Such huge market size makes diabetes a model disease for developing new biosensing concepts. Indeed, glucose biosensors account for about 85% of the entire biosensor market. Accordingly, millions of diabetics test their blood glucose levels daily, making glucose the most commonly tested analyte. The diagnosis and management of diabetes mellitus thus requires a tight monitoring of blood glucose levels. Such complications can be greatly reduced through stringent personal control of blood glucose.

The complications of battling diabetes are numerous, including higher risks of heart disease, kidney failure, or blindness. The disease is one of the leading causes of death and disability in the world. This metabolic disorder results from insulin deficiency and hyperglycemia and is reflected by blood glucose concentrations higher or lower than the normal range of 80-120 mg/dL (4.4-6.6 mM).

Preparation, characterization and application of glucose, uric acid and urea medical test using voltammetry cyclic composite electrode (non enzymatic sensor) fourth generationĭiabetes mellitus is a worldwide public health problem. Material polimer alam dan sintetik Electrochemical Approaches to Humans and the EnvironmentĪpplication of electrochemistry for preparation of non enzyme sensor (electroanalytical), degradation of waste water (electrodegradation) and disinfection of water (electrodisinfection) Material berbasis selulosa alam, pati alam dan limbah industri pertanian dan karbon aktif Material dalam kelas zeolit dan lempung alam maupun sintetikĭ. Material dalam lingkup tersebut meliputi:Ī. Lingkup penelitian material akan melibatkan pengembangan sumber daya mineral alam Indonesia maupun material sintetis yang berwawasan green chemistry. Rencana induk pengembangan penelitian dalam kurun waktu 5 (lima) tahun mendatang dapat disusun menurut skema berikut (Tabel 8).

Peta jalan (roadmap) penelitian pengembangan material montmorillonit (dipublikasikan Seminar Nasional Kimia VI Dalam rangka turut mengembangakan ilmu pengetahuan dan teknologi kimia namun tidak meninggalkan potensi sumber daya alam nasional Indonesia, kelompok penelitian material Program Studi Ilmu Kimia FMIPA UII menetapkan roadmap pengembangan penelitian material dalam skema Gambar 1.ĭari roadmap yang dikembangkan, sintesis material berbasis lempung alam telah diaplikasikan secara luas dalam bidang lingkungan dan industri kimia.

Hasil Pelacakan Alumni Program Studi Kimiaīidang Material Untuk Energi dan Lingkunganīidang Kimia Material merupakan salah satu topik populer menurut American Chemical Society.

Chemistry Student Competition Center (CSCC).

Laboratorium Penelitian dan Pengujian Minyak Atsiri.

Gambar tema lingkungan