Management of T1D Flashcards

1
Q

what are the glycemic goals of therapy for a nonpregnant adult and child

  • A1c
  • preprandial blood glucose
A
ADULTS: 
-A1c: < 7.0%
-preprandial blood glucose: 80-130
CHILDREN: 
-Alc: < 7.5%
-preprandial blood glucose: 90-130
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2
Q

immediate treatment goals for a person with T1D

A
  • lower BS at least below 180 in order to provide relief of sx
  • regain lost weight
  • patient and family education: survival skills - insulin admin, meal planning, self-monitoring BG, urine testing, ER use of glucagon, sick day rules
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3
Q

long range tx goal for a person w/ T1D

A
  • maintain near euglycemia
  • maintain nl glycosylated hgb levels
  • striver for normal growth and emotional development for children
  • prevent macro and microvascular dz
  • absence of hypoglycemia
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4
Q

know the insulin preps as rapid acting, short acting, intermediate and long acting. And basal vs. bolus.

A

covered in the tx of T1D

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5
Q

given a pt on insulin, use the knowledge of the onset, peak and effective duration of each insulin to do the following to select the best insulin regimen:

  • provide basal and bolus coverage
  • decrease risk of hypoglycemia
  • improve a pts BG control
A
  • determine TDD
  • Basal: 50-70% of TDD
  • Bolus: 30-50% of TDD - based on CHO intake (start w/ 1:15)
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6
Q

Given a patient with newly diagnosed type 1 diabetes:

-Explain the concept of intensive insulin therapy

A

Intensive insulin therapy tries to achieve a more physiologic replacement of insulin by giving long acting insulin that provides basal insulin and by giving a rapid acting or short acting insulin before meals to provide a bolus of insulin.

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7
Q

Given a patient with newly diagnosed type 1 diabetes:
-Select the best basal/bolus insulin regimen for that person (include the amounts provided by basal and bolus insulin—percent breakdown)

A

50 to 70% of the total daily dose should be a basal insulin
-Basal insulins are glargine (Lantus®), detemir (Levemir®) and NPH

30 to 50% of the total daily dose should be given in divided doses before a meal with rapid-acting or short-acting insulin (bolus)
-Bolus or Preprandial insulins are Novolog®, Humalog®, Apidra®

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8
Q

Given a patient with newly diagnosed type 1 diabetes:

-select the initial TDD insulin dosing for adults, children, and adolescents

A
  • adults: 0.5-1.0 units of insulin/kg/day
  • children: 0.4-0.8 units/kg/day
  • adolescents: 1.0-1.5 units/kg/day
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9
Q

Given a patient with newly diagnosed type 1 diabetes:

-Explain the rule of 500 and how to use it to establish an insulin:carb ratio

A
  • Rule of 500 is the carbohydrate coverage ratio
  • 500 ÷ Total Daily Insulin Dose = 1-unit insulin covers so many grams of carbohydrate
  • 1:15 is common starting point
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10
Q

Given a patient with newly diagnosed type 1 diabetes:

-Explain how the rule of 1800 is used to determine an insulin sensitivity factor

A
  • use the “1800 rule” to calculate insulin sensitivity factor for people who use the rapid-acting insulin analogs lispro (brand name Humalog), aspart (NovoLog), and glulisine (Apidra)
  • this is done by dividing 1800 by TDD of rapid-acting insulin
  • if the total daily insulin dose is 40 units, the insulin sensitivity factor would be 1800 divided by 40 = 45 – 1:45
  • meaning 1 unit of insulin would drop BG by 45 mg/dl
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11
Q

Given a patient with newly diagnosed type 1 diabetes:

-Explain how an insulin correction dose is used

A
  • An insulin sensitivity factor is used to determine an insulin correction factor
  • Insulin Correction factors are used to correct or adjust the premeal bolus insulin dose in order to cover the carbohydrate content in a meal plus “correct” a higher than desired blood preprandial blood glucose
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12
Q

Given a patient experiencing a hypoglycemic reaction:

-Identify common reasons for hypoglycemia

A
When the patient:
-skips a meal
-delays a meal
-eats less at a meal than usual and does not adjust insulin
-increases their activity
-commits a dosage error
Or medical causes: 
-altered liver/kidney fxn
-hormonal def. 
-rapid gastric emptying
-hypoglycemic unawareness
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13
Q

Given a patient experiencing a hypoglycemic reaction:

-Identify symptoms commonly associated with hypoglycemia

A
  • Headache
  • Shaking
  • Sweating
  • Feeling tired
  • Weakness
  • Hunger
  • *Rapid onset
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14
Q

Determine the severity of the hypoglycemia

-Mild hypoglycemia

A
  • Usually manifested as adrenergic symptoms (mediated by epinephrine)
  • pts capable of self tx - oral ingestion of 10-15 g CHO should tx
  • These symptoms are anxiety, sweating, tremulousness, tachycardia, hunger.
  • Clinically significant hypoglycemia is defined as a glucose <54 mg/dL.
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15
Q

Determine the severity of the hypoglycemia

-Moderate hypoglycemia

A
  • Includes adrenergic symptoms plus neuroglycopenic symptoms including headache, mood change, irritability, confused thinking, and slurred speech.
  • These reactions are usually longer lasting, and the patients usually require assistance in obtaining a glucose source.
  • A second dose of 10 to 15 grams of a simple sugar is usually required.
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16
Q

Determine the severity of the hypoglycemia

-Severe hypoglycemia

A
  • Characterized by unresponsiveness, unconsciousness or convulsions.
  • These reactions require emergency care with an intravenous dextrose or IM glucagon injection.
17
Q

explain the rule of 15

A

Check blood sugar –> eat 15 gm of carbs –> wait 15 min for sugar to get into blood

18
Q

identify the causes of lipodystrophies secondary to insulin admin

A
  • lipoatrophy: associated w/ animal source insulin and now more so with Humalog; loss of adipose
  • lipohypertrophy: d/t many months/yrs of repeated injections into the same site
  • local allergy: common w/ animal sources
19
Q

dawn phenomenon

A
  • nl physiologic response to awakening
  • BG rises in the early morning preparing a person for the day
  • in nondiabetic: insulin levels woudl rise as well w/ the increasing BG
  • in pts w/ DM: insulin levels don’t rise so hyperglycemia in the morning may result
20
Q

Smogyi effect

A
  • hyperreactive hyperglycemia in response to nocturnal hypoglycemia
  • when BG falls too low (<60) the adrenal glands release catecholamines which stimulate glucagon release causing increase in glucose release from liver
  • result: elevated BG in the morning
21
Q

Identify the glycemic goals for children

A
  • A1c goal of < 7.5%
  • 90 to 130 mg/dL before meals
  • 90 to 150 mg/dL bedtime and overnight
22
Q

Identify the screening for other autoimmune diseases in people with T1DM

A
  • thyroid dz: anti-TPO, antithyroiglobulin antibodies, TSH

- celiac dz: tissue transglutaminase or deaminated gliadin antibodies

23
Q

interventions for preventing or decreasing the risk of CVD in children

A
  • measure BP at every visit and tx w/ diet, exercise, and weight control. (ACEi if needed)
  • screen lipid in children >10 and treat if abnl w/ diet (statin if needed). Goal is <100
  • discourage smoking and cessation for those who do
24
Q

screening and preventative interventions for children to prevent microvascular complications

A
  • screen urine for albuminuria once child has had DM for 5 yrs
  • normalize BP and improve glycemic control
  • screen for retinopathy w/ a dilated and comprehensive eye exam age >10 or after puberty has started - whichever is early once child has had DM for 3-5 yrs