Explain the role oftetrahydrobiopterinin neurotransmittersynthesisExplain how the useof Bactrim in patientswith G6PD deficiencyresults in hemolyticanemia and theformation of Heinzbodies.Explain thesignificance ofcodons AUG,UAG, UGA,and UAA.Compare andcontrast theintrinsic,extrinsic, andcommonpathwaysName the9 essentialaminoacids.Describe theconversion ofcholesterolinto bile acidsand salts.Describe the roleof CETP andPCAT in reversetransport ofcholesterol byHDL. Explain thecharacteristicsand function ofvon Willebrandfactor.Describehow p16 andp21 caninhibit thecell cycle.Discuss fetalalcoholsyndromeand ARNDsDescribe thesynthesisand use ofSAMDescribe the basisof symptoms in thefollowingporphyrias: AIP,CEP, PCT, andEPP. Comparemarasmus,cachexiaandkwashiorkorIdentify theuniquefeatures ofhumancolostrumDescribe howprebioticsfavor calciumabsorptionfrom the colonUse the criticaldifference todetermine if twoserial values aresignificantlydifferentExplain howa cell in G0differs from acell in G1.List thepopulations at riskfor vitamin D3deficiency andexplain why theyare at riskExplain howbase analogscan be used incancerchemotherapy. Describe thedifferentlocations ofsynthesis forcatecholaminesand serotoninDescribe the majorcauses, pathology,and clinical signs ofBeriberi, Wernicke-Korsakoff syndrome,Pellagra, and MultipleCarboxylaseDeficiency.Describe theprincipal roleof alpha-tocopherol inour cellsComparecatabolicand anabolicpathways.List the mainfeatures ofthe DASHdietDefine the Pasteureffect in the heartand list thebiochemical changesoccurring duringvessel occlusion thatlead to the Pasteureffect.Explain the role oftetrahydrobiopterinin neurotransmittersynthesisExplain how the useof Bactrim in patientswith G6PD deficiencyresults in hemolyticanemia and theformation of Heinzbodies.Explain thesignificance ofcodons AUG,UAG, UGA,and UAA.Compare andcontrast theintrinsic,extrinsic, andcommonpathwaysName the9 essentialaminoacids.Describe theconversion ofcholesterolinto bile acidsand salts.Describe the roleof CETP andPCAT in reversetransport ofcholesterol byHDL. Explain thecharacteristicsand function ofvon Willebrandfactor.Describehow p16 andp21 caninhibit thecell cycle.Discuss fetalalcoholsyndromeand ARNDsDescribe thesynthesisand use ofSAMDescribe the basisof symptoms in thefollowingporphyrias: AIP,CEP, PCT, andEPP. Comparemarasmus,cachexiaandkwashiorkorIdentify theuniquefeatures ofhumancolostrumDescribe howprebioticsfavor calciumabsorptionfrom the colonUse the criticaldifference todetermine if twoserial values aresignificantlydifferentExplain howa cell in G0differs from acell in G1.List thepopulations at riskfor vitamin D3deficiency andexplain why theyare at riskExplain howbase analogscan be used incancerchemotherapy. Describe thedifferentlocations ofsynthesis forcatecholaminesand serotoninDescribe the majorcauses, pathology,and clinical signs ofBeriberi, Wernicke-Korsakoff syndrome,Pellagra, and MultipleCarboxylaseDeficiency.Describe theprincipal roleof alpha-tocopherol inour cellsComparecatabolicand anabolicpathways.List the mainfeatures ofthe DASHdietDefine the Pasteureffect in the heartand list thebiochemical changesoccurring duringvessel occlusion thatlead to the Pasteureffect.

Untitled Bingo - Call List

(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.


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  1. Explain the role of tetrahydrobiopterin in neurotransmitter synthesis
  2. Explain how the use of Bactrim in patients with G6PD deficiency results in hemolytic anemia and the formation of Heinz bodies.
  3. Explain the significance of codons AUG, UAG, UGA, and UAA.
  4. Compare and contrast the intrinsic, extrinsic, and common pathways
  5. Name the 9 essential amino acids.
  6. Describe the conversion of cholesterol into bile acids and salts.
  7. Describe the role of CETP and PCAT in reverse transport of cholesterol by HDL.
  8. Explain the characteristics and function of von Willebrand factor.
  9. Describe how p16 and p21 can inhibit the cell cycle.
  10. Discuss fetal alcohol syndrome and ARNDs
  11. Describe the synthesis and use of SAM
  12. Describe the basis of symptoms in the following porphyrias: AIP, CEP, PCT, and EPP.
  13. Compare marasmus, cachexia and kwashiorkor
  14. Identify the unique features of human colostrum
  15. Describe how prebiotics favor calcium absorption from the colon
  16. Use the critical difference to determine if two serial values are significantly different
  17. Explain how a cell in G0 differs from a cell in G1.
  18. List the populations at risk for vitamin D3 deficiency and explain why they are at risk
  19. Explain how base analogs can be used in cancer chemotherapy.
  20. Describe the different locations of synthesis for catecholamines and serotonin
  21. Describe the major causes, pathology, and clinical signs of Beriberi, Wernicke-Korsakoff syndrome, Pellagra, and Multiple Carboxylase Deficiency.
  22. Describe the principal role of alpha-tocopherol in our cells
  23. Compare catabolic and anabolic pathways.
  24. List the main features of the DASH diet
  25. Define the Pasteur effect in the heart and list the biochemical changes occurring during vessel occlusion that lead to the Pasteur effect.