Publications by authors named "J Diers"

Importance: There is conflicting evidence regarding weekday dependent outcome in complex abdominal surgery, including pancreatic resections.

Objective: To clarify weekday-dependency of outcome after pancreatic resections in a comprehensive nationwide context.

Design: Retrospective cross-sectional study of anonymized nationwide hospital billing data (DRG data).

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Article Synopsis
  • Postoperative pulmonary embolism (PE) is a serious complication that can be effectively treated using ECMO therapy, particularly in hospitals equipped with experienced staff and advanced technical capabilities.
  • A study analyzing over 13 million surgical procedures in Germany from 2012 to 2019 revealed that hospitals with more than 20 ECMO applications per year had a significantly reduced failure to rescue (FtR) rate of 24.4% in high-risk surgeries related to PE.
  • The availability and expertise in ECMO therapy were linked to better patient outcomes, highlighting that even if ECMO wasn't used directly, its presence enhances overall care for patients facing postoperative PE complications.
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Background: Acute appendicitis is a global disease with high incidence. The main objective was to assess the association between time from admission to surgery (TAS) and surgery during emergency hours with operative outcome in light of conflicting evidence.

Methods: This is a retrospective population-wide analysis of hospital billing data (2010-2021) of all adult patient records of surgically treated cases of acute appendicitis in Germany by TAS.

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The development of chromophores that absorb in the near-infrared (NIR) region beyond 1000 nm underpins numerous applications in medical and energy sciences, yet also presents substantial challenges to molecular design and chemical synthesis. Here, the core bacteriochlorin chromophore of nature's NIR absorbers, bacteriochlorophylls, has been adapted and tailored by annulation in an effort to achieve absorption in the NIR-II region. The resulting bacteriochlorin, Phen2,1-BC, contains two annulated naphthalene groups spanning ,β-positions of the bacteriochlorin and the 1,2-positions of the naphthalene.

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