Utilizing Anti-diabetic Agents to Manage Cardiovascular Disease in T2DM Patients James LaSalle, D.O., FAAFP.

Slides:



Advertisements
Similar presentations
BY Dr. Khaled Helmy Al Mahmora Chest Hospital BY Dr. Khaled Helmy Al Mahmora Chest Hospital Treatment Of Hypertension In Diabetes.
Advertisements

THE ACTION TO CONTROL CARDIOVASCULAR RISK IN DIABETES STUDY (ACCORD)
T2DM MANAGEMENT DENTAL COURSE Mohamed AlMaatouq, MD King Khalid University Hospital King Saud University.
Barriers to Diabetes Control Mark E. Molitch, MD.
Only You Can Prevent CVD Matthew Johnson, MD. What can we do to prevent CVD?
Diabetes: The Modern Epidemic Roy Buchinsky, MD Director of Wellness.
Session II: Glycemic control, when the lower is not the better Strict glycemic control and cardiovascular diseases Stefano Genovese Diabetologia e Malattie.
ORIGIN Outcome Reduction with an Initial Glargine Intervention (ORIGIN) Trial Overview Large international randomized controlled trial in patients with.
Glycemic Control: When the Lower is Not the “Better”?
DIABETES IN THE ELDERLY 2003 Clinical Practice Guidelines for the Prevention and Management of Diabetes in Canada.
The Obesity/Diabetes Epidemic: Adiposopathy & ‘Obesity’- The New Disease! Weight Management in Obesity and DM: Emphasis on New Medical Therapies Stan Schwartz.
The Obesity/Diabetes Epidemic: Adiposopathy & Obesity- The New Disease! Dx & (Rx) of Insulin Resistance & Early DM Part 5 Stan Schwartz MD, FACP, FACE.
Diabetes Mellitus 101 for Cardiologists (and Alike): 2015 Stan Schwartz MD,FACP Affiliate, Main Line Health System Emeritus, Clinical Associate Professor.
Oral Diabetes Medications Carol Cordy, MD. Goals Understand how type 2 diabetes affects many organs and how this changes over the course of the illness.
Therapy for Type II Diabetes. Non-Insulin Therapy for Hyperglycemia in Type 2 Diabetes, Match Patient Characteristics to Drug Characteristics 5. Gut.
Primary Care Prescribing for Type 2 Diabetes Dr. David Jenkins Worcestershire Royal Hospital.
Guidelines.diabetes.ca | BANTING ( ) | diabetes.ca Copyright © 2013 Canadian Diabetes Association CHOICE OF AGENT AFTER INITIAL METFORMIN.
A consensus statement of the American Diabetes Association and the European Association for the Study of Diabetes Clerk 陳威任.
Drugs for Type 2 Diabetes – where next after metformin ?
Diabetes Learning Event 7th October 2016
Management of Diabetes in the Older Person
Clinical Outcomes with Newer Antihyperglycemic Agents
Redefining Quality Care in T2DM Patients with CV Disease
Cardiovascular Challenges in Diabetes
Objective 2 Discuss recent data, guidelines, and counseling points pertaining to the older adults with diabetes.
ACCORD Design and Baseline Characteristics
2012 ADA Clinical Practice Guidelines Therapies for DM- Type 2
Most Mechanisms of B-Cell Damage (Hyperglycemia) Overlap with Causes of Vascular Disease : Provides Logic for Treatment Regimes and CV Benefits.
Recent Breakthroughs in Cardiovascular Outcomes Trials in T2DM
Treatment of Type 2 Diabetes: Pathophysiology Conclude: do so without Hypoglycemia or Visceral Fat Weight Gain 1.
New Insights from EXSCEL
Leveraging Registry Data: Uncovering Gaps and Discovering Opportunities to Improve How We Manage CVD Risk in Patients with T2DM Suzanne V. Arnold, MD,
Istanbul Medeniyet University
Heart Health & Diabetes
Management of Diabetes in the Older Person
CV Risk Management in Diabetes: A Mandate for GLP-1 Receptor Agonists?
Macrovascular Complications Microvascular Complications
Value of construct 1. Fits with Harry Keen’s construct
Global Projections for Diabetes:
CV Risk Management in T2DM: What Did We Learn From EASD 2016?
Updates on Outcomes for Novel T2D Therapies
Clinical Advances in Type 2 Diabetes and Cardiovascular Risk
Managing Hard-To-Treat Hypertension: What Every Physician Should Know
Novel Developments & Latest Clinical Results With Long-Acting GLP-1 Receptor Agonists.
Impacting CV Risk With Diabetes Medications
CV Outcome Studies Empa-reg Leader Pio Stroke (Proactive) Bromocriptine Metformin-UKPDS.
Impacting CV Risk With Diabetes Medications
A Deep Dive Into CVOTs.
Expert Appraisal of CV Outcome Trial Results in T2DM for the Diabetologist.
Type 2 diabetes.
Should SGLT2 Inhibitors Be the Primary Agents for CV Risk Reduction in T2DM?
Diabetes and CV Risk Reduction: Cardiologists’ Perspectives on the Latest Outcomes Data.
A New Chapter for CV Risk Management in Diabetes - Challenges & Opportunities.
Tackling CV Risk in T2DM.
2008 FDA Guidance. Working as a Team for Cardiovascular Risk Reduction in Patients With T2D.
CV Risk Management in T2DM: What Did We Learn from ADA 2016?
T2DM, CV Safety, and Efficacy: DPP-4 Inhibitors in focus
LEADER One Year On.
RCHC’s Cardiovascular Health Initiative
GLP-1 Receptor Agonists: A Tool for the Primary Care Physician to Reduce CV Risk in Diabetes?
Antihyperglycemic Therapy
CV Risk Reduction with Diabetes Drugs -- Should Cardiologists or Diabetologists Take the Lead?
Diabetes Update: 2018 Standards of Care
Tackling CV Risk in Type 2 Diabetes -- Gaps Between Guidelines and Clinical Practice?
2015 EASD In Review: CV Risk management in t2dm
CHD RISK Glycemia 75g OGTT Time Metabolic Syndrome
Should SGLT2 Inhibitors Be the Primary Agents for CV Risk Reduction in T2DM?
BRIDGING CVD AND T2DM: LESSONS LEARNED FROM OUTCOME TRIALS
Risk Stratification of Patients With Type 2 Diabetes: An Interpretation of the Latest Treatment Guidelines.
ATP III Guidelines Benefit Beyond LDL-Lowering:
Presentation transcript:

Utilizing Anti-diabetic Agents to Manage Cardiovascular Disease in T2DM Patients James LaSalle, D.O., FAAFP

Newer Agents CVOT Results DPP-4 CVOTs suggest CV neutral Empagliflozin(SGLT2 inhibitor) relative risk reduction (hemodynamic) CV mortality by 38% Hospitalization for CHF by 35% Death from any cause by 32% Liraglutide( GLP-1 RA) relative risk reduction (altering atherosclerotic pathways) MACE 13% CV mortality 22%

EMPA-REG and LEADER (Landmark CVOTs) Creates new meaning for “Hope and Change” Hope for patients Change for providers Change provokes many questions: Who benefits? What disease are we really treating? When should Landmark newer agents be used? Where should treatment originate and by whom?

Who Benefits Millions of High Risk Type 2 Diabetic Patients CAD single or multi-vessel disease Stroke/ECCODx PAD CKD stage 2-3 Millions more with CVD risk factors Those 60 years or older Those with obesity/inflammation Those with Atherogenic Dyslipidemia Those with Hypertension Smokers

What Disease Are We Treating? Most DM2 pts are insulin resistant and have a 10 fold risk of CVD in their lifetime Insulin Resistance is associated with a cluster of metabolic and cardiovascular disorders Obesity, hypertension, atherogenic dyslipidemia, clotting disorders, inflammation, endothelial dysfunction, platelet activation Diabetic atherosclerosis follows same histologic course as non-diabetic atherosclerosis but accelerated Treat A-B-C-”D” of the disease

Natural History of Type 2 Diabetes: Disease Progression Insulin resistance Hyperinsulemia Hyperglycemia IGT Dyslipidemia Hypertension Weight gain Early diabetes Genetics IFG Late diabetes Macrovascular complications Microvascular complications Advancing age LaSalle J. Hosp Phy. 2005;41:37-46.

Where Should Treatment Originate Primary Care Office Full access Many distractions Limited support staff Limited reimbursement Cardiology Office (non-Interventional ) Limited access Exposure to High Risk target population High volume potential Limited experience Endocrinology Office Only 4000 in USA (about 70% still treat diabetes)

When Should Treatment Begin? Immediately in High Risk patients with type 2 diabetes: Those not achieving individualized A1C goal at 3 months and Failing lifestyle and maximally tolerated doses of metformin Begin either Empagliflozin or Liraglutide Excluding those with eGFR less than 30 ml/min/1.73 meters squared (Empa) Those with history of medullary thyroid cancer or family history of MENS-2 (Lira) Those with a medical history of pancreatitis(Lira)

Interaction of Empagliflozin and Liraglutide and other glucose lowering agents Hypoglycemia risk increases when used with basal insulin or insulin secretagogues. Empagliflozin and Liraglutide Reduce weight Lower blood pressure (systolic) Moderately lower A1C (0.5-1.0)