Upload
herbert-wheeler
View
214
Download
0
Tags:
Embed Size (px)
Citation preview
Science of Diabetes and Diabetes Management as it
Relates to Legal Issues and the Need for Accommodations
Daniel Lorber, MD, FACP, CDE
Linda Siminerio, RN, PhD
John Griffin, JD
FIGHTING FOR FAIRNESS
Session Outline
CAUSE/CLASSIFICATIONSCOMPLICATIONSCARECHALLENGES
The prevalence of diabetes - current estimates - world*
Number of people with diabetes:
» 177 million (154 million projected)
Top 10 countries (number of people with diabetes):
» India, China, USA, Indonesia, Russia, Japan, UAE, Pakistan, Brazil, Italy
*Source: WHO Global Burden of Disease
U.S. Diabetes Facts 20% increase in past 20 years 70% increase in diabetes in 30-39 yr. age range
from 1990-1998 1 in 3 children born in 2003 will get diabetes
125,000 in U.S. under the age of 19 Type 2 in children is increasing 14 million lost work days Annual costs -- $132 billion
What is Diabetes?
Ancient Greek: “Diabetes Mellitus”» Diabetes: Copious Urine» Mellitus: Sweet
Lay Definition: » Abnormally High Blood Sugar
American Diabetes Association:» Fasting Blood Glucose above 126 mg/dl » Fasting Blood Glucose above 7 mM
CLASSIFICATIONS/CAUSE
What is the Cause of High Glucose in Diabetes?
Type 1: Failure of the pancreas to make Insulin: cause = autoimmune
Type 2: Resistance of the body to Insulin: cause unknown
Both of these are areas of active research in the U.S. and internationally
What Kinds of Diabetes are There? Type 1 (Juvenile, Insulin-Deficient)
» 10%» Under 40 y.o.» Hereditary
Type 2 (Adult Onset, Insulin-Resistant)» 90%» Strongly Hereditary» Associated with Overweight
Secondary Diabetes» E.g., medications like cortisone; pancreatitis
How is Glucose Regulated?
What is the Cause of High Glucose in Diabetes?
Intestine
BloodFat
Muscle
Liver
Brain
Pancreas
Glucose100 mg/dl
Meet the Cast:
Food
Intestine
BloodFat
Muscle
Liver
Brain
Pancreas
Glucose100 mg/dl
Effects of Eating
Food
Intestine
Glucose
BloodFat
Muscle
Liver
Brain
Pancreas
Glucose100 mg/dl
140 mg/dl
Effects of Eating
Food
Intestine
Glucose
BloodFat
Muscle
Liver
Brain
Pancreas(makes Insulin)
Glucose100 mg/dl
140 mg/dl
Effects of Eating
Food
Intestine
Glucose
BloodFat
Muscle
Liver
Brain
Pancreas(makes Insulin)
Glucose100 mg/dl
140 mg/dl
Effects of Eating
Intestine
BloodFat
Muscle
Liver
Brain
PancreasNo Islets,No Insulin
Glucose100 mg/dl
500 mg/dl
Type 1 Diabetes:
Food
Glucose
BALANCING ACT
Insulin and food must stay in balance» The insulin you inject will work whether you eat
or not» Timing and amounts of food are important» If you do not eat enough, your blood sugar
(glucose) could go LOW» If you eat too much, your blood sugar could go
too HIGH» Physical activity will effect your blood sugar level
HbA1c and Glucose
5% - - - - 906% - - - - 1207% - - - - 1508% - - - - 1809% - - - - 21010% - - - 24011% - - - 27012% - - - 300
GOAL
Take Action
CARE
How Do You Treat Diabetes?
Type 1:
» Glucose Monitoring (fingersticks)
» Insulin Injections or infusion pump therapy (replacement doses)
» Meal Plans
» Physical Activity
How Do You Monitor Blood Glucose Control?
Frequent Blood Sugar Measurements» Fingersticks, multiple times each day
Hemoglobin A1c (HbA1c)
» Quarterly
MONITORING
Blood Glucose Meters
» Small, lightweight and user friendly
» Many varieties available
» One size does not fit all
» No danger to others
MONITORING
How often? » Some suggestions:
• Before each meal and at bedtime• Fasting and two hours after you eat• Before and after each meal• Once daily before breakfast• Fasting and once more during different times of the
day• More often if you are ill, exercising, having a low blood
sugar, driving.
Always individualized for each person with diabetes!
BACK
MONITORING
How to test?» Wash hands with warm soap and water» Dangle fingers» Prick side of finger» Milk your finger to get a good drop of blood» Do not use the same finger over and over for
testing
URINE TESTING Done to detect ketones
» Ketones are BAD!!» Ketones happen mostly in Type 1 diabetes» Type 1: test in the presence of persistent hyperglycemia » Should test if consistently high or anytime during illness» Moderate or large ketones should be reported to
physician immediately
Urine testing is NOT used to detect glucose levels or as a measure of diabetes control
RAPID-ACTING INSULINS
HUMALOG AND NOVOLOG» Work very quickly» Starts working in 15 minutes» Peak 1-1 1/2 hours» Clear
SHORT-ACTING INSULIN
REGULAR» Works quickly» Starts to work in 1/2 hour» Peaks in 2-4 hours» Should be taken 15-30 minutes before a meal» Clear
INTERMEDIATE-ACTING INSULINS
NPH and LENTE» Work more slowly» Most often taken with oral medicine» Starts to work 1-2 hours after it is given» Peaks in 6-12 hours» Cloudy» Can be mixed with Humalog, Novolog and
Regular
LONG-ACTING INSULIN
ULTRALENTE and LANTUS» Lasts for 24 hours with little or no peak» Usually taken at bed» Ultralente is cloudy» Lantus(Glargine) is clear» Lantus CANNOT be mixed with any other insulin
Insulin Delivery Systems
Injectors Injection Aids Pen delivery
Insulin Pump
Other technology
Other Delivery Systems Being Explored
Closed-loop insulin pumps Lectin-and polymer-bound systems New routes: inhalation, oral, and transdermal Microencapsulation of islet cells Biohybrid artificial pancreas Pump cannula at portal vein (Disetronic)
How Do You Treat Diabetes? Type 2:
» Careful Diet; Weight Reduction; Glucose Monitoring
» Reduce glucose absorption from gut: (alpha-glucosidase inhibitors)
» Increase Sensitivity of Liver, Muscle to Insulin: (Thiazoladinediones, Metformin)
» Stimulate Insulin Secretion: (Sulfonylureas, Repaglinide)
» Insulin: large doses» Physical Activity
INSULIN
INSULIN» Needed to lower blood sugar levels.» Diet alone or diet and oral medicine did not
control your blood sugar levels (type 2)» Does NOT mean your diabetes is worse» What your body needs to keep blood sugar in
control
Kinds of Oral Medicines
Sulfonylureas Biguanides Alpha-glucosidase Inhibitors Insulin-sensitizing agents Meglitinides
Intestine
BloodFat
Muscle
Liver
Brain
Glucose100 mg/dl
500 mg/dl
Type 2 Diabetes:
Food
Glucose
PancreasLiver, Fat, Muscle
Resist Insulin
Oral Medicines
Medicines can be used alone, with each other or with insulin.
Sulfonylureas and meglitinide.
Help the pancreas make more insulin.
Biguanides and insulin sensitizers
Help the insulin to work better
Oral Medicines
Sulfonylureas
Lower pre-meal blood sugar levels
Carbohydrate Inhibitors and Meglitinides
Lower after meal blood sugar levels
SULFONYLUREAS
Help pancreas make more insulin Several different types Do not exchange one for another Side effects
» Low blood sugar» Weight gain» Upset stomach
BIGUANIDES
GLUGOPHAGE» Help keep the liver from putting out too much sugar» Help insulin to work better» Lower cholesterol» Do not cause weight gain» Side effects: diarrhea, nausea and loss of appetite» Do NOT take is liver, kidney problems or heart failure
ALPHA-GLUCOSIDASE INHIBITORS
PRECOSE AND GLYCET» Work in digestive tract» Block enzymes that break down carbohydrates to
sugar» Prevent blood sugar from going up after meal» Side Effects: Bloating, gas, diarrhea» Side effects usually go away after a few months
INSULIN SENSITIZERS
ACTOS AND AVANDIA
» Help your body to use insulin better» May take 2-12 weeks to work» Give medicine a fair trial» Monitor liver functions
MEGLITINIDES
PRANDIN AND STARLIX
» Help pancreas make more insulin» Work in response to blood sugar levels» Take before each meal and snack
Oral Medicine
Most pills should be taken at mealtime Glucotrol (Glipizide) works best if taken 1/2
hour before a meal Prandin should be taken 15 minutes before a
meal Precose and Glycet should only be taken
with the first bite of food
Benefits of Oral Medicine Lower blood sugar will mean you will feel better Remember not a cure for diabetes
The Person with Diabetes must Take medicine every day, eat at planned times, eat
meals per appropriate diet. Stay in touch with his/her health team Test blood sugar level to see if the medicine is working
COMPLICATIONS
Acute
Chronic
Hypoglycemia
Sudden Onset Staggering, Poor
Coordination Anger, Bad Temper Pale Color Confusion,
Disorientation Sudden Hunger Sweating Eventual Stupor or
Unconsciousness
Gradual Onset Drowsiness Extreme Thirst Very Frequent
Urination Flushed Skin Vomiting Fruity or Wine-Like
Breath Odor Heavy Breathing Eventual Stupor or
Unconsciousness
Hyperglycemia
Why Do We Care? Chronic Complications:
(Years, Decades)
Diabetic Nephropathy: Kidney Failure, Dialysis, Kidney Transplant
Diabetic Retinopathy: Blindness
Diabetic Neuropathy: Numbness, Impotence, GI Probs, and more
Accelerated Cardiovascular Disease:
Stroke, Heart Attack, Impotence, Peripheral Vascular Disease (Amputations)
Are These Chronic Complications Preventable?
Absolutely!
» Tight Glucose Control Prevents or Delays Complications.
Proven Studies“benefits of intensified control”DCCT (type 1)
HbA1c = 1.9% Complications in the DCCT
Trial showed profound reduction
» Retinopathy 76%» Nephropathy 56%» Neuropathy 60%
UKPDS (type 2)
HbA1c = 0.9% Intensive therapy… reduced overall
microvascular complications by 25% and decreased risk of » retinopathy 21%» microalbuminuria 33%
Reduction in microvascular complications seen regardless of primary treatment modality for intensive therapy» insulin, sulfonylureas, or metformin
HbA1c and Glucose
5% - - - - 906% - - - - 1207% - - - - 1508% - - - - 1809% - - - - 21010% - - - 24011% - - - 27012% - - - 300
GOAL
Take Action
Decision SupportADA Standards of Medical Care
A1C <7% Blood pressure <130/80 mmHg Lipids
» LDL <100 mg/dl» Triglycerides <150mg/dl» HDL >40mg/dl
Dilated eye exams Foot exam (Monofilament) Microalbumin
CHALLENGES
CHALLENGES at SCHOOL
•Meet both the student’s health and educational needs one at the expense of the other
•Blood glucose testing: assistance as appropriate, right to carry equipment•Eating: meals, snacks, treat low blood sugar•Medication: assistance as needed per individual child, right to carry, •Field trips•Extra-curricular activities•Treatment of severe low blood sugar•Testing accommodations
at WORK
•Right to a job for which the person with diabetes is qualified
•Individual assessments not blanket bans•Reasonable accommodation for testing, eating other care needs•Access to supplies and equipment•Modified work schedule