Hepatic encephalopathy is a neurologic complication of severe liver disease in which impaired liver function allows toxic substances that are normally metabolized and eliminated by the liver to accumulate in the bloodstream and reach the brain. For coders, understanding the relationship between hepatic encephalopathy, the underlying liver disease, presence of a coma, and liver transplant complications is essential for accurately capturing the patient’s clinical picture and assigning the most appropriate ICD-10-CM codes. Note : To access this free article, make sure you first register if you do not have a paid subscription.
Q: How can queries play a role in clarifying malnutrition and cachexia diagnoses while ensuring the patient’s condition is reflected in the medical record accurately for proper coding?
Pediatric coding requires a fundamentally different lens than adult coding, as children represent a uniquely complex population with evolving physiology, age-dependent clinical norms, congenital influences, and a heavy reliance on caregiver-reported history. With this in mind, Renee Beus, MSN, RN, NCSN, outlines why pediatric coding cannot always follow adult frameworks, highlights common documentation pitfalls, and identifies what organizations must prioritize when building reliable pediatric coding and CDI programs.
Building a strong relationship between coding and CDI begins with the training and education of new professionals. Learn how organizations are using shared education, coding resources, concurrent coding, and ongoing collaboration to close knowledge gaps and help coding and CDI teams resolve DRG mismatches, navigate complex coding questions, and improve documentation and coding accuracy.
Understanding the clinical findings associated with quadriplegia is an important first step in determining how the condition should be reported. After reviewing the causes and effects of quadriplegia and reportable ICD-10-CM codes for the condition, this article will dive into key physical examination findings and documentation considerations that can help further guide accurate code selection. Note : To access this free article, make sure you first register if you do not have a paid subscription.
Congenital heart defects are commonly encountered chronic conditions in pediatric coding and documentation, yet their presence alone does not ensure they are appropriately reported or fully understood within the clinical context of an encounter. Jenny Esper, RHIA, CCS, CDIP, CCDS, tackles the challenges of determining when a CHD is relevant to the admission and whether the documentation accurately reflects its clinical significance for proper coding.
With insight from Lynette Byerly, BSN, RN, CCDS, CCS, coders can discover how CDI specialists bridge the clinical world to the realm of coding and reporting, especially when pediatric conditions are not always easily reportable.
Our experts answer questions on identifying cerebral edema and brain compression in the medical record, recognizing when documentation drives diabetes coding, and utilizing photos in queries.
As if clinically validating sepsis wasn’t complicated enough, adding in the inherent complexity of pediatric health makes reviewing for this diagnosis a challenge. Discover how CDI teams and programs started their pediatric reviews and implemented sepsis education, used query templates and technology, established clinical definitions, and worked with providers and other departments such as coding teams to ensure the diagnosis that is most reflective of the patient’s condition is documented and coded.
Accurate coding for liver failure requires much more than selecting the correct ICD-10-CM code—it demands an understanding of liver function, disease progression, clinical indicators, and documentation nuances. Note : To access this free article, make sure you first register if you do not have a paid subscription.
Beyond capturing primary and secondary diagnoses, what goes into a record can hugely impact how a patient is cared for both now and in the future, as well as the trajectory of a community’s health at large. See why it’s essential to go beyond surface-level knowledge and gain a true understanding of how and why SDOH data is important to track, especially for pediatric patients.
Q: When reviewing neurologic cases, what documentation clues, imaging findings, and treatments should coders and CDI specialists look for to identify potential cerebral edema or brain compression diagnoses?
Kelly Rice, MSHI, BSN, RN, CCDS, CDIP, CCS, CRC, details how to differentiate and document between acute pulmonary insufficiency following surgery and acute respiratory failure following surgery. Identifying and discussing common clinical indicators for these diagnoses can help support documentation integrity efforts, reduced denials, and the inappropriate triggering of PSIs.
Our experts answer questions on navigating sepsis coding in an era of conflicting clinical criteria, evaluating abnormal renal function in the clinical record, and addressing payer denials that passed on queries.
Q: When abnormal renal function is documented without a clear diagnosis, what clinical indicators should coders review to determine whether a provider query is warranted?
Human immunodeficiency virus is a chronic viral infection with clinical manifestations that can range from an asymptomatic infection to AIDS, the most advanced stage of the disease. Because HIV-related diagnoses carry unique ICD-10-CM coding guidelines, coders must carefully review the medical record to determine whether the documentation supports assignment of HIV disease, asymptomatic HIV infection, or other HIV status, as well as the presence of any HIV-related illnesses.
Hospitals are seeing an increasing number of clinical validation denials that are frequently linked to documentation that does not fully describe the clinical severity of the patient’s condition, even though the documentation technically meets coding requirements. One helpful way to approach this issue is by recognizing inpatient severity drivers—such as physiological instability, organ dysfunction, and treatment intensity—in order to understand the true severity of illness in hospitalized patients.
Our experts answer questions on assigning ICD-10-CM P codes versus Z codes for newborn conditions, using artificial intelligence to improve documentation and coding workflows, and coding postsurgical malabsorption.
