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antidiabetic hormone. VIII Step by step towards the artificial pancreas. Adv.
Diabetologia 27 (1), 27–38.
Loriaux, L., 2006. Diabetes and the Ebers Papyrus: 1552 B.C. Endocrinologist 16 (2),
55–56.
Lucisano, J., Routh, T., Lin, J., Gough, A., 2017. Glucose monitoring in individuals with
diabetes using a long term implanted sensor/telemetry system and model. IEEE Trans.
Biomed. Eng. 64 (9), 1982–1993.
Macfarlane, I., 2014. 1776: revolution in liverpool: Matthew Dobson discovers hyper-
glycaemia. Endocr. Abstr. 34, (SE1.2).
Mauseth, R., Hirsch, I., Bollyky, J., Kircher, R., Matheson, D., Sanda, S., Greenbaum, C.,
2013. Use of a “fuzzy logic” controller in a clised-loop artificial pancreas. Diabetes
Technol. Ther. 15 (8), 628–633.
Mazaferri, E., Skillman, T., Lanese, R., Keller, M., 1970. Use of test strips with colour meter
to measure blood glucose. Lancet 265 (7642), 331–333.
Miller, B., Van-Slyke, D., 1936. A direct microtitration method for blood sugar. J. Biol.
Chem. 114, 583–595.
Mossman, J., 2010. Insulin Pumps: Design Basics and Tradeoffs. EE Times, http://www.
eetimes.com/document.asp?doc_id¼1278073. (Accessed 24 August 2017).
Patek, S., Magni, L., Hughes-Karvetski, C., Toffanin, C., DeNicolao, G., DelFavero, S.,
Breton, M., DallaMan, C., Renard, E., Zisser, H., DoyleIII, F., Cobelli, C.,
Kovatchev, B., 2012. Modular closed-loop control of diabetes. IEEE Trans. Biomed.
Eng. 59 (11), 2986–2999.
Rennie, I., Keen, H., Southon, A., 1964. A rapid enzyme-strip method for estimating blood
sugar. Lancet 2, 884–886.
Ribet, F., Stemme, G., Roxhed, N., 2017. Ultra-miniaturisation of a planar amperometric
sensor targeting continuous intradermal glucose monitoring. Biosens. Bioelectron.
90 (2017), 577–583.
Rubin, R., Peyrot, M., 2010. Patient-reported outcomes and diabetes technology: a systemic
review of literature. Pediatr. Endocrinol. Rev. 7 (3), 405–412.
Schade, D., Eaton, R., Edwards, W., Doberneck, R., Spencer, W., Carlson, G., Blair, R.,
Love, J., Urenda, R., Gaona, J., 1982. A remotely programmable insulin delivery system.
JAMA 247 (13), 1848–1853.
Schoemaker, M., Andreis, E., R€oper, J., Kotulla, R., Lodwig, V., Obermaier, K.,
Stephan, P., Reuschling, W., Rutschmann, M., Schwaninger, R., Wittmann, U.,
Rinne, H., Kontschieder, H., Strohmeier, W., 2003. The SCGM1 system: subcutaneous
continuous glucose monitoring based on microdialysis technique. Diabetes Technol.
Ther. 5, 599–608.
Selam, J., Slingeneyer, A., Chaptal, P., Franetzki, M., Prestele, K., Mirouze, J., 1982. Total
implantation of a remotely controlled insulin minipump in a human insulin-dependent
diabetic. Artif. Organs 6 (3), 315–319.
Semizer, E., Yuceer, M., Atasoy, J., Berber, R., 2012. Comparison of control algorithms for
the blood glucose concentration in a virtual patient with an artificial pancreas. Chem.
Eng. Res. Design 90 (2012), 926–937.
Spencer, W., Bair, R., Carlson, G., Love, J., Urenda, R., Eaton, R., Schade, D., 1980. Some
engineering aspects of insulin delivery systems. Diabetes Care 3, 345–350.
Swidorski, D., 2014. Diabetes History. https://www.defeatdiabetes.org/diabetes-history/.
(Accessed 5 August 2017).
Tattersall, R., 2009. Diabetes:The Biography. Oxford Univeristy Press, Oxford.
Updike, S., Hicks, G., 1967. The enzyme electrode. Nature 216, 986–988.
Valla, V., 2010. Therapeutics of diabetes mellitus: focus on insulin analogueues and insulin
pumps. Exp. Diab. Res. (Hindawi) 2010, 1–14 148372.