Urine‑guided Intraoperative Hydration Halves AKI Risk After CRS‑HIPEC with Cisplatin: Randomized Trial Shows Promise

Urine‑guided Intraoperative Hydration Halves AKI Risk After CRS‑HIPEC with Cisplatin: Randomized Trial Shows Promise

A randomized trial found that maintaining high intraoperative urine output (≥3 ml·kg−1·h−1 or ≥200 ml·h−1) during cytoreductive surgery and cisplatin‑based HIPEC reduced 7‑day postoperative AKI from 39.3% to 21.4% and lowered major 30‑day complications without increasing adverse events.
Pregabalin Restores Sleep and Circadian Rhythms in Neuropathic Pain—Unlike Morphine: Translational Insights from a Mouse SNI Model

Pregabalin Restores Sleep and Circadian Rhythms in Neuropathic Pain—Unlike Morphine: Translational Insights from a Mouse SNI Model

In a mouse spared nerve injury model, pregabalin—but not morphine—restored REM sleep, normalized locomotor and temperature circadian rhythms, and reversed spinal circadian gene changes. Findings suggest analgesic choice can differentially affect sleep and circadian biology in neuropathic pain.
Restrictive Red Blood Cell Transfusion Is Safe for Most Patients — Except in Neurocritical Care (and Some Bleeding Syndromes)

Restrictive Red Blood Cell Transfusion Is Safe for Most Patients — Except in Neurocritical Care (and Some Bleeding Syndromes)

A Cochrane update (2025) of 69 randomized trials found restrictive RBC transfusion thresholds (typically Hb 7–8 g/dL) cut transfusion exposure ~42% without increasing 30‑day mortality overall, but liberal strategies improved long‑term neurological outcomes after brain injury and restrictive thresholds reduced mortality in GI bleeding.
Pathogen-Reduced Red Blood Cells Are Safe in Cardiac Surgery: ReCePI Phase 3 Shows Noninferior AKI Rates

Pathogen-Reduced Red Blood Cells Are Safe in Cardiac Surgery: ReCePI Phase 3 Shows Noninferior AKI Rates

The ReCePI randomized phase 3 trial found that amustaline/glutathione pathogen-reduced red blood cells produced similar rates of acute kidney injury compared with conventional transfusion after cardiac or thoracic-aorta surgery, with few treatment-emergent antibodies and no clinically significant hemolysis.
Lower-Intensity Anticoagulation During Venovenous ECMO: A Pilot RCT Shows Feasibility and a Signal Toward Less Bleeding

Lower-Intensity Anticoagulation During Venovenous ECMO: A Pilot RCT Shows Feasibility and a Signal Toward Less Bleeding

A 3-center randomized pilot trial found that randomized allocation to low- versus moderate-intensity anticoagulation during venovenous ECMO is feasible, with lower major bleeding rates in the low-intensity arm and no clear excess of thromboembolic events—but the study was underpowered for definitive safety or efficacy conclusions.
Combining α and β Radiopharmaceuticals in mCRPC: Interim AlphaBet Results Show Feasible Safety and Promising PSA Activity for 177Lu‑PSMA‑I&T plus 223Ra

Combining α and β Radiopharmaceuticals in mCRPC: Interim AlphaBet Results Show Feasible Safety and Promising PSA Activity for 177Lu‑PSMA‑I&T plus 223Ra

Interim data from the AlphaBet phase 1/2 trial show that combined 177Lu‑PSMA‑I&T and radium‑223 is feasible, with no dose‑limiting toxicities, a recommended radium‑223 dose of 55.0 kBq/kg, and a PSA50 rate of 55% (95% CI 36–72). Hematologic grade ≥3 adverse events were uncommon.
Predicting Early Acute Kidney Injury After Liver Transplantation: A Clinically Useful 48‑Hour Risk Model

Predicting Early Acute Kidney Injury After Liver Transplantation: A Clinically Useful 48‑Hour Risk Model

A single-center study developed and internally validated a 48‑hour post‑liver transplant AKI risk model using five readily available preoperative and intraoperative variables (HE, alcohol cirrhosis, ALBI ≥ −1.78, operation time ≥560 min, and FFP transfusion). The model showed good discrimination (AUC ≈0.76).
肝移植後の早期急性腎障害の予測:48時間リスクモデル

肝移植後の早期急性腎障害の予測:48時間リスクモデル

単施設研究で、術前および術中における5つの容易に入手可能な変数(HE、アルコール性肝硬変、ALBI ≥ −1.78、手術時間 ≥560分、FFP輸血)を使用して、肝移植後の48時間以内の急性腎障害(AKI)リスクモデルを開発し、内部検証を行った。このモデルは優れた識別力(AUC 約0.76)を示した。
Mitochondrial Calcium Deficit Links Structural Remodeling to Atrial Fibrillation — and an Old Cholesterol Drug, Ezetimibe, Shows Unexpected Anti‑AF Potential

Mitochondrial Calcium Deficit Links Structural Remodeling to Atrial Fibrillation — and an Old Cholesterol Drug, Ezetimibe, Shows Unexpected Anti‑AF Potential

New human tissue and cellular data implicate impaired mitochondrial Ca2+ uptake, structural uncoupling of sarcoplasmic reticulum–mitochondria contacts, and oxidative stress in atrial fibrillation (AF); ezetimibe restored mitochondrial Ca2+ handling and reduced AF burden in exploratory analyses.
APOE ε4, Age and Sex Converge to Disturb Anterior Olfactory Nucleus Physiology: Electrophysiologic Evidence for Early Alzheimer’s Vulnerability

APOE ε4, Age and Sex Converge to Disturb Anterior Olfactory Nucleus Physiology: Electrophysiologic Evidence for Early Alzheimer’s Vulnerability

In vivo awake recordings in transgenic mice show APOE ε4 reduces neuronal excitability in the anterior olfactory nucleus (AON); adult females are more excitable than males (a sex difference lost with aging), while aging amplifies network oscillatory power — revealing interactions that may underlie early olfactory deficits in Alzheimer’s disease.