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Rates, routes, and reasons for attending community college before medical school: An analysis of a subset of Southern California medical students

  • Community college (CC) has traditionally existed as a bridge between high school and a four-year, baccalaureate-awarding, university. With the ever-increasing number of CCs present in the United States and the rising numbers of applicants to medical school, there will inevitably be a substantial proportion of future physicians who have attended CC. Based on previous research, we surveyed the University of California, Irvine, School of Medicine (UCISOM) student body to assess how many students had attended CC, when and why they attended, and if they intended to practice with underserved communities in the future. A total of 30 (28.6%) of the 105 survey respondents attended CC prior to medical school. Those students cited Academic Flexibility, Financial Reasons/Affordability, and the inability to enroll in a particular course at their four-year institutions as the top three reasons for attending CC. Ten of those students (30%) reported they were informed that attending CC would negatively impact their medical school application. Older students were more likely to attend CC, and there was no statistically significant correlation between CC attendance and the number of times one applied to medical school or between CC attendance and gender, race, ethnicity, and intention to practice in underserved communities. This article highlights the understanding of the effects of CC attendance on medical school admissions while comparing our sample of 105 UCISOM students to previous research studies.

    Citation: Konnor Davis, Soheil Saadat, Christian R. Hardoy, Trinh Do, Kathryn Uchida, Jacob Schlossman, Ronald Rivera, Alisa Wray. Rates, routes, and reasons for attending community college before medical school: An analysis of a subset of Southern California medical students[J]. AIMS Medical Science, 2024, 11(1): 34-46. doi: 10.3934/medsci.2024003

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  • Community college (CC) has traditionally existed as a bridge between high school and a four-year, baccalaureate-awarding, university. With the ever-increasing number of CCs present in the United States and the rising numbers of applicants to medical school, there will inevitably be a substantial proportion of future physicians who have attended CC. Based on previous research, we surveyed the University of California, Irvine, School of Medicine (UCISOM) student body to assess how many students had attended CC, when and why they attended, and if they intended to practice with underserved communities in the future. A total of 30 (28.6%) of the 105 survey respondents attended CC prior to medical school. Those students cited Academic Flexibility, Financial Reasons/Affordability, and the inability to enroll in a particular course at their four-year institutions as the top three reasons for attending CC. Ten of those students (30%) reported they were informed that attending CC would negatively impact their medical school application. Older students were more likely to attend CC, and there was no statistically significant correlation between CC attendance and the number of times one applied to medical school or between CC attendance and gender, race, ethnicity, and intention to practice in underserved communities. This article highlights the understanding of the effects of CC attendance on medical school admissions while comparing our sample of 105 UCISOM students to previous research studies.


    Abbreviations

    CC:

    Community college; 

    URM:

    Underrepresented minority; 

    AAMC:

    Association of American Medical Colleges; 

    MSQ:

    Matriculating school questionnaire; 

    UCISOM:

    University of California, Irvine, School of Medicine; 

    MS1:

    First year medical student; 

    MS2:

    Second year medical student; 

    MS3:

    Third year medical student; 

    MS4:

    Fourth year medical student; 

    ADCOMs:

    Admission Committees; 

    SLP:

    Service learning project; 

    PA:

    Physician associate

    In December 2019, a new virus from the coronavirus family, similar to severe acute respiratory syndrome-related coronavirus (SARS-CoV) and Middle East respiratory syndrome–related coronavirus (MERS-CoV), caused new cases of pneumonia in Wuhan, China [1],[2]. According to the World Health Organization (WHO), the disease was named COVID-19 on March 11 and was declared a global emergency. According to the WHO reports, from the beginning of the disease until December 21, 2020, more than 75,700,000 cases have been diagnosed globally, which indicates rapid spread of the disease [3].

    Although COVID-19 affects the respiratory system and main clinical manifestations of the infection present in the upper and lower respiratory system, cutaneous manifestations have been reported in some case series [4],[5]. These manifestations can be in the form of morbilliform or urticarial mimicking viral exanthema, papulovesicular, maculopapular and erythematous lesions, or less commonly varicella-like vesicles [4],[6],[7],[8].

    Here, we present 3 patients with COVID-19 who developed papular cutaneous manifestation which disappeared without specific treatment.

    From May 2020 to October 2020, three patients without previous history of any specific illness or recent drug use leading to drug interactions, were admitted to our hospital with suspected symptoms of COVID-19. Demographic and clinical features of the 3 patients are summarized in Table 1. All of them were men (n = 3) and the median age was 35.3 years (range, 33–39 years). All patients had fever, dry cough and mild to moderate dyspnea. Also 66% (n = 2) had body ache. Considering COVID-19 outbreak in the area, reverse transcription polymerase chain reaction (RT-PCR) test for coronavirus on nasopharyngeal specimen was done which was positive for all three patients. Their chest CT-scan revealed bilateral ground-glass opacity features which compatible with COVID-19.

    For all the patients, Hydroxychloroquine, Azithromycin, Naproxen and Vitamin D were administered. On average after 11 days (range, 3–17 days), diffuse small to moderate-sized cutaneous lesions were developed on trunk (100%, n = 3), back (66%, n = 2) and upper limbs (66%, n = 2) in the form of reddish papular lesions without secretions (Figures 13). No mucosal involvement was found in examination. Moderate itching was reported in 33% of patients (n = 1). As the lesions began to disappear in one anatomic area, they began to appear in another area. On average after 6 days (range 5–8), the lesions started to disappear without any specific treatments. At first the lesions became dark and then disappeared. Lesional biopsy performed on one of the patients (patient's ID:3) and revealed infiltration of PMNs in epidermis, mild hyperkeratosis and acanthosis (Figure 4).

    Table 1.  Demographic and clinical features of the patients.
    ID Sex Age Skin Lesions Skin Symptoms Localization Latency time (days) Duration (days) Systemic Symptoms
    1 M 34 papular Itching No pain Trunk, Back, Upper limbs 3 8 Fever, Cough, Dyspnea, Body ache
    2 M 33 papular No itching No pain Trunk, Back 17 5 Fever, Cough, Dyspnea, Body ache
    3 M 39 papular No itching No pain Trunk, Back, Upper limbs 15 5 Fever, Cough, Dyspnea

     | Show Table
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    Figure 1.  Patient's ID:1 Cutaneous manifestations on upper limbs and dark lesions remaining after recovery.
    Figure 2.  Patient's ID:2 Cutaneous manifestations on trunk and dark lesion remaining after recovery on his back.
    Figure 3.  Patient's ID:3 Cutaneous manifestations on trunk, upper limps and back. dark lesion remaining after recovery on back.
    Figure 4.  Lesional biopsy performed and histological evaluation revealed infiltration of PMSs in epidermis, mild hyperkeratosis and acanthosis.

    COVID-19 after its widespread outbreak in Wuhan, China, has spread rapidly across Asia and entire the world, becoming a health challenge and concern for the global medical system. Initially, the range of symptoms was limited to a viral respiratory infection such as dry cough, low-grade fever, and headache; But over time, newer symptoms of the disease have been seen and reported in other organs of the body, including loss of smell and taste, diarrhea and body aches, and etc [2],[9]. Also, recent studies which have investigated clinical features of COVID-19 have shown that this infection can be associated with a range of cutaneous manifestations like maculopapular, papulovesicular, pityriasis rosea-like, urticarial, gangrene, pseudoperniosis, livedo reticularis pustular lesions In a Meta-Analysis by Sameni et al. [10] which reviewed 43 studies, the incidence of such cases was 0.2% in Asian studies especially in China and Thailand. Based on their study, the most common types of cutaneous manifestations were erythematous lesions, rash, and urticarial and also, out of 48 patients with skin manifestations, 4 have papular lesions.

    According to studies, the involved region are different in patients and can be the abdomen, limbs and even in a few cases the head and face but in most articles it is stated that the main involved region was the abdomen [4],[5],[6],[7],[8]. As we have claimed, there is no report in existing studies on association of skin manifestations with the prognosis or severity of infection by SARS-COV-2.

    Considering the presented cases and other similar reports in the literature, cutaneous manifestations could be observed in COVID-19 disease, so it is necessary for physicians and healthcare providers to be aware of cutaneous manifestations of COVID-19 disease. Also, special attention should be paid to skin examinations of patients and if they notice skin manifestations, differentiate them from other viral or dermatological disease and drug reactions with symptoms related to COVID-19 disease.

    Our only limitation was missing histopathological biopsy from skin lesions of other patients and unfortunately only one patient agreed to a biopsy of his lesions. Therefore, we recommend that physicians and healthcare providers persuade and reassure patients similar to us to have a biopsy to reveal more details of this manifestation.


    Acknowledgments



    The authors wish to thank Charles P. Vega, MD, for their contribution to the conceptualization of this project as well as orchestrating the Service Learning Project (SLP), for which this research was created, at the University of California, Irvine, School of Medicine (UCISOM). We would also like to thank Megan Boysen Osborn, MD, MHPE, for their contributions to the original iteration of the SLP and brochure. The authors would also like to thank the current “CC to MD (or DO)” SLP members as part of the UCISOM class of 2026.

    Authors' contributions



    The authors also note the presence of more than six contributing authors. Given the uniqueness of the survey and project described in the following manuscript, all authors who have actively engaged in program creation, leadership, or advancement contributed to this work. All authors provided invaluable feedback during the drafting and editing process, while writing various sections throughout the paper. Thus, all authors listed above meet the ICMJE criteria for authorship.
    KD contributed to the conception, design, survey creation, acquisition of data, data analysis and interpretation, and manuscript drafting and editing. SS made substantial contributions to statistical analysis of survey data and interpretation and manuscript drafting and editing. TD, CH, KU, and JS contributed to the conception, design, survey creation, acquisition of data, manuscript drafting, and editing. RR contributed to the conception and design, data interpretation, manuscript drafting, and editing. AW contributed to the conception, design, survey creation, acquisition of data, data analysis and interpretation, manuscript drafting, and editing. All authors read and approved the final manuscript.

    Conflict of interest



    The authors declare no conflicts of interest in this paper.

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