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Nugroho, H S; Hasanah, L; Wulandari, C; Pawinanto, R E; Haron, M H; Menon, P S; Zain, A R M; Berhanuddin, D D; Mulyanti, B
IOP conference series. Materials Science and Engineering, 05/2020, Letnik: 850, Številka: 1Journal Article
Diabetes mellitus is a disease of metabolic disorders where human blood contains a high amount of sugar level for a prolonged period. This study aims to simulate how effective sensor based on MRR and SPR for the purpose of diabetes monitoring. The results show that sensor based on MRR and SPR provides the ability to detect low level of glucose concentration as low as 7 mmol/L (0.13%) and the ability to detect resonance shift for very small glucose concentration change. Therefore, the sensor based on MRR and SPR can be used for diabetes monitoring. The sensitivity of the sensor based on MRR and SPR is 85.84 nm/RIU and 116.69 °/RIU respectively. These findings are important for the development of diabetes monitoring based on MRR or SPR.
