Question: what are the two extracellular fluid compartments in the body
[{'answer': 'interstitial', 'provenance': [{'wikipedia_id': '14434367', 'title': 'Fluid compartments', 'start_paragraph_id': 2, 'start_character': 215, 'end_paragraph_id': 2, 'end_character': 227, 'bleu_score': 1.0, 'section': 'Section::::Abstract.'}]}, {'answer': 'intravascular', 'provenance': [{'wikipedia_id': '14434367', 'title': 'Fluid compartments', 'start_paragraph_id': 2, 'start_character': 391, 'end_paragraph_id': 2, 'end_character': 404, 'bleu_score': 1.0, 'section': 'Section::::Abstract.'}]}, {'answer': 'transcellular', 'provenance': [{'wikipedia_id': '14434367', 'title': 'Fluid compartments', 'start_paragraph_id': 2, 'start_character': 489, 'end_paragraph_id': 2, 'end_character': 502, 'bleu_score': 1.0, 'section': 'Section::::Abstract.'}]}, {'answer': 'interstitial , intravascular and transcellular compartments'}, {'answer': "blood plasma and lymph in the `` intravascular compartment ''"}, {'answer': "small amounts of transcellular fluid such as ocular and cerebrospinal fluids in the `` transcellular compartment ''"}, {'answer': "interstitial fluid in the `` interstitial compartment ''"}, {'provenance': [{'wikipedia_id': '14434367', 'title': 'Fluid compartments', 'start_paragraph_id': 2, 'start_character': 0, 'end_paragraph_id': 2, 'end_character': 813, 'bleu_score': 0.983537688954433, 'meta': {'yes_no_answer': 'NONE', 'annotation_id': 12776583129392495498}, 'section': 'Section::::Abstract.'}]}, {'provenance': [{'wikipedia_id': '14434367', 'title': 'Fluid compartments', 'start_paragraph_id': 7, 'start_character': 0, 'end_paragraph_id': 7, 'end_character': 177, 'bleu_score': 0.910879922930628, 'meta': {'yes_no_answer': 'NONE', 'annotation_id': 12776583129392495498}, 'section': 'Section::::Extracellular compartment.\n'}]}, {'provenance': [{'wikipedia_id': '14434367', 'title': 'Fluid compartments', 'start_paragraph_id': 0, 'start_character': 0, 'end_paragraph_id': 0, 'end_character': 0, 'bleu_score': 1.0, 'meta': {'yes_no_answer': 'NONE', 'annotation_id': 12776583129392495498}, 'section': 'Section::::Abstract.'}]}, {'provenance': [{'wikipedia_id': '320760', 'title': 'Body fluid', 'section': 'Section::::Abstract.', 'start_paragraph_id': 4, 'end_paragraph_id': 4, 'meta': {'evidence_span': ['intravascular', 'The ECF compartment is divided into the interstitial fluid volume - the fluid outside both the cells and the blood vessels - and the intravascular volume (also called the vascular volume and blood plasma volume) - the fluid inside the blood vessels - in a "three-to-one ratio": the interstitial fluid volume is about 12 liters, the vascular volume is about 4 liters. The interstitial fluid compartment is divided into the lymphatic fluid compartment - about 2/3\'s, or 8 (6-10) liters; the transcellular fluid compartment is the remaining 1/3, or about 4 liters. The vascular volume is divided into the venous volume and the arterial volume; and the arterial volume has a conceptually useful but', 'The ECF compartment is divided into the interstitial fluid volume - the fluid outside both the cells and the blood vessels - and the intravascular volume (also called the vascular volume and blood plasma volume) - the fluid inside the blood vessels - in a "three-to-one ratio": the interstitial fluid volume is about 12 liters, the vascular volume is about 4 liters. The interstitial fluid compartment is divided into the lymphatic fluid compartment - about 2/3\'s, or 8 (6-10) liters; the transcellular fluid compartment is the remaining 1/3, or about 4 liters. The vascular volume is divided into the venous volume and the arterial volume; and the arterial volume has a conceptually useful but']}}]}, {'provenance': [{'wikipedia_id': '14434367', 'title': 'Fluid compartments', 'section': 'Section::::Abstract.', 'start_paragraph_id': 2, 'end_paragraph_id': 2, 'meta': {'evidence_span': ['interstitial and intravascular', 'About two thirds of the total body water of humans is held in the cells, mostly in the cytosol, and the remainder is found in the extracellular compartment. The extracellular fluids may be divided into three types: interstitial fluid in the "interstitial compartment" (surrounding tissue cells and bathing them in a solution of nutrients and other chemicals), blood plasma and lymph in the "intravascular compartment" (inside the blood vessels and lymphatic vessels), and small amounts of transcellular fluid such as ocular and cerebrospinal fluids in the "transcellular compartment". The interstitial and intravascular compartments readily exchange water and solutes but the third extracellular compartment, the transcellular, is thought of as separate from the other two and not in dynamic equilibrium with them.', 'About two thirds of the total body water of humans is held in the cells, mostly in the cytosol, and the remainder is found in the extracellular compartment. The extracellular fluids may be divided into three types: interstitial fluid in the "interstitial compartment" (surrounding tissue cells and bathing them in a solution of nutrients and other chemicals), blood plasma and lymph in the "intravascular compartment" (inside the blood vessels and lymphatic vessels), and small amounts of transcellular fluid such as ocular and cerebrospinal fluids in the "transcellular compartment". The interstitial and intravascular compartments readily exchange water and solutes but the third extracellular compartment, the transcellular, is thought of as separate from the other two and not in dynamic equilibrium with them.']}}]}, {'provenance': [{'wikipedia_id': '14434367', 'title': 'Fluid compartments', 'section': 'Section::::Fluid shift.\n', 'start_paragraph_id': 15, 'end_paragraph_id': 15, 'meta': {'evidence_span': ['intravascular compartment', '"Fluid shifts" occur when the body\'s fluids move between the fluid compartments. Physiologically, this occurs by a combination of hydrostatic pressure gradients and osmotic pressure gradients. Water will move from one space into the next passively across a semi permeable membrane until the hydrostatic and osmotic pressure gradients balance each other. Many medical conditions can cause fluid shifts. When fluid moves out of the intravascular compartment (the blood vessels), blood pressure can drop to dangerously low levels, endangering critical organs such as the brain, heart and kidneys; when it shifts out of the cells (the intracellular compartment), cellular processes slow down or cease from intracellular dehydration; when excessive fluid accumulates in the interstitial space, oedema develops; and fluid shifts into the brain cells can cause increased cranial pressure. Fluid shifts may be compensated by fluid replacement or diuretics.']}}]}]