Publications by authors named "Bengt-Ake Henriksson"

Background: A department of forensic medicine (DFM) can be a valuable source for tissue donation, but logistics can prove difficult to overcome as it pertains to obtaining tissues for donation. This article describes the potential of tissues that can be procured for transplantation.

Materials And Methods: Sweden has 9.

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Background: Previous work has demonstrated a relationship between arterial amino acid concentrations and uptake of amino acids across peripheral tissues in healthy volunteers, as well as in chronically and acutely ill patients. The aim of the present study was to evaluate whether different amino acid profiles in commercially available amino acid formulations are translated into significantly different arterial amino acid concentrations presumably high enough to promote protein metabolism in intensive care unit (ICU) patients.

Methods: Nonprotein calories (60% glucose: 40% lipid) were simultaneously and constantly infused over 72 hours.

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Acute hepatic failure (AHF) is a life threatening condition with a high mortality rate. There is a need to buy time, either waiting for the liver to regenerate or waiting for urgent liver transplantation. Different modalities of "liver dialysis" have been used during the last decades but of no true success.

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Synopsis of recent research by authors named "Bengt-Ake Henriksson"

  • Focus on Organ Donation and Tissue Utilization
  • : Bengt-Ake Henriksson's research emphasizes the imperative role of forensic medicine departments in tissue donation for transplantation, addressing logistical challenges and promoting awareness of potential tissue sources.
  • ICU Patient Nutritional Metabolism
  • : His work investigates the effects of different amino acid formulations on arterial blood concentrations and their implications for protein metabolism in ICU patients, suggesting that tailored nutrition can improve patient outcomes.
  • Exploration of Liver Dialysis Techniques
  • : Henriksson has also contributed to studies on liver dialysis methods, such as MARS, in the treatment of acute hepatic failure, highlighting promising results in pilot settings that could aid in patient survival while awaiting liver transplants.