Exploring Readiness for Teleprecepting in Psychiatric Mental Health Nurse Practitioner Training.

OBJECTIVE: Telehealth offers a solution to many challenges in health care, including the shortage of psychiatric providers. Recently the need to limit patient and provider exposure to coronavirus disease 2019 (COVID-19) has escalated implementation of telehealth across the globe. As telehealth utilization expands, its role in nursing education and training requires systematic evaluation. Since publication of the National Organization of Nurse Practitioner Faculty white paper supporting telehealth in health care delivery and nurse practitioner education, several studies have demonstrated successful didactic instruction and training in telehealth. However, a recent literature review found no studies evaluating the use of telehealth technology as a means of precepting in clinical training. METHODS: This small-scale qualitative study investigates the readiness of one behavioral health clinic to provide teleprecepting to psychiatric mental health nurse practitioner students. Two preceptors and one student were interviewed using a peer-reviewed semistructured interview guide using video chat. Responses were reviewed, coded, and categorized into themes. RESULTS: Thematic analysis of the interviews revealed three categories for consideration in establishing teleprecepting. Clinical factors, logistics, and comparison with traditional precepting are discussed. Interviewees viewed teleprecepting as a viable method of increasing access to clinical training. CONCLUSIONS: This project supports teleprecepting as a feasible strategy for improving access to clinical training and as a technological resource that merits systematic evaluation. Practice guidelines are needed for teleprecepting of advanced practice registered nurse students, and both preceptors and students may benefit from training to support best practices prior to implementation.

Thinking Outside the Box: Are We Ready for Teleprecepting to Expand Training and Practice Venues?

A significant challenge related to nurse practitioner (NP) training is the shortage of clinical sites with qualified faculty to precept NP interns. The problem is compounded in rural communities with provider shortages, restricting their opportunities to train (and potentially recruit) new APRNs. Consequently, these underserved communities have difficulty accessing specialty providers, such as Psychiatric Mental Health Nurse Practitioners (PMHNPs). Combined with geographic distance from urban communities and generally lower pay, many rural and/or remote communities struggle with the disparity in contrast to more populated regions. A needs assessment of an underserved county with poor access to psychiatric services suggests that contracted telepsychiatry was costly and failed to address the long-term dearth of local psychiatric providers. Stakeholders reported that local RNs (and possibly FNPs) were employed by the local hospital and that a subgroup may have aptitude and interest in psychiatry if a university program and preceptors were available. Collaborating with an urban PMHNP program, televideo technology for clinical training and preceptor development offers a solution to the dearth of preceptors. A pilot intervention will use teleprecepting aimed at establishing best practice guidelines for implementation of this novel approach to expanding the clinical training and capacity in rural and under-served communities.

Consistent deregulation of gene expression between human and murine MLL rearrangement leukemias.

Important biological and pathologic properties are often conserved across species. Although several mouse leukemia models have been well established, the genes deregulated in both human and murine leukemia cells have not been studied systematically. We performed a serial analysis of gene expression in both human and murine MLL-ELL or MLL-ENL leukemia cells and identified 88 genes that seemed to be significantly deregulated in both types of leukemia cells, including 57 genes not reported previously as being deregulated in MLL-associated leukemias. These changes were validated by quantitative PCR. The most up-regulated genes include several HOX genes (e.g., HOX A5, HOXA9, and HOXA10) and MEIS1, which are the typical hallmark of MLL rearrangement leukemia. The most down-regulated genes include LTF, LCN2, MMP9, S100A8, S100A9, PADI4, TGFBI, and CYBB. Notably, the up-regulated genes are enriched in gene ontology terms, such as gene expression and transcription, whereas the down-regulated genes are enriched in signal transduction and apoptosis. We showed that the CpG islands of the down-regulated genes are hypermethylated. We also showed that seven individual microRNAs (miRNA) from the mir-17-92 cluster, which are overexpressed in human MLL rearrangement leukemias, are also consistently overexpressed in mouse MLL rearrangement leukemia cells. Nineteen possible targets of these miRNAs were identified, and two of them (i.e., APP and RASSF2) were confirmed further by luciferase reporter and mutagenesis assays. The identification and validation of consistent changes of gene expression in human and murine MLL rearrangement leukemias provide important insights into the genetic base for MLL-associated leukemogenesis.