Flipping the script: A multiyear assessment and comparison of flipped classroom versus traditional didactic teaching at two academic institutions.

RATIONALE AND OBJECTIVES: Historically radiology resident education has taken the form of workstation and didactic teaching. Due to increasing clinical demand and administrative burden for academic radiologists, the need for more efficient and effective teaching has increased. Flipped classroom teaching, where trainees independently learn material prior to interactive teaching sessions with faculty, is a possible alternative. While the use of flipped teaching in radiology has been studied in the medical student setting, its use in the radiology residency setting has been less published. MATERIALS AND METHODS: At two academic institutions (University of Washington and Northwestern), exam scores from five PGY-2 Core rotations were collected. Flipped teaching was used for one rotation at the University of Washington (FR). The influence of teaching method, rotation, and institution on exam score was examined. Resident surveys were also collected to understand perceptions of flipped classroom teaching. RESULTS: At the University of Washington, the mean exam score for the flipped rotation was significantly higher than the majority of other rotations utilizing traditional teaching (p<0.05). Between the University of Washington and Northwestern, there was no difference in exam scores when comparing comparable rotations. Among residents at the University of Washington, the flipped teaching rotation was perceived as more educationally valuable than traditional teaching rotations. CONCLUSION: Flipped classroom teaching is at least as effective as the traditional teaching model and associated with better performance on standardized exams at one institution. Among residents, flipped learning is also associated with higher perceived educational value.

Preserving legacies: An overview of physician estate planning.

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Trends of liver cell carcinoma mortality in the United States by demographics and geography.

BACKGROUND: Liver cancer is a complex disease that presents many challenges in its diagnosis, treatment, and prevention. It's mortality rate in the United States is a significant and warrants attention. OBJECTIVE: To assess the trend of mortality rate due to HCC in the US from 1999 to 2020 by demographic groups for differences in trend of mortality. METHODS: We used the CDC wonder database to collect mortality rate data due to HCC as a multiple cause of death in the US from 1999 to 2020 by sex, race, age, and state of residence. The SEER Joinpoint program was used to calculate trends, defined as average annual percent change (AAPC) and to identify disparities between groups. All age-adjusted rates (AAMR) are reported per 100,000. RESULTS: From 1999 to 2020, we found that women observed an uptrend (AAPC1.6%) and men observed a slightly higher uptrend in mortality (AAPC 1.8%). In addition, AI/AN population had a significant uptrend (AAPC 2.3%). The AAPI population observed a downtrend (AAPC -2.6%). The Black or African American population observed an uptrend (AAPC 1.8%) The white population also observed an uptrend (AAPC 2.2%). In the 2010 to 2020 time period, Mississippi had the lowest AAMR of any state with 15.2, while Hawaii had with the highest with 38.8. CONCLUSION: This investigation assesses mortality rates and trends due to HCC cancer in the US and found significant differences in mortality rates and mortality rate trends due to HCC by demographic status in the US. Addressing the disparities in HCC incidence and mortality by race, ethnicity, state, and region, as well as improving access to screening, surveillance, and effective treatments, can reduce the burden of HCC and improve outcomes for patients.

Quick Guide: Programming a Gaming Keyboard for PACS to Optimize Radiology Workflow.

The surging demand for diagnostic imaging has highlighted inefficiencies with traditional input devices. Radiologists, using conventional mice and keyboards, grapple with cumbersome shortcuts leading to fatigue, errors, and possible injuries. Gaming keyboards, designed for gamers' precision and adaptability, feature customizable keys that simplify complex tasks into single-touch actions, offering radiologists a more efficient workflow with less physical and mental strain. Incorporating these keyboards could revolutionize radiologists' engagement with PACS. The customizable feature significantly trims time spent searching, ushering in swifter, ergonomic interactions. This manuscript delineates a guide for adapting a Logitech gaming keyboard to radiology needs, from profile creations and shortcut mapping to intricate macro setups. Although the guide uses a Logitech gaming keyboard for demonstration, it is designed to be intuitive, helping users adapt to their unique needs across different modalities, subspecialties, and various radiology viewer software. Furthermore, its fundamental concepts are transferrable to other mouse brands or models with similar customization software. As radiology pivots toward utmost efficiency, gaming keyboards emerge as invaluable assets, promising significant workflow enhancements.

Quick Guide: Programming a Gaming Mouse for PACS to Optimize Radiology Workflow.

The increasing demand for diagnostic imaging has added to the radiologists' workload, highlighting the shortcomings of conventional computer mice. Radiologists grapple with inefficiencies from frequent mouse clicks and keyboard shortcuts required for various PACS functions. These inefficiencies contribute to cognitive strain, errors, and repetitive strain injuries. High-performance gaming mice, known for their precision in the gaming world, offer multiple custom buttons and superior tracking. These features can streamline radiology tasks. Utilizing a gaming mouse tailored for radiology tasks can substantially enhance efficiency. Our guide offers a step-by-step approach to harnessing the gaming mouse's capabilities for radiology tasks, ensuring radiologists can enhance their workflow and minimize injury risks. Although the guide uses a Logitech gaming mouse for demonstration, it is designed to be intuitive, helping users adapt to their unique needs across different modalities, subspecialties, and various radiology viewer software. Importantly, its fundamental concepts are transferrable to other mouse brands or models with similar customization software.

Anki Flashcards for Radiology Education.

From online textbooks to educational social media posts, digital learning tools are transforming medical education. Spaced repetition programs are a popular tool, with 70% of first-year medical students reporting using the free, open-source flashcard application Anki.1 The Anki program pairs active recall and spaced repetition learning principles with a simple but versatile user interface.2 Spaced repetition flashcard programs such as Anki are uniquely suited to radiology education because they strengthen image-based recall, a necessary skill for radiology trainees to develop. In this review, we will describe the science behind active recall and spaced repetition programs, introduce the Anki platform, and describe future directions for its potential as an educational resource for radiology.

A Study of Correlation of Alopecia Areata and Metabolic Syndrome in Northwest Indian Population: A Case-Control Study.

Context: Alopecia areata (AA) is the most common cause of inflammatory, nonscarring hair loss, involving hair-bearing areas of the body. The etiology of AA still remains uncertain; however, genetic, environmental, and autoimmunity play a role. Newer theories such as oxidative theory, HPA axis activation, and finally, the role of increased inflammatory cytokines such as interleukin 1 (IL1), tumor necrosis factor-alpha, interferon-gamma, IL-2 IL-4, and MIF are suggested to contribute to both AA and metabolic syndrome (MS). Aims: Assessment of the degree of association of MS (NCEP ATP III criteria) in clinically diagnosed cases of AA and compare to that of controls. Materials and Methods: Similar age/sex-matched AA patients and controls (106 in each group) were taken. Anthropometric measurements, blood-sugar estimation, lipid-profile estimation in venous blood sample, and blood-pressure measurement were done. Results: Prevalence of MS was almost similar among cases of AA 9/106 (8.47%) as well as healthy controls 8/106 (7.54%), and the difference was not statistically significant (P = 1). Among all components of MS, waist circumference (WC) (central obesity) was the most common parameter (100% cases). In controls, high systolic blood pressure (SBP) was the most common parameter (77.78% controls). AA is associated with a higher level of SBP, diastolic blood pressure (DBP), WC although nonsignificant, and low level of high-density lipoprotein cholesterol which was the only significant association. Conclusion: Insignificant correlation between occurrence of MS and evidence of insulin resistance (IR) in AA was observed in this study population. However, some of the observations in the present study may raise awareness in susceptible individuals that lifestyle changes and regular screening in AA can reduce the risk of cardiovascular diseases and other co-existing autoimmune inflammatory condition-IR, dyslipidemia, and hypertension.

Incorporation of Macropads Into Abdominal Imaging to Improve Radiologist Productivity and Efficiency.

Shifting demographics within the United States population will likely continue to increase workplace demands of radiologists over the next decade, highlighting the importance of improving radiologist productivity and efficiency. Macropads may serve to optimize radiologist workstations by assigning complex repetitive tasks to a single press of a button. Information technology (IT) restrictions in many radiology practices limit the use of macropads, which often require software installation for use. duckyPad is a unique macropad that circumvents the obstacle of workstation software installation. As a proof of concept, a duckyPad was modified for use in an academic abdominal imaging department. Specifically, commonly accessed online resources (ie, incidentaloma management tables) were programmed to open in a new Google Chrome window when the assigned key on the duckyPad was pressed. The device was replicated and successfully used in several reading rooms within the department. Despite reported benefits of device use, widespread implementation of duckyPad is limited by a number of factors, including required assembly. Future efforts of macropad incorporation into radiology workflows will focus on collaboration with IT departments to potentially facilitate use of more robust devices that can be managed centrally using proprietary software.

The Rising Tide of Point-of-Care Ultrasound (POCUS) in Medical Education: An Essential Skillset for Undergraduate and Graduate Medical Education.

As point-of-care ultrasound (POCUS) becomes an integral component of healthcare, both undergraduate and graduate medical POCUS education is urgently necessary in curricula. Despite the apparent need of POCUS curricula, there remains a lingering question: Are there evidence-based benefits to POCUS training in undergraduate and/or graduate medical education settings? Qualitative review of research was conducted to identify common themes for benefits of POCUS and the requirements and/or characteristics for effective POCUS educational curricula. Results for undergraduate medical education were separated into preclinical and clinical education. In preclinical POCUS education, POCUS education improves anatomy education and physical examination skills for sonographic assessment of abdominal, reproductive, cardiovascular, and renal structures. Further enhancement can be achieved via simulation devices that are generalized ultrasound simulation mannequins, one defined body region such as the abdomen, or local regions of interest such as the femoral triangle. In clinical undergraduate POCUS education, benefits involved greater performance on knowledge tests and general ultrasound competency in emergency medicine, surgical, family medicine, and physical medicine and rehabilitation clerkships. These studies also found improved comprehension of specific POCUS examinations such as those for ultrasound-guided injections, FAST, eFAST, and RUSH. Further integration of POCUS education into graduate medical education was found to successfully improve ultrasound knowledge and competency in both academic and military internal medicine residencies. One limitation of this study is that this article is a review resulting in no specific intervention being introduced. The resultant hypothesis of this systematic review cannot be tested; rather evidence-based recommendations are restricted to the currently available literature within the searched databases. From this review, it was found that the inclusion of a properly integrated POCUS curriculum can result in greater confidence in ultrasound use, increased knowledge of anatomy and basic sciences for various organ systems, improved ultrasound knowledge and performance in clinical clerkships, and offers improved confidence and knowledge in ultrasound during residency.

Dear Medical Students - Artificial Intelligence is Not Taking Away a Radiologist's Job.

Given limited exposure to radiology during the pre-clinical and clinical years, it has been challenging to recruit medical students to radiology. Now, many medical students considering radiology as a career are deterred due to misinformation surrounding how AI implementation will affect radiologists in the future. Artificial Intelligence (AI) has the potential to revolutionize the way in which medicine is practiced, especially in the field of radiology, and will ultimately support radiologists and advance the specialty. We aimed to provide a basic guide for medical students on the application of artificial intelligence in radiology, address misconceptions, highlight the role radiologists will play in AI development, and discuss the challenges faced in the future.

Utilization of Social Media Platforms in Diagnostic Radiology Residency Programs in the United States.

Residency programs that effectively utilize social media (SoMe) have the potential to distinguish themselves and improve their resident recruitment. These platforms allow programs to connect with applicants they otherwise might have limited ability to reach before the interview season. We sought to evaluate the presence of SoMe across diagnostic radiology residency programs and highlight future trends that programs should account for. A list of diagnostic radiology residency programs within the United States was obtained from the American Medical Association (AMA) FREIDA Residency Database. A search for the presence of Twitter, Facebook, and Instagram was performed for each program. Based on the analysis, the most utilized SoMe platform by diagnostic radiology residency programs was Twitter (61.73%), followed by Instagram (47.45%), and then Facebook (37.76%). Given that Twitter was the most utilized, further analysis was done to evaluate the total number of followers and the year of account creation. The results showed that the average program had 1081 ± 1438 followers and the mean year of creation was 2017 ± 2.6 years. Social media is an effective tool to disseminate information efficiently and effectively to prospective residency candidates. It is important that those involved in radiology medical education stay up to date with current and future social media trends while maintaining an active professional presence on these platforms.

How to Effectively Leverage Twitter as a Medical Student.

Twitter provides students with a centralized platform to learn about numerous opportunities within radiology. The platform can be immensely beneficial to students by providing opportunities to learn, network, connect with mentors, and find events while also preparing applicants for The Match. Having a prominent Twitter presence can pay dividends in the long term throughout one's training. We aim to provide a guide for medical students on how to create a Twitter account and best utilize the platform.

Study of Outcomes of Tympanoplasty Between Wet and Dry Ears in Mucosal Type of COM.

This study compares the results of Tympanoplasty in terms of graft uptake and hearing improvement in patients with Chronic Otitis Media which are divided on the basis of discharging ear and non discharging ear with perforation at the time of surgery. Total 110 patients were selected suffering from chronic otitis media. Out which 55 patients had discharging ear (wet ear) and 55 patients had non discharging ear (dry ear). Tympanoplasty was performed using temporalis fascia graft. Hearing improvement and graft uptake was seen in both wet and dry ears. No statistically difference is noted in the results between the two. Mucoid ear discharge at the time of surgery is not a contraindication for Tympanoplasty as it has no adverse effects on the outcomes of the surgery in respect to graft uptake and hearing improvement.

Self-Optimization in the Read Room: From Weariness to Wellness.

Radiologists have shouldered a myriad of personal and professional burdens during the ongoing pandemic, leading to high levels of stress and burnout. Herein we discuss a set of strategies known as the 8-point program to help radiologists better cope with these stressors. Although the onus should be on leadership at the workplace to implement meaningful strategies to alleviate burnout, individual strategies such as the 8-point program can be beneficial for optimizing radiologist well-being in the read room.

Fluoroscopic Evaluation of Duodenal Diseases.

The duodenum can be affected by a variety of abnormalities because of its development during embryogenesis and its dual intra- and retroperitoneal location. If small bowel embryogenesis is disturbed, congenital errors occur. Although some congenital variants may be asymptomatic and inconsequential to the patient, other anomalies can result in life-threatening emergencies such as malrotation, leading to midgut volvulus. Many infectious processes affect the duodenum, including duodenal ulcers and opportunistic infection in patients with HIV/AIDS or Crohn disease. Small bowel malignancies are uncommon but important to recognize, because the duodenum can be involved in polyposis syndromes or the development of primary adenocarcinoma, neuroendocrine tumors, lymphoma, and metastasis. Although endoscopy is currently the most used diagnostic method to assess the lumen of the upper gastrointestinal tract, fluoroscopy is a valuable adjunct technique and the study of choice for many diseases, specifically those for which anatomic and functional information is required. Fluoroscopy is also commonly used postoperatively to assess for complications such as obstruction and extraluminal leaks. Compared with endoscopy, fluoroscopy is an inexpensive and noninvasive technique that provides salient anatomic information and allows delineation of the duodenal mucosa and assessment of real-time duodenal motility. The authors examine the broad spectrum of conditions that can involve the duodenum, including congenital, infectious, inflammatory, and neoplastic abnormalities, and review their typical appearances at fluoroscopy. Online supplemental material is available for this article. ©RSNA, 2022.

Optimizing radiologist productivity and efficiency: Work smarter, not harder.

Radiologists' personal productivity and efficiency are critically important for both improving patient outcomes and protecting clinician well-being. There are several solutions that individuals can implement to improve personal productivity and efficiency in the radiology workroom. Strategies include understanding the psychology behind productivity, using personal productivity methodologies to accomplish daily tasks, and learning to modulate stress to optimize performance. Institutional infrastructure requirements include a robust departmental commitment to information technology and informatics, including universal log-in systems, internal websites, and dashboards. The workstation itself can be optimized by utilizing hanging protocols, customized keyboard shortcuts, hotkeys, advanced scripts, gaming mice, and other input devices. Personal devices like smartphones can be harnessed to maximize productivity by using online storage applications and radiology-specific applications to augment knowledge. Reading room layouts must be designed to minimize interruptions and workstations must consider ergonomics to prevent fatigue and strain. High-efficiency teams also need to be created to allow radiologists to delegate non-clinical tasks to reduce administrative burdens. Lastly, continued advances in artificial intelligence including the use of smart report templates will lead to substantial gains in radiologists' productivity and efficiency.

Do-It-Yourself Business Intelligence for the Radiologist-Lessons Learned From 10-Year Trends in an Abdominal Imaging Division at a Tertiary Medical Center.

"Big data" has changed the way businesses operate in finance, insurance, communications, manufacturing, and logistics, with companies reporting successful outcomes from the implementation of data-driven analytics. Health care has slowly started leveraging big data analysis to identify more cost-efficient and effective care for patients. Business intelligence software aims to help with this transition, converting large data sets into useful, actionable information. Radiology practices have used business intelligence toolkits in the past to increase reading room productivity, scanner efficiency, and patient throughput. Although these tactics have driven down costs and increased volumes, an essential aspect of radiology practice growth-consumer satisfaction-remains largely unexplored. The first commandment of marketing is "know thy customer," which is the key to increasing radiology's value to referring clinicians who use our services. Our article explores the business case behind a basic business intelligence model, giving any radiologist the instruments to access and draw business conclusions from their radiology information system data.