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The aim of this study is to explore the changes of visual evoked potentiaK VEP), brainstem auditory evoked potential (BAEP), Somatosensory e-voked potential (SEP), event-related potential(ERP) of patients with type 2 diabetes mellitus(DM).Methods VEP, BAEP, SEP, ERP were measured in 30 cases with type 2 DM (DM group) and in 30 age- and sex-matched healthy volunteers (Control group) by using Nicolet Viking Ⅳ EMG/EP instrument. The numerical values of VEP, BAEP, SEP and ERP were recorded and analyzed by SPSS.Results Abnormalities were found as follows: VEP in 20(66.7%), BAEP in 18(60%), MNSEP in 20(66.7%),PTNSEP in 22(73.3%), and ERP in 11 (36.67%) diabetic patients, including the disappearance of wave, prolonged wave latency and decreased wave amplitude. Compared with control group, the P100 latency of VEP, the latencies of wave Ⅰ and Ⅴ, amplitude of wave Ⅴ, the interpeak latencies (IPL) of each wave in BAEP, the latencies and wave amplitudes in N9 to P20 of MNSEP and in N9 to P38 of PTNSEP, as well a
The aim of this study is to explore the changes of visual evoked potentiaK VEP, brainstem auditory evoked potential (BAEP), Somatosensory e-voked potential (SEP), event-related potential (ERP) of patients with type 2 diabetes mellitus ) .Methods VEP, BAEP, SEP, ERP were measured in 30 cases with type 2 DM (DM group) and in 30 age- and sex-matched healthy volunteers (Control group) by using Nicolet Viking IV EMG / EP instrument. Values of VEP, BAEP, SEP and ERP were recorded and analyzed by SPSS. Results Abnormalities were found as follows: VEP in 20 (66.7%), BAEP in 18 (60%), MNSEP in 20 (73.3%), and ERP in 11 (36.67%) diabetic patients, including the disappearance of waves, prolonged wave latency and decreased wave amplitude. Compared with control group, the P100 latency of VEP, the latencies of waves I and V, amplitude of wave Ⅴ, the interpeak latencies (IPL) of each wave in BAEP, the latencies and wave amplitudes in N9 to P20 of MNSEP and in N9 to P 38 of PTNSEP, as well a