Problems in differential diagnosis of diabetes types

Area of Science:

• Endocrinology
• Genetics
• Metabolic Diseases

Background:

• Diabetes mellitus is defined by chronic hyperglycemia.
• Recent advancements have improved understanding of its diverse forms and pathogenesis.
• The etiological classification of diabetes has evolved, incorporating genetic insights.

Purpose of the Study:

• To review the challenges and clinical applications of differential diagnostics in diabetes mellitus.
• To highlight the importance of accurate diagnosis for personalized treatment strategies.
• To discuss the role of genetic discoveries in classifying diabetes subtypes.

Main Methods:

• Review of etiological classification of diabetes, focusing on genetic contributions.
• Analysis of unique clinical features and treatment approaches for monogenic diabetes forms.
• Discussion of the practical clinical application of differential diagnostics in diabetology.

Main Results:

• Monogenic diabetes forms (MODY, mitochondrial, neonatal, lipoatrophic) possess distinct clinical features.
• Accurate differential diagnosis enables tailored treatment for genetically determined metabolic defects.
• Differential diagnostics is increasingly vital for optimizing diabetes management and prognosis.

Conclusions:

• Accurate differential diagnosis of diabetes types is essential for effective patient care.
• Understanding the etiology of diabetes subtypes, particularly monogenic forms, guides personalized therapeutic interventions.
• The ongoing progress in genetics continues to refine diabetes classification and clinical management strategies.