A.   Vitamin C, Iron

B.   Vitamin K, Vitamin C

C.   Folate, Vitamin K

D.   Iron, Folate, and Vitamin B 12

A.   Angioedema

B.   Hives

C.   Urticaria

D.   Anaphylaxis

A.   Hodgkin lymphoma

B.   NK-cell lymphoma

C.   B-cell lymphoma

D.   T-cell lymphoma

A.   Fever, Pallor, Dyspnea, and Petechiae

B.   Bradycardia, Dyspnea, and Petechiae

C.   Fever, Pallor, Bradycardia

D.   Fever, Bradycardia, and Petechiae

A.   Myeloproliferative disease, Hodgkin disease

B.   B-cell neoplasm, Natural killer cell neoplasm, and Hodgkin disease

C.   Acute myeloid leukemia, Myeloproliferative disease

D.   Acute myeloid leukemia, Myeloproliferative disease, Natural killer cell neoplasm

A.   It is both a bleeding and clotting disorder.

B.   The acute form has more thrombotic episodes.

C.   Fibrin split products are decreased.

D.   Fibrinogen level is increased.

A.   Erythropoietin

B.   Thyroid hormone

C.   Adrenaline

D.   Parathyroid hormone

A.   β-Thalassemia is found primarily in individuals of Asian descent.

B.   It is caused by toxins.

C.   α-Thalassemia is found primarily in individuals of Mediterranean descent.

D.   It is a deficiency of one or more polypeptide chains.

A.   Atherosclerosis obliterans occurs when the peripheral system of upper extremities are affected. Atherosclerosis is the dominant type of arteriosclerosis.

B.   Atherosclerosis obliterans is used to describe atherosclerosis; the terms are interchangeable. Atherosclerosis is a result of medium and large arteries being occluded.

C.   Atherosclerosis is a result of medium and large arteries being occluded. Atherosclerosis is the dominant type of arteriosclerosis. Atherosclerosis usually affects the coronary, cerebral, carotid, femoral arteries and the aorta.

D.   Atherosclerosis obliterans occurs when the peripheral system of upper extremities are affected. Atherosclerosis obliterans is used to describe atherosclerosis; the terms are interchangeable.

A.   Is experiencing an anaphylactic hypersensitivity reaction to the antibiotic

B.   Has developed autoimmunity

C.   Is experiencing a reaction to something other than the antibiotic

D.   Has received the wrong medication

A.   Genetics

B.   Smoking

C.   Gender

D.   Age

A.   Plasma proteins

B.   Leukocytes

C.   Platelets

D.   Erythrocytes

A.   Bence Jones proteins

B.   Hyperkalemia

C.   Massively increased erythrocyte production

D.   Elevated liver enzymes

A.   When the capillary beds develop a decreased pressure, thereby promoting fluid leaks into the interstitial fluid

B.   When the capillaries develop an impaired flow or when the lymphatic system becomes more permeable and leaks fluid into the cell

C.   When the lymphatic system fails to pick up excess fluid from the interstitial space

D.   When the adjacent lymphatic system develops an impaired lymphatic flow or when the capillaries themselves become more permeable and leak fluid into the cell

A.   Polycythemia vera

B.   anemia of chronic illness.

C.   Relative polycythemia

D.   secondary polycythemia.

A.   Arteries

B.   Arterioles

C.   Veins

D.   Capillaries

A.   Elevated granulocyte count, Abdominal discomfort, and Weight loss

B.   Enlarged, painless lymph nodes and Abdominal discomfort

C.   Enlarged, painless lymph nodes and Abdominal discomfort

D.   Bone pain and Elevated granulocyte count

A.   The prognosis is good.

B.   They include polycythemia vera.

C.   Neoplastic cells are functionally abnormal.

D.   Overproduction of one cell type occurs.

A.   Neutropenia

B.   Thrombocytopenia

C.   Anemia

D.   Leukopenia