2. Major microvascular and macrovascular
complications of diabetes
Microvascular1,2 Macrovascular1,2
Cognitive impairment3 Cerebrovascular disease
Diabetic retinopathy Coronary disease
Coronary heart disease
Diabetic nephropathy
Diabetic neuropathy
Cardiac autonomic Atherosclerosis
neuropathy
Skin infection
Gastro-intestinal and Peripheral vascular
bladder dysfunction disease
Sexual dysfunction
Peripheral sensory
dysfunction
Diabetic foot
Adapted from: 1. International Diabetes Foundation. Time to Act: Type 2 diabetes, the metabolic
syndrome and cardiovascular disease in Europe. 2006. 2. International Diabetes Federation. Time to Act.
2001. 3. Seaguist ER. Diabetes. 2010;59:4-6.
3. UKPDS: Tight Glycaemic Control Reduces
Complications
Epidemiological extrapolation showing benefit of a 1% reduction in mean HbA1c
Deaths related
21%
to diabetes *
Microvascular
37% complications e.g.
HbA1c kidney disease and
blindness *
1% 14% Heart attack *
Amputation or fatal
43% peripheral blood
* p<0.0001 vessel disease *
** p=0.035
Stroke **
12%
Stratton IM et al. UKPDS 35. BMJ 2000; 321: 405–412
4. Scientific Foundation for Insulin
Therapy in Type 2 Diabetes
Why is insulin needed?
When is insulin needed?
Is insulin therapy effective?
Is insulin therapy safe?
5. Achieving Glycemic Control
The first step is to set a glycemic target
(agreed to by the patient)
HbA1c target (%)
ADA/EASD <7
IDF ≤6.5
NICE <6.5
AACE ≤6.5
France <6.5*
Canada ≤7
Australia ≤7
Latin America <6.5
Are these HbA1c targets still appropriate in light of recent clinical trials?
6. Scientific Foundation for Insulin
Therapy in Type 2 Diabetes
Why is insulin needed? To achieve glycemic targets
When is insulin needed?
Is insulin therapy effective?
Is insulin therapy safe?
7. Clinical Inertia:
“Failure to Advance
Therapy When Recommended”
Mean A1C at Last Visit* (%)
10 9.6%
8.9%
8.6% Combination
9
oral agents
SU or
Diet and metformin
8 Exercise
7
ADA Goal 2.5 Years 2.9 Years 2.8 Years
Initiation
8.2 Years of
insulin therapy
Years Elapsed Since Initial Diagnosis
*Adapted from: Brown JB et al. Diabetes Care. 2004;27:1535-1540.
8. Staged Diabetes
Management
*
* Liraglutide approved in EU
Mazze, Strock, Simonson, Kendall, Cuddihy, Bergenstal. SDM Quick Guide 5th Edition, International Diabetes Center, 2009
9. ADA/EASD Revised Algorithm for T2DM
Nathan DM, et al. Diabetes Care & Diabetologia January 2009.
Tier 1: well-validated therapies
Lifestyle + Metformin Lifestyle + Metformin
+ Basal insulin + Intensive insulin
At diagnosis:
Lifestyle +
Insulin
Metformin Lifestyle + Metformin
+ Sulfonylureas
STEP 1 STEP 2 STEP 3
Tier 2: Less well validated therapies
Lifestyle + Metformin
+ Pioglitazone Lifestyle + metformin
No hypoglycaemia + Pioglitazone
Oedema/CHF
Bone loss + Sulfonylurea
Lifestyle + metformin Lifestyle + metformin
+ GLP-1 agonist + Pioglitazone
No hypoglycaemia
Weight loss + Basal insulin
Nausea/vomiting
10. ADA/EASD Revised Algorithm for T2DM
Nathan DM, et al. Diabetes Care & Diabetologia January 2009.
Tier 1: well-validated therapies
Lifestyle + Metformin Lifestyle + Metformin
At diagnosis: Insulin
+ Basal insulin + Intensive insulin
Lifestyle +
Metformin Lifestyle + Metformin
+ Sulfonylureas
STEP 1 STEP 2 STEP 3
Tier 2: Less well validated therapies
Lifestyle + Metformin
+ Pioglitazone Lifestyle + metformin
No hypoglycaemia + Pioglitazone
Oedema/CHF
Bone loss + Sulfonylurea
Lifestyle + metformin Lifestyle + metformin
+ GLP-1 agonist + Pioglitazone
No hypoglycaemia
Weight loss + Basal insulin
Nausea/vomiting
11. *
* Liraglutide approved in EU
Mazze, Strock, Simonson, Kendall, Cuddihy, Bergenstal. SDM Quick Guide 5th Edition, International Diabetes Center, 2009
12. Scientific Foundation for Insulin
Therapy in Type 2 Diabetes
Why is insulin needed? To achieve glycemic targets
When is insulin needed? Earlier in the treatment plan
Is insulin therapy effective?
Is insulin therapy safe?
13. Type 2 Diabetes Master DecisionPath
METFORMIN
Titrate to clinically effective dose Advance if not at target in 3 months
TWO DRUG THERAPY
Add SU Add DPP4-I Add GLP-1 Agonist Add TZD
THREE DRUG THERAPY
Add Background Insulin Add Background Insulin
or Add Background Insulin or
TZD, DPP-4, GLP1 Or TZD, SU
SU, DPP-4, GLP1
A1C >11%
FPG >300 mg/dL Titrate to clinically effective dose Advance if not at target in 3 months
RPG >350 mg/dL
Start Insulin
(Multi-Dose
MULTI-DOSE INSULIN THERAPY
Insulin therapy
preferred)
Background & Mealtime Premixed Insulin
(main meal) + Oral Agent(s)* + Sensitizers*
2 meals
Background & Mealtime
(all meals) + Sensitizers* * Limited published data for use of insulin
plus either DPP-4 inhibitor or GLP-1
agonist
Mazze, Strock, Simonson, Kendall, Cuddihy, Bergenstal. SDM Quick Guide 5th Edition, International Diabetes Center, 2009
14. Relative contributions of postprandial glucose and FPG to
A1C
100
80
60
Contribution
(%)
40
20
0
<7.3 7.3–8.4 8.5–9.2 9.3–10.2 >10.2
A1C quintiles (%)
Fasting plasma glucose Postprandial plasma glucose
Monnier L et al. Diabetes Care. 2003;26:881-5.
15. Plasma Glucose Normally Maintained
in Narrow Range
Diabetes
400
No diabetes
Plasma Glucose (mg/dL)
control
300
200
Fix fasting first
100
0
6 AM 10 AM 2 PM 6 PM 10 PM 2 AM
Time of Day
Adapted from Polonsky KS, et al. N Engl J Med. 1988;318:1231-1239.
16. Plasma Glucose Normally Maintained
in Narrow Range
Diabetes
400
No diabetes
Plasma Glucose (mg/dL)
control
300
200
Fix fasting first
100
0
6 AM 10 AM 2 PM 6 PM 10 PM 2 AM
Time of Day
Adapted from Polonsky KS, et al. N Engl J Med. 1988;318:1231-1239.
17. Insulin Glargine vs. NPH in Treat-to-
Target Trial: HbA1c and Hypoglycemia
Randomized to NPH or Glargine +
OAD with target HbA1c <7%
16 21% risk reduction
Events per patient per year
p <0.02
9.0 14
NPH + OAD
Insulin glargine + OAD 12
8.5
10
HbA1c (%)
8.0
42% risk
8 reduction p <0.01
7.5
6
7.0
4
6.5 2
0
0 4 8 12 16 20 24 Overall Nocturnal
Weeks Hypoglycemia
Riddle et al. Diabetes Care 2003;26:3080-6.
18. Insulin Detemir vs. NPH in Treat-to-Target
Trial: HbA1c and Hypoglycemia
18
9.0 16
Events per patient per year
NPH + OAD
Insulin detemir + OAD 14 47% risk reduction
8.5 p < 0.001
12
HbA1c (%)
8.0
10
7.5
8
7.0 6 55% risk
reduction
6.5 4 p < 0.001
2
-2 0 12 24
0
Weeks
Overall Nocturnal
Hermansen et al. Diabetes Care 29:1269, 2006
Hypoglycaemia
19. Using Insulin Effectively
Physiologic Insulin Replacement
Sensitizers
Sulfonylurea / GLP-1 A / DPP-4 I
50 Long-Acting
Insulin Levels
40
30
20
10 Long-acting
0
0 2 4 6 8 10 12 14 16 18 20 22 24
Time of Day
Adapted from Polonsky. N Engl J Med. 1996;334:777-783.
Kendall DM. N Engl J Med 322: 898-903, 1990.
20. Using Insulin Effectively
Physiologic Insulin Replacement
Sensitizers
Sulfonylurea / GLP-1 A / DPP-4 I
50
Long-Acting
Insulin Levels
40
30
20
10 Long-acting
0
0 2 4 6 8 10 12 14 16 18 20 22 24
Time of Day
Adapted from Polonsky. N Engl J Med. 1996;334:777-783.
Kendall DM. N Engl J Med 322: 898-903, 1990.
21. 24-Hour Plasma Glucose Curve
Normal and People with Type 2 Diabetes
Fix Fasting First
400
300
Glucose
(mg/dL) 200
100
Meal Meal Meal
Normal
0
0600 1000 1400 1800 2200 0200 0600
Time of Day
Adapted from Polonsky et al, N Engl J Med 1988.
22. 24-Hour Plasma Glucose Curve
Normal and People with Type 2 Diabetes
Fix Fasting First
400
300
Glucose
(mg/dL) 200
100
Meal Meal Meal
Normal
0
0600 1000 1400 1800 2200 0200 0600
Time of Day
Adapted from Polonsky et al, N Engl J Med 1988.
23. Premixed Regimen with Rapid-acting
Insulin
Premixed: 75/25 with lispro, 70/30 with aspart,
50/50 with lispro
24. Background / Mealtime (Basal / Bolus)
Insulin Regimen
Rapid-acting insulin at meals Long-acting
insulin at bed
25. Improvement in HbA1c with Basal – Bolus Insulin
Regimen (Glargine / Glulisine) in Type 2 Diabetes
Simple algorithm
CHO counting
The majority of patients achieved HbA1c <7.0%
• Simple algorithm: 73.0%
p = NS
• CHO counting: 69.2%
Bergenstal RM, Johnson M, Powers M et al. Diabetes Care 2008;31:1305–10.
26. Scientific Foundation for Insulin
Therapy in Type 2 Diabetes
Why is insulin needed? To achieve glycemic targets
When is insulin needed? Earlier in the treatment plan
Yes – if regimen is
Is insulin therapy effective? matched to patient’s
glucose profile and
lifestyle
Is insulin therapy safe?
27. Scientific Foundation for Insulin
Therapy in Type 2 Diabetes
Why is insulin needed? To achieve glycemic targets
When is insulin needed? Earlier in the treatment plan
Is insulin therapy effective? Yes – if regimen matched to patient’s
glucose profile and lifestyle
Is insulin therapy safe? Used effectively – the benefits of
glycemic control out weight risks
Weight Gain Minimize by lifestyle advice & matching glycemic
profile
Hypoglycemia Minimize by lifestyle advice & matching glycemic profile
Cancer Not clear risk of exogenous insulin and cancer
established – likely some increased risk of
cancer with diabetes
29. Steps for Starting Insulin Therapy
in Type 2 Diabetes
1. Set a target or goal for glucose control
• HbA1c and self-monitored blood glucose
2. Use an algorithm to advance therapy
Apply a consistent approach with
timelines to reach goal
3. Determine the appropriate insulin
regimen
4. Calculate the starting insulin dose
5. Educate patient and family
30. Steps for Starting Insulin Therapy
in Type 2 Diabetes
1. Set a target or goal for glucose control
• HbA1c and self-monitored blood glucose
2. Use an algorithm to advance therapy
Apply a consistent approach with
timelines to reach goal
3. Determine the appropriate insulin
regimen
4. Calculate the starting insulin dose
5. Educate patient and family
32. Steps for Starting Insulin Therapy
in Type 2 Diabetes
1. Set a target or goal for glucose control
• HbA1c and self-monitored blood glucose
2. Use an algorithm to advance therapy
Apply a consistent approach with
timelines to reach goal
3. Determine the appropriate insulin
regimen
4. Calculate the starting insulin dose
5. Educate patient and family
33. Staged Diabetes
Management at IDC
*
Mazze, Strock, Simonson, Kendall, Cuddihy, Bergenstal. SDM Quick Guide 5th Edition, International Diabetes Center, 2009
34. Steps for Starting Insulin Therapy
in Type 2 Diabetes
1. Set a target or goal for glucose control
• HbA1c and self-monitored blood glucose
2. Use an algorithm to advance therapy
Apply a consistent approach with
timelines to reach goal
Determine the appropriate insulin
regimen
Calculate the starting insulin dose
Educate patient and family
35. Preparing for Insulin in Type 2 Diabetes
Clinical Indicators
Initiate insulin if:
HbA1c above target for >3 months and on
maximum effective dose of 2 or more glucose-
lowering agents
HbA1c >11% and/or symptomatic and blood
glucose >300 mg/dL
– If clinically stable and high intake of sweetened
beverages (>36 oz or 3 cans/day), eliminate sweetened
beverages and re-evaluate need for insulin in 1-2
weeks
SDM Quick Guide 5th Edition, 2009
International Diabetes Center, Park Nicollet Institute
36. Using Insulin Effectively
Physiologic Insulin Replacement
Meal Meal Meal
50 Mealtime (bolus)
40 insulin needs = 50%
Insulin Levels
30
20
10 Basal (background) insulin needs = 50%
0
0 2 4 6 8 10 12 14 16 18 20 22 24
Time of Day
Adapted from Polonsky. N Engl J Med. 1996;334:777-783.
Kendall DM. N Engl J Med 322: 898-903, 1990.
37. Insulin Time Action Curves
Rapid-Acting: Lispro (Humalog®), Aspart (NovoLog®),
Glulisine (Apidra®)
Relative Insulin Effect
Short-Acting: Regular (Humulin® R, Novolin® R)
Intermediate: NPH (Humulin® N, Novolin® N)
Long-Acting: Glargine (Lantus®)
Detemir (Levemir®)
0 2 4 6 8 10 12 14 16 18 20
Time (Hours)
Bergenstal, “Effective insulin therapy,” International Textbook of Diabetes Mellitus
vol 1. 3rd ed, Chichester NY, John Wiley and Sons, Inc., 2004:995-1015.
39. Case Study: Khalida
73 year-old woman
Glycemic factors
Diabetes for 7 years
Taking metformin 1000 BID; and 10 mg glyburide
BID
Current HbA1c 7.9%
SMBG in morning and evening are high
Patient factors
Very Fearful of injections
40. Background (Basal) Insulin Options
Glargine (Lantus®) and Detemir (Levemir®)
– No significant peak; lasts up to 24 hours
– Twice daily dosing may be required
– Decreases risk of nocturnal hypoglycemia
NPH (Humulin® N and Novolin® N)
– Less expensive
– Twice daily dosing required
Riddle et al. Diabetes Care. 26:3080-3086; 2003
Raskin et al Diabetes Care. 28:260-265; 2005
41. Starting Background (Basal) Insulin
HbA1c <9% HbA1c
≥9%
Background
Insulin 0.1 units/kg 0.2 units/kg
Dose
Start with single dose of long-acting insulin (glargine or
detemir) or intermediate-acting insulin (NPH) at
bedtime if cost is a concern.
Maintain oral agents: 1-2 of them - SU, Metformin,
(maybe TZD), NOTE: DPP-4 Inhibitors and/or GLP-1
mimetic with insulin is “off-label”
42. Starting Background (Basal) Insulin
Example: Khalida with HbA1c of 7.9%
Determine weight in kg
222 100
Weight in lbs _____ ÷ 2.2 = _____ kg
Calculate initial dose of background insulin
100 0.1 10
Weight in kg ______ x units/kg _____ = _____units
AM Noon PM Bed
Plan LA - 10
44. Premixed Insulin
Human Insulin Begins to Works Stops
Work Hardest Working
75/25 with Lispro
Humalog Mix 75/25
50/50 with Lispro 5-15 min 1-2 hrs 10-16 hrs
Humalog Mix 50/50
70/30 with Aspart
NovoLog Mix 70/30
70/30 with Reg
Humulin 70/30 30-45 min 4-8 / 2-3 hrs 10-16 hrs
Novolin 70/30
Based on package insert data
45. Case Study: Saleem Ahmad
63-year-old
Glycemic factors
Came to the Emergency Room with a foot
infection
HbA1c 11.8%
Patient factors
Fatigued, thirsty, dehydrated, +family history of
diabetes but surprised he got diabetes and he is
scared
49. Case Study: A Qudoos
58 year old male
Glycemic factors
Diabetes for 14 years
Sitagliptin/metformin (Janumet™) 50/1000 BID and 30 mg
pioglitazone (Actos®)
Current HbA1c 9.4%, elevated fasting and post-meal
glucose
Patient factors
Eats healthy diet, exercises regularly
Desire flexible schedule for work
50. Starting Background (Basal) and Mealtime
(Bolus) Insulin
HbA1c <9% HbA1c ≥9%
Background 0.1 units/kg 0.2 units/kg
Insulin Dose (once daily) (once daily)
Mealtime 0.1 units/kg 0.2 units/kg
Insulin Dose (divided evenly (divided evenly
between meals) between meals)
Total Insulin 0.2 units/kg 0.4 units/kg
Dose
Stop meal related therapy (Janumet™) and begin metformin
1000 mg BID.
Consider pros and cons of maintaining pioglitazone (Actos®).
51. Background (Basal) and Mealtime (Bolus)
Insulin Regimen
RA = rapid-acting insulin: Lispro, aspart, glulisine
Rapid-acting insulin at meals Long-acting
insulin at bed
52. Steps for Starting Insulin Therapy
in Type 2 Diabetes
1. Set a target or goal for glucose control
• HbA1c and self-monitored blood glucose
2. Use an algorithm to advance therapy
Apply a consistent approach with
timelines to reach goal
Determine the appropriate insulin
regimen
Calculate the starting insulin dose
Educate patient and family
54. What Gets in the Way of Starting Insulin?
Patient Concerns
1. Injections (Shots) 4. Inconvenient
2. Diabetes more 5. Sense of failure
serious 6. Hypoglycemia
3. Complicated
Bergenstal Chapter 53, International Textbook of Diabetes Mellitus 3rd
Edition, 2004 John Wiley & Sons and International Diabetes Center,
unpublished survey data
56. What Gets in the Way of Starting Insulin?
Doctor Concerns
1. Complexity of starting and
adjusting insulin
2. Not sure what it is like to
take an insulin injection
3. Weight gain
4. Hypoglycemia
5. Other concerns?
Bergenstal Chapter 53, International Textbook of Diabetes Mellitus 3rd
Edition, 2004 John Wiley & Sons; Jeavons D et al. Postgrad Med J
2006; 82:347-350.
57. Begin with a practice injection (saline)
Can help to allay apprehension about injections
Information that follows may be better heard
You try it!
58. Saline Injection Demonstration
1. Remove cap from the end 2. Remove the needle cap 3. Pull back on plunger 4. Insert needle and
of the syringe to the amount calculated push air into the vial
(e.g. 10 units)
5. Pull back on the 6. To remove air bubbles, 7. Pull back on the plunger to
plunger to measure the push plunger back in. measure the correct amount
correct amount (e.g. 10 (e.g. 10 units). Remove needle
units) from vial
You are ready to give the injection
59. Saline Injection Demonstration
8. Hold the syringe 9. Administer the injection into 10. Throw away the
in your hand as the abdomen. Remove needle used syringe in
shown (like holding and cover area with your a sharps container
a pen) finger for a few seconds. (do not re-cap)
65. Blood Glucose Monitoring
To improve clinical decision-making
To evaluate efficacy of the therapy
To pin point problems
To support adherence to regimen
Feedback for the patient
67. Ideal Testing Frequency
Patients Taking Insulin
Minimum four times/day recommended
Glucose testing:
– Before each meal and before bedtime
– Consider pre-meal and 30-90 minutes post meal to
evaluate effect of insulin on post-meal glucose
Modify frequency of monitoring if necessary
Encourage patients to record values in a record book
Use meter with a memory for verified data
Modify based on individual patient circumstances; vary the
times of testing to build a profile
68. Important Education Topics for Starting
Insulin Therapy
Diabetes overview
Insulin administration
Glucose monitoring
Simple eating guidelines
Hypoglycemia
2009 International Diabetes Center
75. Steps for Starting Insulin Therapy in
Type 2 Diabetes
1. Set a target or goal for glucose control
HbA1c and self-monitored blood
glucose
2. Use an algorithm to advance therapy
Apply a consistent approach with
timelines to reach goal
3. Determine the appropriate insulin
regimen
4. Calculate the starting insulin dose
5. Educate patient and family
78. Nutrition Messages
Insulin Meals Snacks
Regimen
Background Control carbohydrate Not needed
3-4 carb choice*/meal
Pre-Mixed Eat at consistent times May be needed
with consistent carb depending on
schedule & insulin
Background Start with consistent Not needed
and Mealtime carb if snack is eaten, add
RA insulin to cover
*One carb choice = 15 grams of carbohydrate
81. What adjustments would you
make for Khalida?
Pre- Ins- Post Pre Ins- Pt Pre- Ins Post HS
Bkfst Med Med Din
Mon 155 Met. 121 Met. 148 10
1000 1000
LA
Glyb. Glyb.
10 10
Tue 163 142 199 10
LA
Wed 143 112 143 10
LA
Thur 133 96 116 12
LA
Started at 0.1 units/kg x 100 kg (220#) =10 units
82. After Insulin Adjustment
Pre- Ins- Post Pre Ins- Pt Pre- Ins Post HS
Bkfst Med Med Din
Mon 137 Met. 111 Met. 147 12
1000 1000
LA
Glyb. Glyb.
10 10
Tue 140 125 165 12
LA
Wed 122 102 137 12
LA
Thur 148 114 156
?
85. Titrating Insulin for Premixed Regimen
If most BG >200 mg/dL Increase total insulin by 0.1
units/kg
Distribute equally between doses
If most BG <200 mg/dL Use titration guide to adjust
AM FBG: adjust pre-dinner insulin
dose
Pre-dinner: adjust pre-breakfast
insulin
86. How would you adjust
Saleem Ahmad dose of Mix 75/25?
Pre- Ins Post Pre Ins Post Pre- Ins Post HS
Bkfst Din
Mon 265 19 201 19 236
Tue 244 19 198 19 254
Wed 254 19 205 19 215
Thur 195 24 206 227
24
Started at 0.2 units/kg x 95 kg (209#) = 19 units AM and PM
0.1 units/kg x 95 kg (209#) = 9.5 units
87. After Insulin Adjustment
Pre- Ins Post Pre Ins Post Pre- Ins Post HS
Bkfst Din
Mon 184 24 162 24 210
Tue 193 24 182 24 219
Wed 174 24 158 24 183
Thur 160 26 155 26 194
Use titration guide to adjust
88. Titrating Insulin for Background &
Mealtime Regimen
If most BG >200 mg/dL Increase total insulin by 0.1 units/kg
Add half to background
Distribute remaining half between
mealtime doses
If most BG <200 mg/dL Use titration guide to adjust
AM FBG: adjust background
Pre-lunch/dinner: adjust previous
mealtime insulin
If more than 40 mg/dL pre- to 2 hr.
postmeal rise, increase RA 1-3 units
89. What adjustment would you
make to A. Qudoos insulin doses?
Pre- Ins Post Pre Ins Post Pre- Ins Post HS
Bkfst Din
Mon 133 5 244 5 115 6 156 16
RA RA RA LA
Tue 125 5 201 5 124 6 170 16
RA RA RA LA
Wed 114 5 199 5 117 6 187 16
RA LA
RA RA
Thur 139 7 5 8 16
RA RA RA LA
Started at 0.2 units/kg x 80 kg (176#) = 16 units LA
and 16 units RA divided between 3 meals
90. After Insulin Adjustment
3 carbs for breakfast - 2 carbs for lunch 4 carbs for dinner
Pre- Ins Post Pre Ins Post Pre- Ins Post HS
Bkfst Din
Mon 105 7 142 5 RA 78 72 8 RA 139 16
RA LA
Tue 112 7 151 5 RA 85 70 8 RA 125 16 LA
RA
Wed 98 7 125 5 66 69 8 RA 98 16 LA
RA RA
Thur 110 132 74 65 112
7 5 8 16
RA RA RA LA
91. Starting vs. Final Insulin Dose
Typical Regimen Starting Dose Common
Patient (units) Final Dose
(Type 2 DM) (units)
Background 0.2 units/kg 0.5-0.7 units/kg
Insulin (20 units) (50-70 units)
Premixed 0.2 units/kg BID 1.0-1.2 units/kg
Insulin (40 units total) (100-120 units)
220 lbs
(100 kg)
Background & 0.2 units/kg background 1.0-1.2 units/kg
HbA1c 9% Mealtime 0.2 units/kg mealtime (100-120 units)
Insulin (40 units total)
Average dose for type 1 diabetes is 0.7 units/kg
92. Follow-up and Summary
Recommended follow-up
– Every 1-2 weeks while adjusting dose
– Every 3 months once dose established
Have patient monitor BG more extensively 1-2
weeks prior to visit to have recent data for
adjusting
Use a team approach when starting insulin
Consider enabling patients to make adjustments
to their insulin regimen
The progressive nature of diabetes is associated with long-term microvascular and macrovascular complications 1-3 Microvascular complications of diabetes (those affecting the small blood vessels) include: Retinopathy – diabetic retinopathy, often associated with cataracts and glaucoma, leads to visual impairment and, potentially, blindness 3 Nephropathy – diabetic nephropathy is a common complication of diabetes and is the single leading cause of end-stage renal disease 3 Neuropathy – clinical manifestations of diabetic neuropathy can be broadly classified as those occurring due to autonomic and peripheral (sensory) neuropathy 1,2 : Autonomic neuropathy (impaired nerve signalling to internal organs) is associated with a range of clinical manifestations such as gastro-intestinal dysfunction (including slowed digestion of food in the stomach, slowed gastric emptying and diarrhoea), bladder dysfunction and sexual dysfunction. Cardiac autonomic neuropathy can lead to heat rate disturbances and postural hypotension Peripheral (sensory) dysfunction results in impaired sensation or pain in the feet or hands and a subsequent increase in the risk of wounds/infection. Diabetic foot is characterised by gangrene and ulceration that develop as a result of increased wounding/infection of the foot due to reduced sensation and also due to impaired peripheral blood supply Cognitive impairment – patients with diabetes have also been shown to have a higher risk of vascular and Alzheimer’s dementia, and elevated HbA 1c has been linked to reduced cognitive function 4 Macrovascular complications of diabetes (those affecting the larger blood vessels) include: Cerebrovascular disease – including stroke and transient ischaemic attack 2 Coronary disease – including manifestations of coronary heart disease such as chronic angina and acute myocardial infarction, usually resulting from atherosclerosis in the coronary circulation. Patients with coronary heart disease also commonly develop heart failure 2 Peripheral vascular disease – caused by poor blood supply to the lower limbs as a consequence of atherosclerotic hardening of the arteries. Gangrene can develop as a result of blockage of a large artery leading to poor blood supply to the feet 2 References: International Diabetes Foundation. Time to Act: Type 2 diabetes, the metabolic syndrome and cardiovascular disease in Europe. 2006. Available at: http://www.idf.org/webdata/docs/IDF_T2D_slides_final_aug06.ppt. Accessed April 19 , 2010. International Diabetes Federation. Time to Act. 2001. Available at: http://www.idf.org/webdata/docs/Diabetes%20and%20CVD.pdf. Accessed April 19, 2010. American Diabetes Association. Standards of medical care in diabetes—2010. Diabetes Care. 2010;33(Suppl 1):S11-S61. Seaguist, ER. The final frontier: how does diabetes affect the brain? Diabetes. 2010;59:4-6.
Monnier et al analyzed the daily glycemic profiles of patients with T2DM, with different levels of A1C, to determine the relative contribution of fasting and postprandial plasma glucose to hyperglycemia. Contributions of postprandial and fasting hyperglycemia to A1C shifted as T2DM progressed. The relative contribution of postprandial glucose elevations to A1C decreased progressively over quintiles of A1C; conversely, the impact of FPG increased with rising A1C level. Postprandial glucose spikes are the major determinants of hyperglycemia in patients with moderate T2DM, whereas basal glucose plays an increasing role as T2DM worsens. Relative contributions of postprandial glucose and FPG to A1C
This slide illustrates that in normal individuals, glucose excursions following meals are modest and kept within a very narrow range. Therefore, defense against hyperglycemia is very aggressive. In patients with type 2 diabetes who have established fasting hyperglycemia, postprandial glycemic excursions are exaggerated.
This slide illustrates that in normal individuals, glucose excursions following meals are modest and kept within a very narrow range. Therefore, defense against hyperglycemia is very aggressive. In patients with type 2 diabetes who have established fasting hyperglycemia, postprandial glycemic excursions are exaggerated.
This slide illustrates that in normal individuals, glucose excursions following meals are modest and kept within a very narrow range. Therefore, defense against hyperglycemia is very aggressive. In patients with type 2 diabetes who have established fasting hyperglycemia, postprandial glycemic excursions are exaggerated.
This slide illustrates that in normal individuals, glucose excursions following meals are modest and kept within a very narrow range. Therefore, defense against hyperglycemia is very aggressive. In patients with type 2 diabetes who have established fasting hyperglycemia, postprandial glycemic excursions are exaggerated.
Testing times Before meals Post largest meal to see how the insulin is covering the meal
Key Points: Elevated fasting glucose indicates need for basal insulin to suppress gluconeogenesis overnight. With basal insulin, patient needs to be on at least one oral agent to address mealtime glucose excursions Elevated post-meal glucose indicates need for bolus insulin to cover meal related carbohydrate intake. Most common starting points are Basal Insulin and Mixed Insulin but both point to Basal/Bolus regimen of increased flexibility. Note page reference (3-5) to 4 th edition Quick Guide to get people into the SDM materials. Insulin detemir is a new basal insulin that is expected to be approved by FDA by the end of 2005.
Key Points: Elevated fasting glucose indicates need for basal insulin to suppress gluconeogenesis overnight. With basal insulin, patient needs to be on at least one oral agent to address mealtime glucose excursions Elevated post-meal glucose indicates need for bolus insulin to cover meal related carbohydrate intake. Most common starting points are Basal Insulin and Mixed Insulin but both point to Basal/Bolus regimen of increased flexibility. Note page reference (3-5) to 4 th edition Quick Guide to get people into the SDM materials. Insulin detemir is a new basal insulin that is expected to be approved by FDA by the end of 2005.
Testing times Before meals Post largest meal to see how the insulin is covering the meal
Key Points: Elevated fasting glucose indicates need for basal insulin to suppress gluconeogenesis overnight. With basal insulin, patient needs to be on at least one oral agent to address mealtime glucose excursions Elevated post-meal glucose indicates need for bolus insulin to cover meal related carbohydrate intake. Most common starting points are Basal Insulin and Mixed Insulin but both point to Basal/Bolus regimen of increased flexibility. Note page reference (3-5) to 4 th edition Quick Guide to get people into the SDM materials. Insulin detemir is a new basal insulin that is expected to be approved by FDA by the end of 2005.
Testing times Before meals Post largest meal to see how the insulin is covering the meal
What are some of the things that get in the way of starting a person on insulin? We need to identify those concerns a patient has, and not make assumptions as to what their concerns actually are. You may think they're afraid of giving themselves a shot when they're actually afraid of having a low blood sugar. Let me share a couple of stories with you. ACCORD patient story about giving themselves a shot and the ACCORD realtor story. I'm sure many of you have heard about the concept called motivational intervieiwing - that is, having the patient come to the decision by providing the right cues. We need to give them the information they need to make good decisions for themselves and to correct any false assumptions they've received along the way.
To reinforce this message, you can use these color coded insulin production gauges to help them understand where they are at in the course of their disease. We’ve taken the information from the graph that Dr. Bergenstal shared earlier with you and developed a more patient friendly approach to convey this idea. The first gauge shows normal insulin production, the 2nd gauge shows how insulin production is actually higher than a person without diabetes. This occurs at a time, when, most likely, the patient didn’t even know they had pre-diabetes. You can explain that after they were diagnosed, the pancreas continues to make insulin but can not make enough to overcome the insulin resistance and the pancreas is “wearing out” so to speak.
We also conducted a survey among providers like you asking them what concerns they had and, as it turned out, they had many of the same concerns that the patients did. They listed the complexity of starting and adjusting insulin, they weren’t sure what it was like to take an insulin injection, and also listed weight gain and hypoglycemia. I’m sure you may have others that we can address later in our question and answer time but right now, we are going to make sure that you don’t leave here without knowing what’s it like to actually take an insulin injection. Watch this next video.
The purpose of blood glucose monitoring is to improve clinical decision-making so that the physician can appropriately identify the glucose patterns of each patient and whether or not the insulin is working appropriately. It’s second purpose is to adjust insulin therapy and the patient should understand the significance of providing accurate and reliable blood glucose data so that the therapy can be adjusted. The third purpose is to evaluate whether the therapy is working appropriately to avoid hypoglycemic events and to make sure that the patient is following the regimen. It is clear that the most important and most significant purpose of blood glucose monitoring lies in the feedback that it provides the patient to know that the current therapy that the patient is utilizing is effective for managing blood glucose levels, improving control over all and making the quality of life for the patient significantly better.
As was previously mentioned, the minimum or recommended amount of testing should be four times per day, before each meal and before bed time. For individuals who are concerned with post-prandial blood glucose levels and are concerned that particular meals or particular times of the day the individual may be suffering from regular hypoglycemia, it is important to test two hours post-meal periodically to evaluate the effectiveness of the insulin in managing post-meal blood glucose levels. If it is necessary, modify the frequency of monitoring. This would be appropriate in individuals who are traveling and there is a change in time zone, or for whom testing becomes difficult at certain times of the day. The most important thing is to view the day as a 24-hour period and to try to fill in as many of the hours as possible over at least a months worth of testing. This excludes, of course, overnight testing which should be considered if patients are concerned with nocturnal hypoglycemia. Nocturnal hypoglycemia is usually caused by conventional or mixed insulin therapies in which the intermediate or NPH-acting insulin is peaking and causing blood glucose to become very low at about 2 to 3 a.m. in the morning. Encourage patients to maintain an accurate and reliable record of their blood glucose tests. If possible, use a reflectance meter with a memory. Ideally, this meter can be connected to a computer and the blood glucose values can be downloaded and recorded on the computer memory or printed out for the patient’s use or printed out and maintained in the record. All patient’s should maintain their own record book which would keep blood glucose values for them to review and to search for specific patterns.
2006 International Diabetes Center
This slide demonstrates the key nutrition messages for the various insulin regimens described by Dr. Bergenstal. This information is also on Table 4 in the &quot;Guide to Starting and Adjusting Insulin for Type 2 Diabetes&quot;. Note also on the algorithm, that on the right side-bar, there are initial nutrition messages given. For those patients put on a background insulin it helps glucose control if they control their carbohydrates throughout the day. A suggestion to get started is to tell the patient to have 3-4 carb choices per meal until they can consult with a dietitian For those patients on a premixed insulin it is important to eat meals at consistent times and consistent amount of carbs. Snacks may be needed depending on the insulin mix, for example if it's a Regular,NPH mix and patient schedule For the Background and mealtime regimen encourage the patient to start with a consistent carb intake at all meals. Generally snacks are not needed with this regimen. This regimen also allows for more flexibility in eating times and carb amounts. Once a patient is under control, you can teach what their insulin/carb ratio is which we'll adress later. This will add even more flexibility to their daily routine.
Titrating background insulin focus on am fasting BG. Once you reach 0.5 units/kg body weight, explain to the patient that a RA insulin will need to be added If fasting BG is in target and A1C > 7%, it means that there are other timepoints throughout the day where the patient is having higher blood sugar. Ask them to do some post meal testing. This also helps them see that they're a partner with you in taking care of their diabetes. They provide you with importnat information which in turn helps you to make the best decision for them.
Doses need to be titrated on a regular basis Increase equally between doses if over 200 by 0.1 unit/kg For BG readings below 100, look at Table 6 as a guide for titrating insulin
Shirley on 3 orals A1C 7.7% Where would you make an adjustment? Add 1 units to decrease am FPG
Shirley on 3 orals A1C 7.7% Where would you make an adjustment? Add 1 units to decrease am FPG
Titrating background insulin focus on am fasting BG. Once you reach 0.5 units/kg body weight, explain to the patient that a RA insulin will need to be added If fasting BG is in target and A1C > 7%, it means that there are other timepoints throughout the day where the patient is having higher blood sugar. Ask them to do some post meal testing. This also helps them see that they're a partner with you in taking care of their diabetes. They provide you with importnat information which in turn helps you to make the best decision for them.
For premixed insulin if BG over 200 increase total dose by 0.2 units Distribute evening between the two doses
Bernie A1C 9.4% 0.2 units bid or 19 units bid Add 0.1 unit/kg = 9.5 units or 10 units divided between 2 doses
Bernie A1C 9.4% 0.2 units bid or 19 units bid Add 0.1 unit/kg = 9.5 units or 10 units divided between 2 doses
For background mealtime regimen increased total insulin dose by 0.1 units and add half to the background and distribute other half between mealtime doses If more than 40 mg/dl add 1-3 units
Jackie had an A1C of 10.4% Calculate at 0.3 units for the day 24 units bid Encourage pre/post lunch readings
Jackie had an A1C of 10.4% Calculate at 0.3 units for the day 24 units bid Encourage pre/post lunch readings