Our experts answer questions on the role of prior encounters in queries, coding neoplasms in transplanted organs, and workflows for reporting malnutrition and pathology.
Psychosis often emerges or is managed in outpatient mental health settings, but it can be coded during inpatient hospital stays due to the acute nature of the condition when it reaches a crisis point. To ensure that this mental health diagnosis receives the same diligence as medical and surgical diagnoses, Nancy Reading, RN, BS, CPC, CPC-P, CPC-I , provides coders with guidance on finding the right codes and resolving documentation conundrums.
Catherine O’Leary, RN, BSN, CCDS , suggests that those who begin with manual coding and DRGs often develop a stronger, more intuitive foundation in CDI and how integrating manual training into a modern CDI program doesn’t mean abandoning technology. Her insights may prove valuable to coders who may increasingly find themselves working at the intersection of coding and CDI.
Anemia is a complex condition to manage clinically and document accurately, yet proper diagnosis, documentation, and coding are critical for ensuring appropriate patient care and reimbursement. Alba Kuqi, MD, MSHIM, RHIA, CCM, CRCR, CICA, CSMC, CSAF, CCS, CCDS, CDIP , explores the clinical aspects of anemia, including its definitions, types, causes, and management, while addressing the challenges in clinical documentation and coding.
Our experts answer questions on NICU coding, ICD-10-CM coding for kidney transplants with kidney failure or other complications, and the acceptance of systemwide clinical definitions on queries.
Coding for joint replacement procedures requires extra attention to detail, particularly for device and qualifier characters and most importantly for partial replacements. Terry Tropin, MSHAI, RHIA, CCS-P , shows how these characters are very specific but give a clear picture of the procedure that was performed for a specific patient.
AI is increasingly being integrated into the CDI industry and as these tools evolve, their capabilities will naturally extend into adjacent fields like medical coding. Although AI may not be an entirely welcome change, Sarah Matacale, BSN, RN, CCS, CCDS , highlights practical ways CDI professionals and even coders can adapt to and benefit from these new tools.
One of the most frequent causes of hospital-acquired AKI is acute tubular necrosis (ATN). Improving documentation and coding practices for ATN involves not only recognizing the condition but also realizing the impact of coding ATN versus AKI, addressing common misconceptions in the HIM field, and fostering collaboration among CDI specialists, coding professionals, and providers.
Reducing hospital readmissions has long been a health policy goal, and CDI programs have started to track and review this metric for improvement. Learn how CDI teams are addressing readmissions, as a familiarity with risk adjustment and the impact of documentation can prove useful to coders who also play a role in risk adjustment through their translations of complete documentation into precise codes.
