It has been more than 14 years since identification of the human genome. This phenomenon is creating a revolution in all components of the health-care world. To date, little has been included in the podiatric medical literature despite the fact that so many of the conditions affecting the pedal extremity have genomic implications. Genomics will have a major effect on prevention, diagnosis, and patient management and needs to be included in podiatric medical practice as well as in the curriculum of podiatric medical schools.
Foot and nail care specialists spend a great portion of their day using nail drills to reduce nail thickness and smooth foot callouses. This process generates a large amount of dust, some of which is small enough to breathe in and deposit into the deepest regions of the respiratory tract, potentially causing health problems. Foot and nail dust often contain fungi, from both fungally-infected and healthy-looking nails. While the majority of healthy individuals can tolerate inhaled fungi, the immune systems of older, immunocompromised, and allergy-prone individuals often react using the inflammatory TH2 pathway, leading to mucus overproduction, bronchoconstriction, and, in severe cases, lung tissue damage. To protect vulnerable podiatry professionals, wearing a surgical mask, using a water spray suppression system on nail drills, installing air filtration systems, and considering drilling technique can help reduce the exposure to nail dust.
Podiatric medicine had its own evolution in the medical field apart from allopathic and osteopathic medicine. Podiatrists are well-respected members of the health-care team and have earned recognition as physicians within their education, training, and credentialing processes. Unlike allopathic medical doctors and doctors of osteopathic medicine, whose scope of practice is based upon their education, training, and credentialing processes, podiatrists' scopes of practice are determined by state laws (and are often influenced by politics) with variances across the United States. In contrast to a lack of uniformity in the training and credentialing processes of an allopathic medical doctor, podiatrists complete a streamlined educational process that is competency-based and well-aligned from the undergraduate phase (podiatric medical school) to the postgraduate phase (residency) through the credentialing processes (licensure and certification). Podiatric medical students begin to directly engage in the specialty related to the diagnosis and treatment of the lower extremity much earlier in the educational process than an orthopedist, whose foot and ankle exposure is less extensive by comparison. (J Am Podiatr Med Assoc 99(1): 65–72, 2009)
Much of the research into health and safety in podiatric medicine to date has focused on measuring particular hazards. This study examines legislative awareness and compliance in Irish podiatric medical practices and aspects of health and safety practice.
Podiatric physicians practicing in Ireland completed a cross-sectional questionnaire survey that included measures of health and safety knowledge and awareness, compliance with legislative requirements, perceived risks, and health status.
Of 250 podiatric physicians who were contacted, 101 completed the survey (response rate, 40%). Legislative knowledge and compliance were low among respondents. A Student t test revealed that the use of safety control measures was more frequent among podiatric physicians in practice for less than 20 years (P < .05). Musculoskeletal disorders and back injuries were the most frequently reported health concerns.
This study demonstrates the need for interventions to increase awareness of legislative requirements among podiatric physicians as a first step to increase levels of regulatory compliance.
An updated selection of high-quality Internet resources of potential use to the podiatric medical practitioner, educator, resident, and student is presented. Internet search tools and general Internet reference sources are briefly covered, including methods of locating material residing on the “invisible” Web. General medical and podiatric medical resources are emphasized. These Web sites were judged on the basis of their potential to enhance the practice of podiatric medicine in addition to their contribution to education. Podiatric medical students, educators, residents, and practitioners who require a quick reference guide to the Internet may find this article useful. (J Am Podiatr Med Assoc 96(2): 162–166, 2006)
The goal of this study was to evaluate the information-seeking behaviors of podiatric physicians as they search for answers to clinical questions that arise during patient care visits.
Invitations to participate in an Internet survey were e-mailed to alumni of the Ohio College of Podiatric Medicine (now Kent State University College of Podiatric Medicine [KSUCPM]). Twenty-nine questions surveyed the types and frequency of information that podiatric physicians need during patient care visits, which information resources are used by podiatric physicians, and which barriers podiatric physicians encounter when seeking information in general.
With 143 completed surveys, results of this study indicate a preference for searching the Internet over using colleagues and print literature. The most common need is for drug information, and common barriers include lack of time and cost of accessing information. Results are similar to those for physicians and other health-care providers seeking information.
Podiatrists recognize the need to become proficient at locating high-quality information, evaluating resources, and improving their understanding and use of resources on evidence-based medicine. Furthermore, with an increased awareness of their own behaviors, practicing podiatric physicians should pursue the best methods to find, judge, and use medical information for patient care. (J Am Podiatr Med Assoc 102(6): 451–462, 2012)
The primary objective of this investigation was to objectify perceived stresses of students enrolled at a US college of podiatric medicine.
Following preliminary pilot data collection and representative student interviews, the Perceived Stress Scale and a newly developed survey consisting of 46 potential stresses were administered to students. Participants were asked to identify up to ten items from the survey that caused them the most stress and to further identify up to three of these ten that they considered to be the most stressful.
A response rate of 71.5% (261 of 365) was observed. Specific results demonstrate that levels of perceived stress in podiatric medical students are higher than those in the general population, as well as some potential trends with respect to specific perceived stresses that change over time.
The results of this investigation provide quantitative evidence of perceived levels of stress and specific stresses of students enrolled at a US college of podiatric medicine. We hope that these findings increase awareness of stress in podiatric medicine, lead to colleges of podiatric medicine taking active steps to improve student stress education, and lead to future investigations of stress and mental health in the field of podiatric medicine.
This paper presents a selection of Internet resources covering most of the subject areas found in standard medical education curricula. Basic sciences sites are emphasized, but clinical resources are also included. Reported sites were judged based on their potential to enhance the learning process, provide practice questions or study guides for examinations, or aid in the preparation of papers. In addition to podiatric medical students, residents and practitioners who require a quick reference source to either the basic science foundations of podiatric medicine or the clinical side of podiatric practice may find this paper useful. (J Am Podiatr Med Assoc 91(6): 316-323, 2001)
This paper discusses the innovative changes in podiatric medical education found in today's schools and colleges of podiatric medicine, including changes in philosophy, resources and technology, curriculum, delivery methods, the role of faculty, and assessment tools, and the changing expectations of the students themselves. There is an emphasis on the shift from a teacher-centered approach to professional education to a student-centered approach. Technological advances have had a tremendous impact on the educational process and have opened doors to many new forms of educational delivery that better meet the needs of today's students. We believe that the podiatric medical education of today is the equivalent of allopathic and osteopathic education in quality and depth. The future holds the promise of many more exciting changes to come.
This article presents a selection of Internet resources covering most of the subject areas found in standard medical education curricula. Basic-sciences sites are emphasized, but clinical resources are also included. Sites were evaluated on the basis of their potential to enhance the learning process, provide practice questions or study guides for examinations, or aid in the preparation of papers. Podiatric medical students, residents, and practitioners who require a quick reference guide to sources covering the basic-science foundations of podiatric medicine or the clinical side of general medicine may find this article useful. (J Am Podiatr Med Assoc 95(2): 211–215, 2005)