. Case reports (51.9%) and case-control studies (51.14%) are the most frequently conducted types of research. Lack of access to research journals (43.9%) and absence of proper guidance or mentorship (37.39%) are the commonly faced challenges among individuals who have pursued research, whereas busy schedule is the top-cited reason for not pursuing research (34.24%) and discontinuing research (57.4%). Coordinating time schedule with mentees is a challenge for mentors (49.2%). Doctors also face the greatest difficulty (48.12%) and delay (47.4%) in the publication process. On the other hand, personal interest (60.15%) and job requirement (46.61%) are the top facilitators for research. A small percentage has or knows someone that has plagiarized (21.32%) or falsified data (33.49%). Most of the doctors agree that research experience should be a mandatory part of undergrad training (81.6%).
Conclusion:
We believe interest, impact and importance of research can be the best developed and emphasized in the training years. Institutional support, adequate mentorship and an uplifting research environment can go a long way in motivating the doctors and tackling the challenges they face.
The combination of loss of habitat, human population encroachment, and increased demand of select nonhuman primates for biomedical research has significantly affected populations. There remains a need for knowledge and expertise in understanding background findings as related to the age, source, strain, and disease status of nonhuman primates. In particular, for safety/biomedical studies, a broader understanding and documentation of lesions would help clarify background from drug-related findings. A workshop and a minisymposium on spontaneous lesions and diseases in nonhuman primates were sponsored by the concurrent Annual Meetings of the American College of Veterinary Pathologists and the American Society for Veterinary Clinical Pathology held December 3–4, 2011, in Nashville, Tennessee. The first session had presentations from Drs Lowenstine and Montali, pathologists with extensive experience in wild and zoo populations of nonhuman primates, which was followed by presentations of 20 unique case reports of rare or newly observed spontaneous lesions in nonhuman primates (see online files for access to digital whole-slide images corresponding to each case report at http://www.scanscope.com/ACVP%20Slide%20 Seminars/2011/Primate%20Pathology/view.apml). The minisymposium was composed of 5 nonhuman-primate researchers (Drs Bradley, Cline, Sasseville, Miller, Hutto) who concentrated on background and spontaneous lesions in nonhuman primates used in drug safety studies. Cynomolgus and rhesus macaques were emphasized, with some material presented on common marmosets. Congenital, acquired, inflammatory, and neoplastic changes were highlighed with a focus on clinical, macroscopic, and histopathologic findings that could confound the interpretation of drug safety studies.
Massive (or life‐threatening) haemoptysis is a time‐sensitive emergency encountered by a physician that requires an interdisciplinary, collaborative effort to arrest the bleeding in a prompt and timely manner. Placement of an endobronchial Watanabe spigot (EWS) to halt haemoptysis is a relatively recent technique finding its wide application in airway pathology, with the current extension of its use to bronchial bleeding. However, the lack of immediate access to EWS gives rise to the need to innovate with day‐to‐day materials used in routine surgical practice and available in resource‐limited settings, which may serve the purpose of a spigot. In this report, we bring to light a case of life‐threatening, cryptogenic haemoptysis that was managed by a novel technique of using peanut gauze as a spigot resulting in a successful endobronchial tamponade.
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