RESUMEN
Acute kidney injury (AKI) is a frequent complication of acute liver failure (ALF) and it worsens the already worse prognoses of ALF. ALF is an uncommon disease, with varying etiologies and varying definitions in different parts of the world. There is limited literature on the impact of AKI on the outcome of ALF with or without transplantation. The multifaceted etiology of AKI in ALF encompasses factors such as hemodynamic instability, systemic inflammation, sepsis and direct nephrotoxicity. Indications of renal replacement therapy (RRT) for AKI in ALF patients extend beyond the conventional criteria for dialysis and continuous renal replacement therapy (CRRT) may have a role in transplant-free survival or bridge to liver transplantation (LT). LT is a life-saving option for ALF, so despite somewhat lower survival rates of LT in ALF patients with AKI, LT is not usually deferred. In this review, we will discuss the guidelines' recommended definition and classification of AKI in ALF, the impact of AKI in ALF, the pathophysiology of AKI and the role of CRRT and LT in ALF patients with AKI.
Asunto(s)
Lesión Renal Aguda , Fallo Hepático Agudo , Trasplante de Hígado , Humanos , Lesión Renal Aguda/etiología , Lesión Renal Aguda/terapia , Fallo Hepático Agudo/terapia , Fallo Hepático Agudo/etiología , Fallo Hepático Agudo/complicaciones , Terapia de Reemplazo Renal/métodos , Guías de Práctica Clínica como Asunto , Pronóstico , Tasa de Supervivencia , Terapia de Reemplazo Renal Continuo/métodosAsunto(s)
Enfermedad del Hígado Graso no Alcohólico , Humanos , Enfermedad del Hígado Graso no Alcohólico/complicaciones , Enfermedad del Hígado Graso no Alcohólico/tratamiento farmacológico , Cirrosis Hepática/complicaciones , Cirrosis Hepática/tratamiento farmacológico , Péptidos Similares al Glucagón/uso terapéuticoRESUMEN
The genome of bluetongue virus (BTV) consists of 10 segments. Of these seg-2 encoded VP2 is the major serotype determining protein, and seg-6 encoded VP5 protein enhances the protective neutralizing activity of VP2 protein inducing higher serotype specific antibody titer than the VP2 alone. Out of the twenty-six BTV serotypes found worldwide, 22 were reported from different states of India. These include serotype 21 which was recently isolated from Andhra Pradesh, and was involved in a severe outbreak of bluetongue in Indian native sheep. BTV21 (KMNO-7) and BTV16 were circulating at the same time. This co-circulation, along with the fact that the virus genome is segmented, provides an opportunity for these two isolates of different serotypes to simultaneously infect the same animal, and even the same cell or a same vector with the potential for generation of reassortant viruses. This study was carried out to provide some insights into the outbreak. We carried out full length sequencing of genome seg-2 and seg-6 of Indian isolates VJW64 (BTV16) and KMNO-7 (BTV21). Detailed phylogenetic analysis revealed that genome seg-6 of Indian isolate KMNO-7 (BTV21) clusters with isolates of BTV16 showing maximum nucleotide similarity of 97.6% with TUR/2000/02 isolate of BTV16, which is much more than it shows with any isolate of BTV21. KMNO-7 (BTV21) significantly diverged from original strain of BTV21, and is a reassortant strain having acquired seg-6 from an isolate of BTV16. This study provides some useful insights into the epidemiology of the bluetongue disease, and undermines serotyping on genome seg-6 basis.