Table 1.
Reference | Population | Major findings |
---|---|---|
Leger et al42 | Young adults born SGA | SGA adults have higher glucose, insulin, and proinsulin and shorter than AGA adults |
Kistner et al33 | 10-year old children born prematurely, SGA or AGA | SGA infants have higher peripheral insulin resistance Preterm infants have higher hepatic insulin resistance |
Rotteveel et al48 | Adults born preterm SGA | Increased triglycerides and insulin during a mixed meal test |
Wang et al44 | Term and early preterm infants at birth and in early childhood | Inverse relationship between gestational age and insulin levels at birth and during childhood |
Crump et al45 | Adults with a history of prematurity | They are more likely to be prescribed insulin and oral medications for diabetes as adults |
Morrison et al46 | Adults born ELBW infants | Adults who were ELBW infants are four times more likely to develop diabetes/prediabetes than adults who were born at term |
Hovi et al47 | Adults born VLBW infants | VLBW adults had higher insulin resistance and glucose intolerance than adults who were born at term |
Abbreviations: AGA, appropriate for gestational age; ELBW, extremely low birth weight; SGA, small for gestational age; VLBW, very low birth weight.