Case Study 415

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    Whitney Miller

    Jennifer Crumm

    Chelsi Cardoso

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    Introduction, Meet Mrs.M 64 year old Cuban-American Admitted to the ER with a Dx of DVT (deep

    vein thrombosis) in her right leg andhyperglycemia

    This is her fifth admission in the last year.Long standing MH that includes:Type 2 diabetes mellitusPVD (peripheral vascular disease)Retinopathyneuropathynephropathyhypertensionand S/P MI (status post myocardial infarction).

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    Anthropometrics

    Height: 53 (1.6 m)Weight: 252 lbs (115 kg)

    IBW: 100 lbs. for 1st 5 ft. + 5 lbs. foreach additional inch = 115 lbs.

    %IBW: 252 lbs/ 115 lbs. = 219%

    BMI: kg/m2 = 115 kg / 2.56 m2

    44.8 kg/m2 => Class III, morbidlyobese

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    Medications

    HeparinAnticoagulant

    Hyperkalemia

    InsulinUsed to keep diabetes under control

    Depletes magnesium, potassium, and phosphate

    in blood

    Potassium SupplementsInsulin can deplete levels in blood, so

    supplement to keep levels normal

    Contradiction with Heparin

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    Medications

    Phosphorus SupplementsTake because insulin can deplete levels in

    blood

    Avoid if have kidney issues

    ReglanUsed to treat slow gastric emptying in

    people with diabetesCauses nutritional side effects

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    Lab Values andInterpretations

    Basic Metabolic PackageTEST RESULT REFERENCE

    UNITSTEST RESULT REFERENCE

    UNITS

    Glu (H) 203 mg/dl 70-110 mg/dl Na 144 mEq/L 136-145mEqu/L

    BUN (H) 27 mg/dl 6-20 mg/dl K (L) 3.1mEq/L 3.5-5.2

    mEq/LCr (H) 1.2 mg/dl 0.6-1.1 mg/dl Cl 98 mEq/L 96-

    106mEq/L

    Ca 9.1 mg/dl 8.8-10.0mg/dl

    Mg 1.9 mEq/L 1.8-2.6mEq/L

    Ser alb 3.7 g/dl 3.5-4.8 g/dl P 4.4 mg/dl 2.7-4.5 mg/dl

    Elevated glucose indicates diabetes and

    Elevated BUN and creatinine levels indicate kidney disease

    The low potassium levels could be caused by K+-losing diuretics used to treat

    hypertension

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    Lab Values

    CBC

    TEST RESULT REFERENCE UNITS

    TEST RESULT REFERENCE UNITS

    Hgb 13 g/dl 12-16 g/dl WBC 6.8 x 103/ l 4.5-10.5 x103/cells/mm3

    Hct 39 % 36-48 % % Lymph 25 % 25-40 % of total WBC

    RBC 4.6 x 106 / 3.6-5.0 x106/L

    MCH 28 pg/cell 26-34 pg/cell

    MCV 85 m3 82-98 m3 MCHC 33 g/dl 32-36 g/dl

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    Hospital Course

    Treated with I.V. heparin therapy,

    insulin, potassium and phosphorus

    supplementation repeated as necessary,

    bed rest, and 1000 kcal, 2 g Na diet,with a protein intake not to exceed .7 g

    per kg IBW.

    Progressed well on treatment and clotresolved.

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    Continued

    As preparing for d/c, developed newsymptoms:N/V to a degree such that an N/G tube

    placedAbdomen extended and hard to touch but

    her BS (bowel sounds) decreased=> eithergastric ileus or obstruction

    Physicians to R/O (rule out) a SBO (smallbowel obstruction) soesophagogastroduodenoscopy conductedwith negative results.

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    Continued

    Gastric emptying time delayed: Venography studies indicated ischemia of the

    gastric arteries slowing down blood supply to

    stomach causing decrease in gastric functioning,termed as gastroparesis 2 to diabetic

    gastrovasculitis.

    GI tract function beyond stomach:

    PEJ performed and feeding tube placed.MD prescribed Reglan to aid in gastric emptying

    when pofeedings resumed.

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    Nutrition History

    Fried plantains, dried blackbeans, chick peas, yams,french fries, vegetablescooked with animal fat, orlard, sugar is added tomany things like coffee, or

    vegetables. When she watches her

    son bowl she eats a largehamburger, fries, andsoda. After she eats thatshe may drink a few beers.

    She lives with her son whois an obese cook and hemakes whatever shewants.

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    Nutrition Diagnosis

    The Third step of the NCPNutrition intervention with Medical Nutrition Therapy

    (MNT)

    PES #1: Excessive energy intake (P) related toeating fried and high sugar foods (E) as evidence by

    diet history including fried plantains, french fries,vegetables cooked in lard, regular soft drinks andcoffee with sugar (S).

    PES #2: Inadequate calories and incorrect proteinrequirements (P) related to a increased

    requirements (E) as evidenced by enteral formulameeting 45% of estimated energy and 81% ofestimated protein needs(S).

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    Intervention: NutritionEducation Intervention plan: nutrition education

    regarding diets focused on diabetes,kidney disease, and hypertension.

    First, the main need is to lose weight,since all of her problems stem fromobesity.ADAs position

    If she is able to loose weight and herhypertension is still high, then DASHKidney issues need to be watched

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    Continued

    She needs to continue to monitor her

    blood glucose throughout

    Also, important to incorporate some

    physical activity in her lifeWalking would be appropriate for her

    condition

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    Intervention: Revised MealPlan

    Instead of having so manyfried foods she should justincorporate different cookingmethods.

    Instead of putting sugar onfoods she could substitutesugar with a low caloric

    artificial sweetener. When she goes to watch her

    son bowl, she shouldprobably eat before shegoes so she isnt tempted toeat the foods at the bowlingalley.

    In helping her with her diet,her son should be morerestricting on the foods hecooks for her.

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    Intervention: EnteralFeeding Standard Enteral

    Formula: 1000 kcals, .7 g

    protein/kg body weight 1000 kcals/ 1 kcal/ml =

    1000 mL/ 24 hr = 41.7mL/hr => 40 ml/hr x 24 hr= 960 mL x 960 kcal

    40 g protein/L x .96 L =38.4 g protein

    Appropriate EnteralFormula: Peptamen, kcal/mL: 1.00,

    40g protein/L, 127 gCHO/L, 39 g lipids/L, 270mOsm/kg water, volumeto meet RDI in mL: 1500.

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    QUESTIONS???