A) Natural killer cells B) Neutrophils and macrophages C) T-cells and B-cells D) Eosinophils and basophils
A) They transport nutrients to cancer cells. B) They prevent cancer from spreading. C) They can trap cancerous cells during metastasis. D) They produce antibodies to fight cancer.
A) Lymphedema B) Lymphadenopathy C) Lymphocytosis D) Lymphangiopathy
A) Exclusively autoimmune diseases. B) Nutritional deficiencies. C) Only infections like the common cold. D) Infections, connective tissue diseases, and cancers.
A) Inflammation of the lymph nodes. B) Swelling caused by the accumulation of lymph due to damage or malformations in the lymphatic system. C) A type of cancer affecting the lymphatic vessels. D) The blockage of lymph nodes.
A) Lymphangioma B) Lymphocytosis C) Lymphadenitis D) Elephantiasis
A) Penicillin and Amoxicillin B) Lymfactin and Ubenimex/Bestatin. C) Aspirin and Ibuprofen D) Insulin and Metformin
A) Regulating body temperature. B) Transporting interstitial fluid, antigens, lipids, cholesterol, immune cells, and other materials. C) Digesting food. D) Producing red blood cells.
A) Invasion B) Metastasis C) Angiogenesis D) Proliferation
A) Lymphedema B) Lymphangiomatosis C) Lymphocytopenia D) Lymphadenopathy
A) They destroy pathogens directly. B) They transport lymph. C) They present antigens to naive lymphocytes. D) They produce antibodies.
A) Infection or inflammation in a specific area. B) Generalized infection throughout the body. C) Chronic dehydration. D) Nutritional deficiencies.
A) Regulating blood pressure. B) Carrying antigens. C) Transporting interstitial fluid. D) Immune cell trafficking.
A) Infection at the surgical site. B) Use of anesthesia. C) Excessive blood loss during surgery. D) Removal of lymph nodes in the armpit or groin.
A) Immune response ceases entirely. B) The nodes may become sites of secondary tumors. C) Cancer cells are eliminated from the body. D) Lymphatic vessels close off.
A) Excessive exercise. B) Unknown, but sometimes linked to severe infection. C) High cholesterol levels. D) Genetic mutation.
A) It assesses respiratory function. B) It helps in understanding blood circulation. C) It aids in diagnosis, prognosis, and treatment. D) It determines nutritional needs.
A) They transport nutrients. B) They block antigens. C) They produce lymph. D) They are produced during an immunological cascade to recruit more cells.
A) Increased appetite. B) Weight gain. C) Enlargement of many lymph nodes in different areas. D) Localized pain in one area.
A) They block antigens. B) They are recruited to help destroy pathogens and cancer cells. C) They transport nutrients. D) They produce lymph.
A) It can lead to chronic inflammatory and autoimmune conditions, as well as cancer progression. B) Improved immune response. C) Enhanced nutrient absorption. D) Increased blood pressure.
A) The respiratory system. B) The lymphatic system. C) The circulatory system. D) The digestive system.
A) White pulp B) Capsule C) Red pulp D) Periarteriolar lymphoid sheaths
A) It stops completely B) The bone marrow takes over hematopoiesis C) The liver becomes responsible for it D) It continues in the same capacity as during fetal life
A) Red bone marrow B) Thymic medulla C) Secondary lymphoid organs D) Thymic cortex
A) Less than 5% B) 50% C) 75% D) 25%
A) Thymus B) Secondary lymphoid organs C) Spleen D) Non-lymphoid tissues
A) 20 litres B) 30 litres C) 10 litres D) 15 litres
A) 50% B) 75% C) 95% D) 85%
A) Thyroid gland B) Thymus C) Spleen D) Lymph nodes
A) Azygos vein B) Inferior vena cava C) Thoracic duct D) Right lymphatic duct
A) Jugular veins B) Subclavian veins C) Hepatic veins D) Renal veins
A) Some vertebrates B) Only reptiles C) Only birds D) All mammals
A) Thymus B) Pancreas C) Spleen D) Liver
A) The cortex. B) The paracortex. C) The efferent vessel. D) The hilum.
A) Muscle fibers B) Reticular fibers C) Elastic fibers D) Collagen fibers
A) Neural crest cells B) Ectoderm C) Endoderm D) Mesoderm
A) Long-chain fatty acids B) Medium-chain triglycerides C) All types of fatty acids D) Short-chain fatty acids
A) Lymphangiosarcoma B) Lymphangioma C) Leukemia D) Lymphoma
A) WHO classification B) Richter staging C) Ann Arbor staging D) TNM staging
A) BEACOPP B) CHOP C) R-CHOP D) ABVD
A) Lymphangiosarcoma B) Lymphoid leukemia C) Hodgkin lymphoma D) Non-Hodgkin lymphoma
A) Marfan syndrome B) Klinefelter syndrome C) Turner syndrome D) Down syndrome
A) Herophilos B) Galen C) Rufus of Ephesus D) Hippocrates
A) Bartolomeo Eustachi B) Rufus of Ephesus C) Gabriele Falloppio D) Gaspare Aselli
A) Jean Pecquet B) Gaspare Aselli C) Gabriele Falloppio D) Bartolomeo Eustachi
A) Jean Pecquet B) Gaspare Aselli C) Thomas Bartholin D) Olaus Rudbeck
A) Greek word for nymph. B) Latin word for lymphatic system. C) English word limpid. D) Classical Latin word lympha meaning 'water'.
A) Rufus of Ephesus B) Alexander Monro C) Gabriele Falloppio D) Herophilos |