Assertion: octopus's heart | /r/CapableOf | pump blood
Facets:
value: through the gills
type: MANNER
value: to the gills
type: OTHER
value: to oxygenate it
type: PURPOSE
value: to each gill
type: TRANSITIVE-OBJECT
value: through the gill capillaries
type: TRANSITIVE-OBJECT
value: through the body of the octopus
type: TRANSITIVE-OBJECT
value: from the veins
type: TRANSITIVE-OBJECT
Source sentences:
text: Two hearts pump blood to the gills.
text: Deoxygenated blood from the body goes to the branchial hearts, which pump the blood across the gills to oxygenate it, and then the blood flows back to the systemic atrium for the process to begin again.
text: They also have two branchial hearts – one for each set of gills – that pump blood through the gills.
text: The systemic heart is responsible for pumping the blood throughout their body while the brachial hearts pump blood through their gills.
text: Three hearts Octopuses also have three hearts: two just to pump blood through the gills and one more to circulate it to the organs.
text: The first heart pumps blood through the body of the octopus, which includes all of its arms, and the second and third hearts pump blood through its gills.
text: The first heart pumps blood through the body of the octopus, which includes all of its arms, and the second and third hearts pump blood through its gills.
text: The two brachial hearts of the octopus pump blood from the veins through the gill capillaries.
text: The cuttlefish has three separate hearts: one for the body, and two branchial hearts to pumps blood to each gill.
text: Two hearts pump blood to the gills.
text: The blood is pumped by three separate hearts: two branchial hearts pump blood to the cuttlefish's pair of gills (one heart for each), and the third pumps blood around the rest of the body.
text: Deoxygenated blood from the body goes to the branchial hearts which pump the blood across the gills to oxygenate it, and then the blood flows back to the systemic atrium for the process to begin again.