For management between visits a woman is placed on warfarin and heparin. Why is this therapy suitable to control her thrombosis condition in a chronic (6 month) setting? A. Warfarin only blocks the intrinsic pathway B. Warfarin directly prevents gamma-carboxylation of clotting factors in the blood C. Heparin enhances the activity of antithrombin III D. Heparin prevents activation of FVII by tissue factor E. Warfarin blocks platelet production in the bone marrow. 1B. In a schizophrenia case what is the function of CHD2 gene? A. Creates duplication at chromosome 16p13.3 B. Modulation of chromatin remodeling. C. It causes schizophrenia. D. It causes epilepsy. 1C. Amino acid change to the transversion mutation is described as Glu1335. What is the effect of this mutation on the protein? A. Truncated protein B. No effect on protein function C. A protein with a single amino acid change at 1335 D. A protein with scrambled amino acids after amino acid 1334.
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1A. For management between visits a woman is placed on warfarin and heparin. Why is this therapy suitable to control her thrombosis condition in a chronic (6 month) setting?
A. Warfarin only blocks the intrinsic pathway
B. Warfarin directly prevents gamma-carboxylation of clotting factors in the blood
C. Heparin enhances the activity of antithrombin III
D. Heparin prevents activation of FVII by tissue factor
E. Warfarin blocks platelet production in the bone marrow.
1B. In a schizophrenia case what is the function of CHD2 gene?
A. Creates duplication at chromosome 16p13.3
B. Modulation of chromatin remodeling.
C. It causes schizophrenia.
D. It causes epilepsy.
1C. Amino acid change to the transversion mutation is described as Glu1335. What is the effect of this mutation on the protein?
A. Truncated protein
B. No effect on protein function
C. A protein with a single amino acid change at 1335
D. A protein with scrambled amino acids after amino acid 1334.
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