why choose us

300×250 Ad Slot

Research Article: Development and Validation of a Risk Prediction Model for Ketosis-Prone Type Diabetes Mellitus Among Patients Newly Diagnosed with Type Diabetes Mellitus in China

Date Published: 2023-08-18

Abstract:
Some diabetics have spontaneous ketosis or diabetic ketoacidosis (DKA) at onset, often lacking evidence of islet cell autoimmunity, with clinical features similar to those of type diabetes mellitus (TDM). In recent years, this has been termed as ketosis-prone TDM (KP-TDM) and is a group of heterogeneous diseases. Previous research have suggested that KP-TDM is closely relevant to A-?+ ketosis-prone diabetes (KPD) according to the currently recognized “A?” classification scheme, which can accurately predict long-term blood glucose performance and islet cell function. Similar to A-?+ KPD, KP-TDM is more sensitive to glucotoxicity, and hyperglycemia during the first episode of ketosis leads to a temporary and sharp decline in islet ?-cell function, which can initially be improved with insulin treatment and can also be recovered. Insulin therapy is not required for a long period of time and is followed by an inevitable decline in insulin dependence, presenting clinical features different from those of classic TDM.

Introduction:
Some diabetics have spontaneous ketosis or diabetic ketoacidosis (DKA) at onset, often lacking evidence of islet cell autoimmunity, with clinical features similar to those of type diabetes mellitus (TDM). In recent years, this has been termed as ketosis-prone TDM (KP-TDM) and is a group of heterogeneous diseases. Previous research have suggested that KP-TDM is closely relevant to A-?+ ketosis-prone diabetes (KPD) according to the currently recognized “A?” classification scheme, which can accurately predict…

Read more

300×250 Ad Slot