Final Flashcards
What are the recommendations for patients with hypothyroidism
- fasting/carb restrictive diets
- goitrogens: broccoli, cauliflower
- Iodine
- selenium
- Iron
- Zinc
Managing imbalances of thyroid function
- get precursors for T4 (protein, I, Zn)
- reduce anti thyroidal antibodies (undiagnosed celiac)
- improve conversation of T4 to T3 (selenium, Zn)
- enhance T3 influence on mitochondria (selenium)
- monitor use of botanicals (guggul extract and ashwagandha)
- avoid thyroid hormone metabolism disruption (avoid flavonoids—celery, thyme, chamomile tea etc)
- caution with supplements (alpha lipoid acid reduces conversion of T4 to T3)
- get adequate vitamin D
Nutritional suggestions for managing thyroid imbalance
Increase protein I Se Zn Fe Vitamin D Caution a-lipoic acid
How is adrenal fatigue measured
ATCH stimulatory test
Diagnosing diabetes. And how often do the tests need to be done to confirm
Oral glucose tolerance test
Fasting blood glucose
Long term: HbA1C (6.5% +)
Must be done 2 weeks later to confirm
Nutritional recommendations to a pre or diabetic patient
Weight loss Mediterranean diet Increase fiber and whole grain Limit sugar sweetened beverages Replace saturated fat with MUFA/PUFA
Carb counting in diabetic patient
Total intake of CHO intake
Count starches, fruits, dairy, sweets
Should diabetic patient exercises? Any precautions?
type 1: check levels before, during and after. Consume 15g of carbs per 30-60min (prior)
Type 2: exercise can improve glycemic response. Often have a lower V02 max so they need to ease into training
Exercise recommendations for diabetics
Min of 150 min
No more than 2 consecutive days without activity
Type 2 encouraged to do resistance at least 2x/wk
What are the long term complications of uncontrolled blood glucose
CVD (due to high TG)
Nephropathy
Retinopathy
Neuropathy
How is hypoglycemia diagnosed
- low blood glucose <50mg/dL
- weakness, fatigue, sweating, palpitations
- symptoms disappear with carb ingestion and blood glucose returns to normal
“Whipped triad”
**if don’t disappear might be pancreatic insufficiency
Causes of microcytic anemia
Iron deficiency
Potentially copper
Causes of macrocytic anemia
Folate or B12 deficiency
Plasma ferritin and iron deficiency
Normal 100+- 60
Iron depletion = 20
Iron deficiency <10
S.s of microcytic anemia
Pallor
Glossitis
Spooning of nails
Pale conjunctiva
What supplementation should be used for microcytic anemia
50-100mg of elemental iron. Add zinc supplement if not responding
vitamin C
Limit binders: oxalate, phytate, tea, coffee
Nutritional therapy for macrocytic megaloblastic anemia
1000mcg folic acid
1000mcg B12
High protein (1.5g/kg)
What is the best biomarkers for macrocytic deficiency
MMA
Methylmalonic acid
When should dietary changes be used and when should dietary and supplement changes be used in hypochromic microcytic anemia?
Stage 4: supplement & dietary changes
(<10 plasma ferritin)
Stage 3: dietary changes
(10 plasma ferritin)
Supplement 50-100mcg Fe + Vit C + Zn
Diet: protein, omegas (decrease inflammation), limit binders: oxalate, phytate, tannins etc.
What nutrients are important for brain function?
Protien
Lipids (3-DHA, 6-ARA)
Iron (myelination/neurotransmitter synthesis)
Iodine
Zinc
Methyl donors (folate B6, betaine choline)
Iron supplements for fullterm breastfed infants and preteen breastfed infants
Fullterm: @ 4 months 1mg/kg/day
Preterm: @ 1 month 2mg/kg/d
Formula fed: none
Zinc functions and results if deficient
Myelination, neurotransmitter release
Poor learning, attention, memory and mood. Altered immune Increased cytokine Increased intestinal permeability Food allergy
What are the methyl donors
Folate
B6
B12
Betaine choline
How is the gut involved in brain development and psychiatric manifestations?
Lactobacillus: GABA and Ach
Streptococcus: serotonin
Bifidobacterium: GABA
Escherichia: serotonin, norepinephrine