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The study used a genome-wide association study (GWAS) to analyze random glucose levels in nearly half a million non-diabetic subjects, uncovering 150 distinct genetic signals, including 53 new ones, linked to glycemic traits and type 2 diabetes. The research also discovered a causal effect of random glucose and type 2 diabetes on lung function, identifying lung dysfunction as a new diabetes complication.

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,Tatiana Shepeleva ,Neha Mathur ,Neha Mathursep ,Nature Genetics ,Blood ,Blood Sugar ,Diabetes ,Enetic ,Dancer ,Fell ,Casting ,Frequency ,Enetics ,Enome ,Glucose ,Insulin ,Lung Cancer ,Athophysiology ,Research ,Type 2 Diabetes ,

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