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Less Until None : A Plan for a World without T1D. JDRF’s Vision for the Future. LESS. UNTIL. NONE. 2. Mission: Less Until None. LESS. UNTIL. NONE. Burden. LESS. Invasive. LESS. Complexity. LESS. Danger. LESS UNTIL NONE. Delivery of Continuous Therapeutic Improvements.
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JDRF’s Vision for the Future LESS UNTIL NONE 2
Mission: Less Until None LESS UNTIL NONE Burden LESS Invasive LESS Complexity LESS Danger LESS UNTIL NONE
Delivery of Continuous Therapeutic Improvements Glycemic Control Safety Normal Physiology Restored Therapies Cure Side-Effects Complications Patient Burden Better Safety, Fewer Side-Effects, Less Exposure to Complications
DiscoveryResearch ClinicalDevelopment Deliveryto Patients RESEARCH ADVOCACY RESEARCH ADVOCACY RESEARCH ADVOCACY Regulatory $ $$$ $$$$ $$
DiscoveryResearch ClinicalDevelopment Deliveryto Patients RESEARCH ADVOCACY RESEARCH ADVOCACY RESEARCH ADVOCACY Regulatory $ $$$ $$$$ $$ Investment Investment
Artificial Pancreas Treat-to-Range Artificial Pancreas Multihormone Artificial Pancreas Low Glucose Suspend Artificial Pancreas Treat-to-Target Control Glucose Responsive Insulin Complications Comprehensive Prevention Therapy Complications Predictive Diagnosis Prevention Primary: Vaccine Complications Diabetic Eye Disease Insulin Pumps Infusion Encapsulation Implantable Islets Prevention Secondary Prevention Regeneration Near Term Medium Term Long Term This timeline is based on clinical delivery goals of identified therapies and will be updated as progress is achieved
Artificial Pancreas Automated technologies to help maintain better control of blood-glucose levels Integrated smart technology to automate routine elements of insulin management FDA released final guidance on pathway for commercialization of devices
Glucose Responsive Insulin (GRI) Form of insulin that activated when blood-glucose levels start to rise Simplifies life for and improves overall blood-glucose controls JDRF competition underway to accelerate progress on GRI
Encapsulation Easily implantable Beta cells or islets surrounded by a protective shield/capsule Able to sense glucose levels and produce insulin as needed Hidden from the immune system to sustain normal function Eliminating the need for immunosuppressive drug therapy
Regeneration Ability to create new insulin producing cells destroyed by autoimmune attack Creating abundant supply of Beta cells through stem cells and regeneration Immune therapy for suspected “triggers” including viruses
Secondary Prevention Preserve beta cell function in these newly diagnosed individuals Approaches include: Reducing inflammation Boosting beta cell survival Suppressing the autoimmune attack
Primary Prevention Prevent the autoimmune attack on beta cells before it starts Approaches include: Viral vaccines Beta Cell Autoantigen Vaccines
Funding Scaleand Scope R&DExpertise IndustryInfluence Government Advocacy
Funding Scaleand Scope R&DExpertise IndustryInfluence Government Advocacy
More =Less LESS UNTIL NONE Funding Funding Funding $$$ T1D Funding Funding Funding Funding $$$ $$$ Funding Funding