Publication News 2026
Publication News 217 - 09 March 2026 by Maryam Ferdousi
Twelve months of benfotiamine did not improve neuropathic outcomes in people with type 2 diabetes and symptomatic polyneuropathy: the BOND study
Click here to read the Publication News
Publication News 216 - 02 March 2026 by Alise Kalteniece
Corneal nerve damage reflects renal dysfunction in type 2 diabetes
Click here to read the Publication News
Publication News 215 - 23 February 2026 by Zoltan Kender
Corneal confocal microscopy reflects axonal degeneration but not neuropathic pain in (pre)diabetes: insights from the Maastricht study
Click here to read the Publication News
Publication News 214 - 16 February 2026 by Ali Jaafar
Energy sharing in the DRG: satellite glia deliver mitochondria to sensory neurons to protect against diabetic neuropathy
Click here to read the Publication News
Publication News 213 - 09 February 2026 by Luca D'Onofrio
Incident diabetic foot ulcer is the most powerful independent risk factor of lower‐extremity amputation in the prospective Seattle Diabetic Foot Study
Click here to read the Publication News
Publication News 212 - 02 February 2026 by Eleni Karlafti
A large nationwide study on the prevalence of peripheral neuropathy in type 2 diabetes in Greece: the PRENEDIG study
Click here to read the Publication News
Publication News 211 - 26 January 2026 by Sanjeev Sharma
Diabetic lumbosacral radiculoplexus neuropathy after glucagon-like peptide 1 receptor agonist use: a case series
Click here to read the Publication News
Publication News 210 - 19 January 2026 by Anders Stouge
Predicting frailty in diabetic polyneuropathy: psychosocial and lifestyle factors outweigh traditional clinical predictors
Click here to read the Publication News
Publication News 209 - 12 January 2026 by Gordon Sloan
Tracking pain over time in diabetic neuropathy: who develops pain—and who recovers?
Click here to read the Publication News
Publication News 208 - 05 January 2026 by Pietro Pertile
When physical activity feels harder: cardiovascular autonomic neuropathy impairs physiologic responses to exercise in type 1 diabetes