Diabetes Flashcards
2015, 30 million or __ % of pop has diabetes.
Aprox 1.25 million children have type I
9.4%
Of the 30.3 million adults with diabetes 23.1 were diagnosed and 7.2 were undiagnosed
T or F
T
12 million seniors age 65 or older have diabetes
T or F
T
How many new cases each year
1.5 million
2015 how many Americans >18 had pre-diabetic
84.1 millon
What is the leading cause of
Blindness, End stage renal disease, Amputation
& the 7th leading cause of death
Diabetes
Total cost of diagnosed diabetes ___
Direct medical cost ____
____ $ in reduced productivity
Total cost of diagnosed diabetes 327 Billion
Direct medical cost 237 Billion
90 Billion $ in reduced productivity
Groups highest to have diabetes
American Indians/ Alaskan
Blacks
___ cells in pancreas secret insulin when eating
___ cells release glucagon
B cells
A cells
Insulin function
Transports glucose into the cell
Glycogenolysis…
Liver breaks down glycogen to glucose
Gluconeogenesis…
Conversion of protein to glucose
Lipolysis…
Produces what undesirable substances
Break down of fat into glucose
Ketones
Where does the Acid in DKA come from?
Breakdown of fat produces acid as a by product
Confusion, fatigue, muscle weakness & cardiac arrhythmias
S/S of…
High BS
Polyphagia, Polyuria, Polydipsia
S/S of…
Hyperglycemia
Acetone breath & Kussmaul respiration happen with…
Hyperglycemia
Which electrolyte is mostly affected with blood glucose levels
K
Factors increase risk for type II
Waist circumference
Males
Female
FBS
BP
SBP > or DBP>
Hyperlipidemia
Triglycerides
> ___
HDL
Males <
Female <
Waist circumference
Males 40
Female 35
FBS
>100
BP
SBP > 130
DBP> 85 or on meds for HTN
Hyperlipidemia
Triglycerides
> 150 or on meds
HDL
Males < 40
Female < 50
Type I or II
abrupt onset, thirst, hunger, weight loss, increased urine output, acetone breath
Frequently none, thirst, fatigue, blurred vision, Microvascular complications
Type I
Abrupt onset, thirst, hunger, weight loss, increased urine output, acetone breath
Type II
Frequently none, thirst, fatigue, blurred vision, Microvascular complications
Glucagon, epinephrine, GH, Cortisol
All do what…
Increase blood glucose levels for energy
Type I
Pancreatitic B cells are destroyed by
Body’s own T cells
Fasting glucose 100 - 125
2 hour plasma glucose level 140 - 199
A¹C 5.7 - 6.4%
Is…
Prediabetes
4 major abnormal metabolic Type II
What happens to Insulin?
What happens to the pancreas
What happens to the liver
Alterations in production of hormones & adipokines
Insulin resistance
Páncreas produces less Insulin ???
Liver produces less glucose
Correct
Risk factors
Type II diabetes
(Up / Down)
Insulin levels
Triglycerides
LDL
HDL
Insulin levels UP
Triglycerides UP
Healthy <150
Borderline high: 150-199 mg/dL. High: 200 and 499 mg/dL
LDL
Normal: <100 mg/dL
Near-optimal: 100–129 mg/dL
Borderline high: 130–159 mg/dL
High: 160–189 mg/dL
Very high: 190 mg/dL and higher
HDL
High-density lipoprotein (HDL)
Men > 40 mg/dL (1 mmol/L)
Women > 50 mg/dL (1.3 mmol/L)
4 methods to diagnose diabetes
A¹C level ____
Fasting plasma glucose ____
Random glucose measurement ___
2 hour OGTT level ____
A¹C level >6.5%
Fasting plasma glucose >126
Random glucose measurement >200
2 hour OGTT level >200
(Oral glucose tolerance test)
Review 1245 for Insulins
Onset, Peak, diration
Normal / Elevated blood glucose at bedtime
Decrease at 2 or 3 AM (sweating, lethargic)
Then Hyperglycemic (to counter act hypoglycemia)
This is called ….
What is the Intervention…
Somogyi effect
Intervention: Decrease bedtime insulin/ Give bedtime snack
In this problem
At night the glucose levels stay normal/ high
Begin to rise at 3AM
Hyperglycemia present in the morning
Due to counter regulatory hormones
Name condition…
Name intervention…
Dawn phenomenon
Intervention:
Give long-acting insulin after 11 pm
May need to increase dose of night time insulin
Acidosis pH <7.30
Serum bicarbonate <18
Presence KETONURIA / KETONEMIA
Anion Gap >10 MEQ/L
Plasma glucose >250 mg/dl
Describes
DKA
Sulfonylureas work by…
stimulating the release of insulin
from pancreatic beta cells, which lowers blood glucose concentrations
Glipizide (Glucotrol) & glimepiride (Amaryl)
Type of medication
Effects
Sulfonylureas
stimulating the release of insulin
from pancreatic beta cells
, which lowers blood glucose concentrations
Meglitinides
stimulate the pancreas to release insulin, which lowers blood glucose levels.
Nateglinide:(Starlix®)
Repaglinide:(Prandin®)
Repaglinide (Prandin®), Mitiglinide (Glufast®), and Nateglinide (Starlix®)
Class of medication
Effects
Meglitinides
Stimulate the pancreas to release insulin
Biguanides
Work by (2)
Decreasing the amount of glucose your liver produces and releases into your bloodstream
Making your skeletal muscle
tissue more sensitive to insulin so it can absorb glucose for energy