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2026 Scientific Program

The Future of Diabetes Care, All in One Program.

Explore the most important 2026 advances in GLP-1 therapies, continuous glucose monitoring, automated insulin delivery, AI-enabled care, obesity treatment, and integrated heart–kidney–metabolic health.

200+ scientific sessions Research and clinical updates Practical care strategies
AI + CGM Smarter data, integrated technology, and clinical decision support.
Clinical Intelligence 2026 update
200+ Scientific Sessions
GLP-1 & Dual Agonists Automated Insulin Cardio–Renal Health Obesity Science
2026Standards
AIInnovation
CGMTechnology
Clinical Impact Translate new evidence into better, more connected patient care.
200+Scientific sessions
12,000+Researchers & clinicians
5Core learning objectives
2026Standards & breakthroughs
Diabetes Science • Clinical Care • Innovation
A comprehensive program connecting breakthrough research with practical strategies for modern diabetes care.
GLP-1New therapies
CGMConnected care
AIClinical delivery
Program Overview

Stay current with the science shaping diabetes care.

The 2026 scientific program brings together research, clinical care, and innovation—covering late-breaking trials, practical treatment advances, emerging technology, and the latest standards across diabetes, obesity, cardiovascular, kidney, and metabolic health.

01
Breakthrough Therapeutics GLP-1 receptor agonists, dual agonists, amylin-based approaches, insulin strategies, and adjunct therapies.
02
Technology-Enabled Care CGM systems, automated insulin delivery, AI integration, smart sensing, and connected clinical workflows.
03
Whole-Patient Management Integrated strategies for heart, kidney, weight, nutrition, behavior, pregnancy, complications, and health equity.
Scientific Leadership

Meet the 2026 Planning Committee

Explore the multidisciplinary experts helping shape the scientific program across diabetes technology, therapeutics, obesity, complications, metabolism, education, and research.

34 Committee
Experts
Mark Atkinson, PhD 01 Committee Chair

Mark A. Atkinson, PhD

University of Florida

Gainesville, FL
Halis Kaan Akturk, MD 02 New Technology

Halis Kaan Akturk, MD

Barbara Davis Center for Diabetes

Aurora, CO
Grazia Aleppo 03 New Technology

Grazia Aleppo, MD

Feinberg School of Medicine, Northwestern University

Chicago, IL
Lynn Ang, MD 04 Neuropathy

Lynn Ang, MD

University of Michigan

Ann Arbor, MI
Mandeep Bajaj 05 Clinical Therapeutics

Mandeep Bajaj, MBBS, FRCP

Baylor College of Medicine

Houston, TX
Maria Bettini, PhD 06 Immunology

Maria Bettini, PhD

University of Utah

Salt Lake City, UT
Maureen Chomko 07 Clinical Nutrition

Maureen Chomko, RDN, CDCES

Neighborcare Health

Seattle, WA
Arup Das 08 Retinopathy

Arup Das, MD, PhD

University of New Mexico

Albuquerque, NM
Jenny DeJesus, DNP, ANP-BC, ADM-BC, CDCES 09 Diabetes Education

Jenny DeJesus, DNP, CDCES

Northwell Health

Westchester, NY
Sagar B. Dugani, MD, PhD, MPH 10 Epidemiology

Sagar B. Dugani, MD, PhD, MPH

Mayo Clinic

Rochester, MN
Feyza Engin 11 Islet Biology/Insulin Secretion

Feyza Engin, PhD

University of Wisconsin, Madison

Madison, WI
Brendan M. Everett, MD, MPH 12 Macrovascular Complications

Brendan M. Everett, MD, MPH

Massachusetts General Brigham and Harvard Medical School

Boston, MA
Rajesh Garg 13 Clinical Therapeutics

Rajesh Garg, MD

Harbor-UCLA Medical Center, David Geffen School of Medicine at UCLA

Torrance, CA
Rebecca Haeusler 14 Obesity/Pathogenesis of Obesity

Rebecca A. Haeusler, PhD

Columbia University

New York, NY
Marisa Hilliard 15 Behavioral Medicine

Marisa E. Hilliard, PhD

Baylor College of Medicine and Texas Children’s Hospital

Houston, TX
Janice Jin Hwang, MD, MHS 16 Metabolism, In Vivo (Humans)

Janice Jin Hwang, MD

University of North Carolina at Chapel Hill

Chapel Hill, NC
Young-Bum Kim, PhD 17 Metabolism, In Vivo (Animals)

Young-Bum Kim, PhD

Harvard Medical School

Boston, MA
Rebecca Longo 18 Diabetes Education

Rebecca Rick Longo, DNP, ACNP-BC, CDCES

Lahey Hospital and Medical Center

Burlington, MA
Brynn Marks 19 Pediatrics

Brynn E. Marks, MD, MSHPEd

Breakthrough T1D

Philadelphia, PA
Teresa Mastracci, PhD 20 Islet Biology/Insulin Secretion

Teresa Mastracci, PhD

Indiana University-Indianapolis

Indianapolis, IN
Camille Powe, MD 21 Pregnancy

Camille E. Powe, MD

Massachusetts General Hospital

Boston, MA
Priya Prahalad, MD, PhD 22 New Technology

Priya Prahalad, MD, PhD

Stanford University

Stanford, CA
Alexandria Ratzki-Leewing, PhD, MSc 23 Hypoglycemia

Alexandria Ratzki-Leewing, PhD, MSc

University of Maryland, School of Medicine

Baltimore, MD
Michael Riddell, PhD 24 Exercise

Michael C. Riddell, PhD

York University

Toronto, Ontario, Canada
Holger Russ, PhD 25 Beta-Cell Replacement

Holger Russ, PhD

University of Florida College of Medicine

Gainesville, FL
Jennifer Schaub, MD 26 Diabetic Kidney Disease

Jennifer A. Schaub, MD

University of Michigan, Michigan Medicine

Ann Arbor, MI
Ellen Schur, MD, MS 27 Obesity/Pathogenesis of Obesity

Ellen A. Schur, MD, MS

University of Washington Medicine

Seattle, WA
Kanhaiya Singh 28 Foot Care/Lower Extremities

Kanhaiya Singh, PhD

McGowen Institute for Regenerative Medicine, University of Pittsburgh

Pittsburgh, PA
Cassandra N. Spracklen, PhD 29 Genetics

Cassie Spracklen, PhD

University of Massachusetts Amherst

Amherst, MA
John Stafford, MD, PhD 30 Lipids

John Stafford, MD, PhD

The Ohio University

Columbus, OH
Katrin Svensson, PhD 31 Insulin Action/Molecular Metabolism

Katrin J. Svensson, PhD

Stanford University

Stanford, CA
Sarah Tersey 32 Islet Biology/Insulin Secretion

Sarah A. Tersey, PhD

University of Chicago

Chicago, IL
Amisha Wallia, MD, MS 33 Health Care Delivery–Economics/Quality Improvement

Amisha Wallia, MD, MS

Northwestern University

Chicago, IL
Phillip White 34 Insulin Action/Molecular Metabolism

Phillip J. White, PhD

Duke University

Durham, NC
Major Clinical Focus Areas

Built around the decisions clinicians face now.

Move from emerging evidence to practical clinical understanding across six high-impact areas.

GLP

GLP-1 & Next-Generation Therapies

Oral agents, dual agonism, amylin combinations, safety, patient selection, and emerging trial results.

CGM

Diabetes Technology

Continuous glucose monitoring, automated insulin delivery, sensors, smart algorithms, and device access.

AI

AI & Clinical Innovation

Real-world data, immediate AI integration, smarter policy, clinician burden, and data-enabled care delivery.

H/K

Heart–Kidney–Metabolic Health

Cardiovascular risk, CKD, albuminuria, lipid management, MASLD, and multidisciplinary treatment strategies.

T1D

Type 1 Diabetes Advances

Immunotherapy, beta-cell replacement, prevention, adjunct treatment, screening, and next-generation care.

WT

Obesity & Weight Management

Standards updates, body composition, nutrition, treatment access, rare causes, and long-term outcomes.

Learning Objectives

Turn the newest evidence into stronger clinical decisions.

By exploring this program, learners can strengthen their understanding of current and emerging diabetes care.

Evaluate new pharmacological advances and adjunct therapies—including GLP-1 receptor agonists and dual agonists—for Type 1 and Type 2 diabetes.

Understand how continuous glucose monitoring, artificial intelligence, and automated insulin delivery systems can be integrated into clinical care.

Apply a holistic approach that addresses the intersection of cardiovascular, kidney, metabolic, and weight-related health.

Identify novel strategies for hypoglycemia prevention, weight management, and diabetes-related complications.

Translate updated nutrition guidance, behavioral interventions, and 2026 care standards into practical patient-management strategies.

Who This Program Is For

Designed for multidisciplinary diabetes care.

The program is especially relevant for clinicians, researchers, and care teams who manage diabetes, obesity, cardiovascular risk, kidney disease, nutrition, and technology-enabled care.

12K+ researchers and clinicians
welcomed annually
EndocrinologistsTherapeutics, diabetes technology, complications, obesity, and precision care.
CardiologistsCardiometabolic risk, heart failure, lipids, obesity, and integrated treatment.
NephrologistsDiabetic kidney disease, albuminuria, CKD detection, and combination therapy.
Primary Care PhysiciansStandards, medication safety, screening, technology, and coordinated care.
Dietitians & EducatorsNutrition, DSMES, behavioral change, weight management, and patient support.
Nurses & Clinical TeamsCare delivery, devices, quality improvement, access, and practical implementation.
Program Highlights

Explore the topics redefining diabetes practice in 2026.

Featured sessions span breakthrough pharmacology, connected technology, complications, obesity, and precision medicine.

01

GLP-1 Receptor Agonists: What’s New in 2026?

02

From Pen to Pill: The Orforglipron “ACHIEVE” Clinical Trial Program

03

AI and Innovation for Clinical Health Care Delivery

04

Where Heart, Kidney, and Metabolism Collide

05

The New Frontier of Hypoglycemia Prevention

06

The Transformative Power of Continuous Glucose Monitoring

07

2026 ADA State of Type 1 Diabetes

08

Standards of Care in Overweight and Obesity: 2026 Updates

09

Amylin as a Novel Diabetes and Obesity Therapy

10

How to Best Combine Therapies for Diabetic Kidney Disease

11

Precision Medicine in Diabetes

12

Next-Generation Diabetic Foot Ulcer Care

View the full supplied program topic list (233 topics)
  1. 01GLP-1 Receptor Agonists: What’s New in 2026?
  2. 02REIMAGINE 1, 2, 3: Leveraging Amylin and GLP-1 for Type 2 Diabetes Care with CagriSema
  3. 03Dual Agonism in Type 1 Diabetes: Unveiling Efficacy and Safety of Adjunct Therapy with CT-868 (GLP-1/GIP RA) in Adults with Type 1 Diabetes—Phase 1 and 2 Results
  4. 04From Pen to Pill: Achieving a Paradigm Shift in Type 2 Diabetes—The Orforglipron “ACHIEVE” Clinical Trial Program
  5. 05AI and Innovation for Clinical Health Care Delivery in DM
  6. 06Where Heart, Kidney, and Metabolism Collide: Innovations in the Holistic Approach to Care
  7. 07The New Frontier of Hypoglycemia Prevention: Pathophysiology, Therapies, Technology, and Care
  8. 08From Patients to Partners Elevating Voices in Diabetes and Obesity Care President Health Care Education Address and Distinguished Internatio
  9. 09Illuminating Dexcom Innovations Across the Metabolic Continuum Stelo Supporting Health Behavior Change and Dexcom G7 15 Day with Smart Basal
  10. 10MiniMed Introducing New Insulin Delivery Systems
  11. 11National Scientific Health Care Achievement Awards Presentation Outstanding Scientific Achievement Award Lecture and Outstanding Educator in
  12. 122026 ADA State of Type 1 Diabetes
  13. 132026 Diabetes / Diabetes CareDiabetologia Symposium Where Are the Islet Lesions Underlying Type 2 Diabetes
  14. 14ADA Diabetes Care Symposium The Oscillation of Diabetes and the Environment
  15. 15ADA Diabetes Journal Symposium Non-Classical Complications of Diabetes: Epidemiology Mechanism Treatment
  16. 16ADA Diabetes Obesity and Cardiometabolic CARE DOCM CARE Journal Symposium The Cost of Obesity and its Treatment
  17. 17ADA DSMESNutrition Symposium Disordered Eating in Diabetes and Obesity
  18. 18ADA ERP Symposium Standardizing Diabetes Education on a Global Level
  19. 19ADA Statement on Diabetes Technology in Primary Care
  20. 20Adapting Diabetes Care for All With Felicia Hill-Briggs Trailblazer in Health Equity Award Lecture
  21. 21Addressing the Growing Diabetes Epidemic Global Perspectives
  22. 22Advances in Metabolic Therapeutics A Focus on Insulin Sensitivity and Adipose Function
  23. 23Advancing Diabetes Epidemiology with Real-World Data and AI
  24. 24AI Integration into diabetes technology
  25. 25Albuminuria and Cardiovascular Risk The Power of Early Screening Detection and CKD Diagnosis
  26. 26Amylin as a Novel Diabetes and Obesity Therapy
  27. 27Anticipated and Unanticipated Side Effects of SGLT2 Inhibitors in Diabetes
  28. 28Are GLP-1 Receptor Agonists Safe for the Eyes
  29. 29Are We Ready to Meet the Needs of Older Adults with Type 1 Diabetes
  30. 30AZD5004 A Novel Oral Small Molecule GLP-1 Receptor Agonist Overweight/Obesity VISTA and Type 2 Diabetes SOLSTICE Phase 2 Trial Results
  31. 31B Cells in Type 1 Diabetes Hidden Culprits or Passive Participants
  32. 32Beta-Cell Replacement in Pediatric Type 1 Diabetes Promise and Perspective
  33. 33Beyond A1C New Ways to Measure Disease Progression in Early-Stage Type 1 Diabetes With ADA Presidents Select Abstract Presentation
  34. 34Beyond Conventional Care Regenerative Medicine and Smart Dressings for Diabetic Foot Ulcer
  35. 35Beyond Engraftment Functional Readouts Counterregulation and the Lived Experience of Islet Transplantation
  36. 36Beyond Glucose Monitoring The Next Revolution of Diabetes Sensing Technology with Libre
  37. 37Beyond Insulin Adjunctive Therapies for Pediatric Type 1 Diabetes
  38. 38Beyond Screening Supporting Mental and Behavioral Health among Youth and Families at Risk for Stage 3 Type 1 Diabetes
  39. 39Beyond Sugar Synapses and Senescence
  40. 40Biology and Assessment of Cardiovascular Risk
  41. 41BMI on Trial Should It Still Define Obesity
  42. 42Breaking the Pain Chain Practical Strategies for Diabetic Neuropathy from Diagnosis to Treatment
  43. 43Bridging the Gap Advancing Stem Cell-Derived Beta-Cell Therapy toward Widespread Clinical Use
  44. 44Bridging the Gap Real-Time Diabetes Technology Organizational Readiness and Policy Solutions to Advance Care
  45. 45Building a Multidisciplinary Model for Behavior Change in Cardiometabolic Health
  46. 46Central Command or Can We Insights into whether Modulating the Nervous System Can Improve Metabolic Health
  47. 47Clinical Algorithm for the Identification Monitoring and Management of Elevated Ketones in Ambulatory Settings
  48. 48Consensus or Controversy Hot Topics in Nutrition 2026
  49. 49Contemporary and Emerging Diabetes Technologies and Therapies Psychosocial and Behavioral Considerations With Richard R Rubin Award Lecture
  50. 50Continuous Ketone Monitoring for the Masses Risky or Rewarding
  51. 51Control-IQ in Pregnancy Results from the CIRCUIT Randomized Controlled Trial
  52. 52Controlling the Metabolic Phenotype of Fat New Insights into Local and Distal Signals
  53. 53Counterregulatory Responses to Hypoglycemia New Tools and Therapeutic Levers
  54. 54Decoding Islet Electrophysiology Channels Pumps and Metabolic Coupling
  55. 55Determinants of B-Cell Immunogenicity and Survival in Type 1 Diabetes
  56. 56Diabetes Care and Education for Everyone Wherever They Are
  57. 57Diabetes on the Radar From Smart Data to Smarter Policy
  58. 58Diabetes Prediction with Polygenic and Metabolic Risk Scores
  59. 59Diabetes Technology Use Across Life Situations
  60. 60Diabetes Year in Review Major Advances and Discoveries
  61. 61Discussion on Behavioral Medicine and Psychology Beyond BoundariesExpanding Your Behavioral Medicine Research Portfolio
  62. 62Discussion on Clinical Centers and Programs Diabetes Management in Older AdultsChallenges and Opportunities
  63. 63Discussion on Diabetes and Cardiovascular Disease Implementing a Multi-Disciplinary Approach in Patients with Diabetes and Cardiovascular Di
  64. 64Discussion on Diabetes in Primary Care Optimizing Use Safety and Tolerability of Diabetes Medications
  65. 65Discussion on Diabetes in Youth From Uncertainty to ActionMobilizing Advocacy for Type 1 and Type 2 Diabetes Amid Shifting Landscapes
  66. 66Discussion on Diabetes Self Management Education and Support DSMES Advancing Prandial Insulin Education Within DSMESFindings from a Toolkit
  67. 67Discussion on Diabetes Technology Addressing Unmet Needs in Diabetes TechnologyExpanding Access to Devices
  68. 68Discussion on Exercise Physiology MoTrPACWhat Does It Tell Us About Diabetes and Physical Activity
  69. 69Discussion on Eye Health Use of AI in Diabetic Retinopathy Screening
  70. 70Discussion on Foot Care Revolutionizing Diabetic Limb SalvageVascular Innovation Bone Health and Regenerative Strategies in Lower Extremitie
  71. 71Discussion on Health Care Delivery and Quality Improvement From Best Practices to ValueScaling Diabetes Expertise Through Innovation
  72. 72Discussion on Immunology and Beta-Cell Replacement Immune Tolerance in Type 1 DiabetesHarnessing the Power of Regulatory T Cells
  73. 73Discussion on Islet Biology Development and Function Small but MightyExtra Islet Beta Cells are Preserved or Lost in Type 1 Diabetes
  74. 74Discussion on Nutritional Science and Metabolism Diabetes and Nutrition Across the Perinatal ContinuumFrom Preconception to Postpartum
  75. 75Discussion on Obesity Reclaiming the Full Spectrum of Obesity Care
  76. 76Discussion on Pregnancy and Reproductive Health Adverse Outcomes in GDM-Hyperglycemia or Obesity
  77. 77Discussion on Public Health and Epidemiology Leveraging Technology to Disseminate Diabetes Care to Under-Resourced Populations
  78. 78Discussion on Womens Interprofessional Network of the ADA WIN ADA The Adaptive EdgeHow to Lead Through Change Panel Discussion
  79. 79Diverse Nutritional Approaches to Modify Metabolism in Type 2 Diabetes
  80. 80Early Pregnancy Diabetes Screening Reexamined GO MOMs or Hold Tight
  81. 81Emerging Insights from Type 1 Diabetes Immunotherapy Clinical Trials
  82. 82Empowering Populations Diabetes Self Management Education in Practice
  83. 83Engaging Science Talks that Matter
  84. 84Everyone Should Screen for PAD
  85. 85Exercise in the Age of Digital Health
  86. 86Exercise Signals and the Interorgan Metabolic Dialogue
  87. 87Evolving Therapies for MASH
  88. 88Exercise Breaks
  89. 89Exercise Training Fatigue and Motivation
  90. 90Expanding Health Access Translating Science into Practice Through Community-Engaged Approaches
  91. 91Expanding the Beta-Cell Pool What’s New with Proliferation Neogenesis and Transdifferentiation
  92. 92Explore Advancements in Type 1 Diabetes Management
  93. 93Food Is Medicine Outcomes for Diabetes Management Comparative Effectiveness across Populations
  94. 94From Evidence to the Plate What the New Nutrition Guidelines Mean for Diabetes Care
  95. 95From Innovation to Integration Redefining the Scale and Sustainability of Diabetes Prevention Through a National Framework
  96. 96From Plate to Pancreas Mechanisms Linking Diet to Diabetes With ADA Presidents Select Abstract Presentation
  97. 97From Symptoms to Solutions The Patient Experience with Korlym mifepristone Treatment
  98. 98Frontiers in Diabetic Nerve Health Biomarkers Risk Diagnosis and Treatment
  99. 99Getting Along with Your Algorithm
  100. 100Global Advances in Research to Address Heterogeneity of Diabetes NIDDK
  101. 101Global Perspectives on Obesity Care
  102. 102GLP-1 and What Else Preclinical Obesity Studies
  103. 103GLP-1 Receptor Agonists The Optimal First-Line Therapy for Early Pediatric Type 2 Diabetes
  104. 104GLP-1RA Across the Lifespan Who When and at What Cost
  105. 105Glucagon Pharmacology as a Metabolic SignalA Lightning Talk Series
  106. 106Glucagon Takes the Stage Regulation Secretion and When the Pancreas Goes Off-Script
  107. 107Goals in Common Recent Updates to the GuidelinesBlood Pressure, Lipids and Heart Failure
  108. 108Harnessing Big Data to Decode Immune Mechanisms in Type 1 Diabetes
  109. 109Harnessing Technology to Tackle Diabetes Distress Innovations across Diabetes Types and Life Stages
  110. 110Hepatic Signaling Networks Driving Metabolic Dysfunction and MASLD
  111. 111Hope or Hype Microbiome as New Frontier for Type 2 Diabetes and Obesity
  112. 112How Do Lipoproteins Control Blood Glucose LevelsInsulin Secretion Insulin Sensitivity
  113. 113How Do We Close Gaps in Access to Obesity Care
  114. 114How Does MASLD Impact Lipoprotein Biology and Cardiovascular Risk with Obesity and Diabetes
  115. 115How to Best Combine Therapies for Patients with Diabetic Kidney Disease
  116. 116Human Islet Cell Identity and Organization
  117. 117Human Studies in Obesity Treatment Emerging Therapeutic Options and Strategies for Decision-Making
  118. 118Hypercortisolism The Evidence The Evolution The Implications
  119. 119Hypoglycemia across Contexts Risk Recognition and Real-World Safety With ADA Presidents Select Abstract Presentation
  120. 120Hypothalamic Circuits and Neuroendocrine Control of Glucose Homeostasis
  121. 121Identification and Stratification of Patients at High CV Risk without a Prior MI or Stroke Insights from Real-World Evidence and the VESALIU
  122. 122Immediate AI Integration into Health Care Delivery Considering Costs Quality and Clinician Burnout
  123. 123Immune Heterogeneity and Endotypes in Type 1 Diabetes Insights from Human Studies and Humanized Models
  124. 124Immune Modulatory Strategies for Next-Generation Cell Therapies
  125. 125Immune System Engineering for Type 1 Diabetes From Mechanisms to Therapies
  126. 126In Search of Novel Therapeutic Targets in Diabetic Retinopathy
  127. 127Innovative Approaches to Weight Management
  128. 128Inpatient Glucose Management Clinical and Quality Perspectives in the Age of eCQMs
  129. 129Insulin Resistance A Cause or Consequence of Metabolic Dysfunction
  130. 130Interorgan and Intercellular Cross Talk in Steatotic Liver
  131. 131Is Obesity Accelerated Aging A Physiologic Perspective
  132. 132Its Not Up for Debate Paracrine Signaling Is Critical in Shaping Insulin Secretion
  133. 133Joint ADAAACC Symposium Expecting the BestLaboratory Issues in the Diagnosis and Management of Diabetes in Pregnancy
  134. 134Joint ADAInternational Diabetes Federation IDF Symposium What Is Malnutrition-Related Diabetes
  135. 135Joint ADAIPITA Symposium Engineering Transplantation Sites to Improve Beta-Cell Survival and Function
  136. 136Joint ADAISPAD Symposium A Global Perspective on Pediatric Type 1 Diabetes Screening
  137. 137Kelly West Award for Outstanding Achievement in Epidemiology Lecture
  138. 138Lady Parts of Life with Diabetes Behavioral and Psychosocial Care for Women
  139. 139Lancet Journal Symposium Cardiometabolic Multiple Long-Term Conditions MultimorbidityEpidemiology Mechanisms Models and Management
  140. 140Lessons from Islet Biology for Next-Generation Therapies
  141. 141Level 1 Hypoglycemia Does It Really Matter
  142. 142Make New Friends but Keep the Old Updates on Insulin Therapy in Pregnancy
  143. 143Management of Diabetic Retinopathy: Clinical Perspective
  144. 144Managing Diabetes across the Cancer Continuum From Treatment to Survivorship
  145. 145Mapping Diabetes Epidemiology in a Changing US Demographic Landscape
  146. 146Maternal Metabolic Health In and Beyond Pregnancy
  147. 147Maternal Metabolic Imprinting New Insights on Developmental Origins of Diabetes and Obesity
  148. 148Mechanisms and Treatments for Autonomic Dysfunction Current Evidence and Emerging Directions
  149. 149Metabolic and Glycemic Profiles in Pregnancies Affected by Diabetes
  150. 150Metabolic Control in Obesity and Diabetes via Interoception
  151. 151Metabolic Programming during Development and Aging
  152. 152Mitochondrial Energetics in Obesity
  153. 153Molecular and Therapeutic Strategies for Diabetes
  154. 154Molecular Architecture of Diabetic Retinopathy Genes and Epigenomics
  155. 155Molecular Transducers of Insulin Action and Insulin Resistance
  156. 156Multiomic Approaches and Resources for Providing Insights into Diabetes Pathophysiology
  157. 157Muscle Loss in GLP-1 Receptor Agonist-Induced Weight Loss A Real Concern or Much Ado about Nothing
  158. 158Neonatal and Childhood Outcomes of Dysglycemia in Pregnancy With Norbert Freinkel Award Lecture
  159. 159Neuronal Circuits and Plasticity Linking Energy Balance and Feeding in Obesity
  160. 160New Directions and Novel Approaches: Early Stage and Pilot/Feasibility Research on Innovations in Diabetes Behavioral Interventions
  161. 161New Tools Same Focus Targeting Microvascular Disease in Type 2 Diabetes
  162. 162New Ways to Learn Support and Grow in Diabetes Care With ADA Presidents Select Abstract Presentation
  163. 163Newer Concepts in Management of Diabetes and Hypertriglyceridemia
  164. 164Next-Generation Diabetic Foot Ulcer Care AI Cell Reprogramming and 3D Bioprinting With Roger Pecoraro Award Lecture
  165. 165Not All Obesity Is the Same Identifying Rare Neuroendocrine Causes
  166. 166Novel and Established Interventions to Improve Cardiovascular Outcomes
  167. 167Novel Approaches to Glucose Control With ADA Presidents Select Abstract Presentation
  168. 168Novel Insights into Basics Mechanisms and Therapeutic Interventions in Type 1 Diabetes
  169. 169Novel Metabolic Drivers Underlying the Development of Obesity
  170. 170Obesity Year in Review Major Advances and Discoveries
  171. 171Old and New Tools to Understand Cardiovascular Risk With Edwin Bierman Award Lecture
  172. 172Old Problems Bold Solutions Transforming Diabetes Screening with Innovative Solutions
  173. 173Organellar Metabolite Carriers A New Frontier in Metabolic Research
  174. 174Overcoming Technology Limitations
  175. 175Pathways Regulating Glycemia Insulin Sensitization B-Cell Reserve and Glucose Sensing
  176. 176Personalizing Diabetes Care Tailoring the Intervention to the Cardiovascular Risk
  177. 177Perspectives from ADA Banting Medalists on Obesity Pathogenesis Current State and Future Directions
  178. 178Perturb Observe What Pharmacologic Challenges Reveal about Human Metabolism
  179. 179Pharmacogenomic Responses in Diabetes From Mice to Medications
  180. 180Physiological Effects of Exercise
  181. 181Precision Medicine in Diabetes Is It Time to Bring Genetics to the Clinic
  182. 182Pregnancy Pregame Hot Topics in Preconception Management of Diabetes and Obesity
  183. 183Preserving Lean Mass with GLP-1R Therapy Preclinical Obesity Studies
  184. 184President Medicine Science Address and Banting Medal for Scientific Achievement Award Lecture
  185. 185Preventing Diabetes-Related Complications
  186. 186Preventing Type 1 Diabetes
  187. 187Quality Improvement Initiatives at Scale What Have We Learned
  188. 188Redesigning Diabetes Care What Is the Cost
  189. 189Reprogram Replicate Replace Experimental Approaches to Durable B Cell Restoration
  190. 190Rethinking RAAS Novel Strategies to Target a Classic Pathway in Diabetic Kidney Disease
  191. 191Rising Minds AI Innovations in Diabetes — NIDDK Early-Career Investigator Symposium
  192. 192Session 1 What’s New with CGM Systems
  193. 193Session 1 What’s New with Insulin Delivery Systems With ADA Presidents Select Abstract Presentation
  194. 194Session 2 What’s New with CGM Systems
  195. 195Session 2 What’s New with Insulin Delivery Systems
  196. 196Severe Hypertriglyceridemia sHTG An Underrecognized Life-Threatening Disease
  197. 197Sexual Dimorphism in Islet Responses in the Setting of Diabetes and Obesity
  198. 198Short Talks from Abstracts Clinical Updates on PCSK9 Inhibition and Triglyceride-Related CVD
  199. 199Signals In Signals Out The Human Brain–Body Metabolic Circuit
  200. 200Standards of Care in Overweight and Obesity 2026 Updates
  201. 201Strengthening Community Engagement Principles in Your Research Best Practices and Lessons Learned from the National Center for Engagement in
  202. 202The ADA and Centers for Diabetes Translation Research Symposium Driving Innovation in Diabetes Translation
  203. 203The ADA’s Standards of Care in Diabetes 2026 Updates
  204. 204The AIDING Trial Automated Insulin Delivery in the Hospital: Results and Implications for Inpatient Diabetes Care
  205. 205The Benefits of GlucagonGLP-1 Receptor Dual Agonism: Insights from the SYNCHRONIZE Phase 3 Studies of Survodutide
  206. 206The Connected Continuum Reducing Clinician Burden Across Care Settings with EHR Integrated Diabetes Data
  207. 207The Diabetic Foot Consortium An NIDDK Initiative to Transform Care of the Diabetic Foot Ulcer
  208. 208The Glucagon Agonism Paradox Friend or Foe in the Fight against Hyperglycemia
  209. 209The Molecular Nexus Inflammation ECM and Angiogenesis as Therapeutic Targets for Diabetic Foot Wounds
  210. 210The Obesity Treatment Journey Evaluating Burden Discontinuation and Outcomes
  211. 211The Omnipod Difference Patient-Centered Simplicity and Breakthrough Algorithm Performance
  212. 212The Pancreas Revealed New Ways to Measure Form and Function
  213. 213The Pancreatic Ecosystem How Exocrine Tissue Orchestrates Islet Biology
  214. 214The Team The Team The Team What Works in Health Care Team Delivery
  215. 215The Transformative Power of Continuous Glucose Monitoring
  216. 216The twiist Grand Prix Precision for Every T1D Journey
  217. 217The VESPER-1 OLE -2 and -3 Trials of Berobenatide MET-097 PF-08653944 an Ultra-Long Acting GLP-1 Receptor Agonist for Weight Management
  218. 218To Pay or Not to Pay
  219. 219Top Clinical Abstracts Kidney Complications in Diabetes With ADA Presidents Select Abstract Presentation
  220. 220Top Research Abstracts Mechanisms of Diabetic Kidney Disease
  221. 221Session 3 What’s New with CGM Systems
  222. 222Translational Studies of Mechanisms Underlying Weight Gain and Long-Term Weight Loss in Obesity
  223. 223Type 1 Diabetes Trends Complications and Survival
  224. 224Undertreated and Underdiagnosed Bridging the Epidemics of Obesity and MASLD
  225. 225Unexplored Pathways of Residual Risk in Diabetic Kidney Disease to Find Novel Cures
  226. 226Unlocking the Potential of a Liver-Directed Treatment
  227. 227Update of the ADA-EASD Consensus Report on the Management of Type 1 Diabetes in Adults
  228. 228Updated Understanding of Reward Processing in Obesity in the Era of Incretin Agonists
  229. 229Using Genetics to Elucidate Atypical Diabetes
  230. 230Vapes and Vodka What Every Diabetes Professional Should Know about Addressing Adolescent and Young Adult Substance Use
  231. 231Welcome to the 2026 ADA Scientific Sessions Keynote Address by Richard Woychik PhD Pathway to Stop Diabetes Symposium
  232. 232What Works Outcomes of Behavioral Intervention Trials in Type 1 Type 2 and Gestational Diabetes
  233. 233Why Would We Do Away with the Mouse Animal and Human Research Are Complementary
Frequently Asked Questions

Everything you need to understand the program.

What does the 2026 program cover?

It covers pharmacological advances, Type 1 and Type 2 diabetes, CGM, automated insulin delivery, AI, obesity, kidney and cardiovascular health, nutrition, behavioral care, pregnancy, complications, and more.

Is the content clinically focused?

Yes. The program combines scientific research, late-breaking trials, panel discussions, technology updates, standards of care, and practical patient-management strategies.

Who benefits most from this program?

Endocrinologists, cardiologists, nephrologists, primary care physicians, nurses, dietitians, diabetes educators, researchers, and multidisciplinary care teams.

Does it include GLP-1 and obesity updates?

Yes. Multiple topics address GLP-1 receptor agonists, dual agonists, amylin, oral therapies, weight management, obesity standards, lean mass, access, and long-term outcomes.

Are diabetes devices and AI included?

Yes. The content includes CGM systems, insulin delivery, diabetes sensing, algorithms, EHR integration, real-world data, AI-enabled screening, and clinical implementation.

Does it address diabetes complications?

Yes. Sessions include kidney disease, cardiovascular risk, neuropathy, retinopathy, diabetic foot care, hypoglycemia, liver disease, pregnancy, and other microvascular and systemic complications.

2026 Diabetes Clinical Update

Bring the latest diabetes science into your clinical practice.

Explore a broad scientific program covering the therapies, technologies, standards, and multidisciplinary strategies shaping modern diabetes care.

Get Course Access →

7 reviews for American Diabetes Association 86th Scientific Sessions – 2026 Update

  1. Madelyn Haney
    This program offers valuable coverage, although the sheer number of sessions can feel overwhelming at first. A clearer recommended learning path for p...More
    This program offers valuable coverage, although the sheer number of sessions can feel overwhelming at first. A clearer recommended learning path for primary care, technology, obesity, or complications would make navigation easier. Even so, the content range is a major strength. I found the updates on GLP-1 therapies, CGM, cardiometabolic risk, nutrition, and hypoglycemia particularly relevant. The multidisciplinary approach also helps show how diabetes management intersects with renal, cardiovascular, behavioral, and weight-related concerns. Learners who choose topics based on their immediate needs should find plenty of useful material. It is best approached as a comprehensive reference library rather than a course that must be completed in a single sequence.
    Helpful? 0 0
    Alonso Munoz
    The most useful aspect of this course is the ability to explore different clinical areas without relying on dozens of separate resources. Topics such ...More
    The most useful aspect of this course is the ability to explore different clinical areas without relying on dozens of separate resources. Topics such as diabetic kidney disease, cardiovascular risk, neuropathy, retinopathy, foot care, hypoglycemia, and metabolic liver disease are presented alongside updates in medications and devices. That combination makes the program relevant for clinicians managing patients with multiple complications. I also liked the emphasis on translating research into care strategies, because understanding a trial result is different from deciding how it may fit into real practice. The material is extensive, but it can be approached selectively according to each learner’s specialty, knowledge gaps, or current patient-care priorities.
    Helpful? 0 0
    Eldridge Hale
    his is a strong resource for anyone trying to keep pace with the rapidly changing landscape of obesity and diabetes treatment. The program examines GL...More
    his is a strong resource for anyone trying to keep pace with the rapidly changing landscape of obesity and diabetes treatment. The program examines GLP-1 receptor agonists across different populations, emerging oral agents, combination therapies, body-composition questions, treatment access, and long-term weight-management outcomes. I appreciated that it also includes nutrition, behavior change, mental health, and patient experience rather than presenting medication as the only solution. The clinical topics are supported by broader discussions of research and care delivery, which makes the content relevant to both specialists and multidisciplinary teams. Overall, the program offers a comprehensive way to identify the major questions and developments influencing metabolic care in 2026.
    Helpful? 0 0
    Lenard Bonilla
    I was most interested in the diabetes technology content, and the program delivered a wide range of perspectives. It covers continuous glucose monitor...More
    I was most interested in the diabetes technology content, and the program delivered a wide range of perspectives. It covers continuous glucose monitoring, insulin delivery systems, clinical algorithms, connected data, organizational readiness, and the practical limitations that can affect adoption. The inclusion of AI and real-world data adds another useful layer, especially for clinicians trying to understand where innovation may genuinely improve care and where more evidence is still needed. Beyond technology, the program also explores therapeutics and complications, so the learning experience does not feel one-dimensional. The breadth may require selective viewing, but having so many relevant subjects collected in one place is a major advantage.
    Helpful? 0 0
    Raquel Vargas
    The course does a good job of highlighting why diabetes care can no longer be reduced to glucose control alone. The discussions around heart, kidney, ...More
    The course does a good job of highlighting why diabetes care can no longer be reduced to glucose control alone. The discussions around heart, kidney, liver, obesity, and metabolic health provide useful context for complex patients who do not fit a simple treatment algorithm. I especially liked the attention given to newer GLP-1 approaches, dual agonists, amylin-based therapies, and evolving weight-management strategies. The scientific scope is extensive, yet the topics remain clinically relevant. For endocrinologists, primary care clinicians, nurses, dietitians, and other members of the care team, this could serve as a detailed update and a useful source of ideas for further study and discussion.
    Helpful? 0 0
    Moses Chapman
    What stood out to me was the depth of coverage across both Type 1 and Type 2 diabetes. Many educational programs focus heavily on medications, but thi...More
    What stood out to me was the depth of coverage across both Type 1 and Type 2 diabetes. Many educational programs focus heavily on medications, but this one also addresses technology, nutrition, behavioral support, hypoglycemia prevention, pregnancy, complications, and health equity. The sections on CGM, automated insulin delivery, and AI-enabled care were particularly helpful for understanding how quickly clinical workflows are changing. I found the multidisciplinary perspective valuable because diabetes patients often have overlapping obesity, cardiovascular, renal, and metabolic concerns. This is the kind of resource that can help a busy healthcare professional organize a large amount of new information into a more coherent picture.
    Helpful? 0 0
    Clara Jarvis
    This program presents an impressively broad view of the developments shaping diabetes care in 2026. The strongest part is the way it connects GLP-1 th...More
    This program presents an impressively broad view of the developments shaping diabetes care in 2026. The strongest part is the way it connects GLP-1 therapies, continuous glucose monitoring, obesity management, cardiovascular risk, and kidney health instead of treating each topic in isolation. The material feels especially useful for a clinician who has limited time to search through separate studies and conference summaries. I also appreciated the practical focus on how emerging technology and new therapeutic options may affect everyday decision-making. The volume of content is substantial, but the range makes it a valuable reference for reviewing unfamiliar areas or revisiting important clinical themes at a convenient pace.
    Helpful? 0 0
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