Bienvenidos a un encuentro con la diabetes tipo 1

"El objeto de este sitio es publicar novedades cientificas, relacionadas con prevencion, diagnostico, complicaciones, tratamiento de diabetes tipo 1, como asi tambien comunicar futuros eventos (congresos, jornadas, campamentos educativos, etc) en el pais e internacionales.
Dirigido a equipo de salud de atencion diabetologica (medicos, enfermeros, educadores, nutricionistas, asistentes sociales, profesores de educacion fisica, psicologos, podologos, etc.), empresas de medicina, pacientes y sus familiares."

domingo, 29 de octubre de 2017

DR. BERCOVICH: INSULINA ORAL, Futuro Próximo?

INSULINOTERAPIA ORAL PARA DIABETES TIPO 2

ORMD-801


Diabetes is a chronic condition characterized by hyperglycemia, or elevated blood glucose levels. If left untreated, diabetes may lead to complications such as cardiovascular disease, chronic renal failure, retinopathy and amputations.
Type 2 diabetes (T2DM) is a progressive disease characterized by impaired ß cell function and insulin resistance. There are over 340 million type 2 diabetics worldwide with an economic burden of close to half a trillion dollars annually.
Orally administered insulin should bring with it enhanced patient compliance. In addition, intestinally absorbed-oral insulin actually mimics insulin’s natural location and gradients in the body by first passing through the liver before entering the bloodstream.
Oramed’s oral insulin (ORMD-0801) has the potential to create a new paradigm in the treatment of diabetes by oral delivery of insulin at an earlier stage of treatment, potentially slowing disease progression and delaying or even eliminating late-stage complications.

Oramed Pharmaceuticals’ POD™ (Protein Oral Delivery) technology has been designed to (1) protect orally delivered proteins from detrimental enzymatic activity within the gastrointestinal tract and (2) to enhance their absorption across the intestinal wall.
The active protein is encapsulated in a capsule that features a highly protective coating that remains intact in the most acidic segments of the gut, as well as enzymatic support provided by specialized protease inhibitors.
Drug availability is further secured by an absorption enhancer supplement that facilitates protein passing across the intestinal barrier.
By preventing protein-drug breakdown in the gastrointestinal tract and promoting its crossing the small intestine, this breakthrough solution brings oral protein-drug delivery significantly closer to a reality.
ABSTRACT
FROM: J. Diabetes Science and Tecnologic from Basic Science to Clinical Practice

Optimal coverage of insulin needs is the paramount aim of insulin replacement therapy in patients with diabetes mellitus. To apply insulin without breaking the skin barrier by a needle and/or to allow a more physiological provision of insulin are the main reasons triggering the continuous search for alternative routes of insulin administration. Despite numerous attempts over the past 9 decades to develop an insulin pill, no insulin for oral dosing is commercially available. By way of a structured approach, we aim to provide a systematic update on the most recent developments toward an orally available insulin formulation with a clear focus on data from clinical-experimental and clinical studies. Thirteen companies that claim to be working on oral insulin formulations were identified. However, only 6 of these companies published new clinical trial results within the past 5 years. Interestingly, these clinical data reports make up a mere 4% of the considerably high total number of publications on the development of oral insulin formulations within this time period. While this picture clearly reflects the rising research interest in orally bioavailable insulin formulations, it also highlights the fact that the lion’s share of research efforts is still allocated to the preclinical stages.Optimal coverage of insulin needs is the paramount aim of insulin replacement therapy in patients with diabetes mellitus. To apply insulin without breaking the skin barrier by a needle and/or to allow a more physiological provision of insulin are the main reasons triggering the continuous search for alternative routes of insulin administration. Despite numerous attempts over the past 9 decades to develop an insulin pill, no insulin for oral dosing is commercially available. By way of a structured approach, we aim to provide a systematic update on the most recent developments toward an orally available insulin formulation with a clear focus on data from clinical-experimental and clinical studies. Thirteen companies that claim to be working on oral insulin formulations were identified. However, only 6 of these companies published new clinical trial results within the past 5 years. Interestingly, these clinical data reports make up a mere 4% of the considerably high total number of publications on the development of oral insulin formulations within this time period. While this picture clearly reflects the rising research interest in orally bioavailable insulin formulations, it also highlights the fact that the lion’s share of research efforts is still allocated to the preclinical stages.
Keywords: diabetes, oral insulin, glycemic control, bioavailability, oral delivery, enteral absorption


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