oxygen_rich_blood (bodypart)

literal strings: oxygen-rich blood, oxygen rich blood, Oxygen-rich blood

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• oxygen_rich_blood is a subpart of the body within ventricle (artery)     
• oxygen_rich_blood is a subpart of the body within heart (bodypart)     
• oxygen_rich_blood is a subpart of the body within side001 (bodypart)     
• oxygen_rich_blood is a subpart of heart (bodypart)     

categories

NELL has only weak evidence for items listed in grey

• bodypart
• MBL @1116 (99.6%) on 12-sep-2018 [ Promotion of nerve:side bodypartcontainsbodypart bodypart:oxygen_rich_blood ] using concept:nerve:side
• CPL @1116 (58.5%) on 04-sep-2018 [ "venous blood to _" "_ are called arteries" "atrium receives _" "_ bypasses the lungs" "_ are called coronary arteries" "arteries supplying _" "_ feeding the heart muscle" ] using oxygen_rich_blood
• MBL @1116 (100.0%) on 12-sep-2018 [ Promotion of artery:heart bodypartcontainsbodypart bodypart:oxygen_rich_blood ] using concept:artery:heart
• MBL @1116 (100.0%) on 12-sep-2018 [ Promotion of artery:ventricle bodypartcontainsbodypart bodypart:oxygen_rich_blood ] using concept:artery:ventricle

relations

• bodypartwithinbodypart
• ventricle (100.0%)
• OE @809 (100.0%) on 01-feb-2014 [   ] using (ventricle, oxygen_rich_blood)
• CPL @1094 (99.6%) on 01-jan-2018 [ "arg2 enters the left arg1" "arg2 is pumped from the left arg1" "arg2 flows into the left arg1" "arg2 into the left arg1" "arg2 to pass from the left arg1" "arg2 to flow from the left arg1" "arg2 flows from the left arg1" "arg2 flow from the left arg1" ] using (ventricle, oxygen_rich_blood)
• heart (bodypart) (100.0%)
• OE @826 (97.8%) on 28-mar-2014 [   ] using (heart, oxygen_rich_blood)
• CPL @1096 (100.0%) on 18-jan-2018 [ "arg1 muscle with arg2" "arg1 pumps more arg2" "arg1 attack occurs when arg2" "arg1 is unable to pump enough arg2" "arg1 must pump arg2" "arg1 then pumps arg2" "arg1 muscle does not receive enough arg2" "arg1 and lungs to supply arg2" "arg1 is a muscle that pumps arg2" "arg1 muscle is deprived of arg2" "arg1 muscle does not get arg2" "arg1 is not pumping enough arg2" "arg1 stops pumping arg2" "arg1 can no longer pump enough arg2" "arg1 is unable to pump arg2" "arg1 is responsible for pumping arg2" "arg1 is unable to pump sufficient arg2" "arg1 muscle is not getting enough arg2" "arg1 has to pump more arg2" "arg1 can pump more arg2" "arg1 cannot pump enough arg2" "arg1 is not pumping arg2" "arg1 muscle is starved of arg2" "arg1 cannot pump arg2" "arg1 muscle does not get enough arg2" "arg1 has to work to pump arg2" ] using (heart, oxygen_rich_blood)
• side001 (99.6%)
• CPL @1098 (75.0%) on 21-jan-2018 [ "arg2 to flow from the left arg1" "arg2 flows into the left arg1" ] using (side, oxygen_rich_blood)
• OE @974 (98.4%) on 27-jan-2016 [ http://www.sts.org/patient-information/heart http://uchealth.com/heart/patient-care/conditions-treatments/ http://www.cdc.gov/ncbddd/heartdefects/tga.html http://kidshealth.org/PageManager.jsp?lic=1&ps=307&cat_id=20607&article_set=54036 http://www.nhlbi.nih.gov/health/health-topics/topics/heartmurmur/heartworks http://www.cdc.gov/ncbddd/heartdefects/tga.html http://www.healthline.com/health/heart-disease/how-heart-works http://www.mydr.com.au/heart-stroke/heart-how-your-heart-pumps-blood-around-your-body http://www.emedicinehealth.com/how_the_heart_works-health/article_em.htm  ] using (side, oxygen_rich_blood)
• subpartof
• heart (bodypart) (100.0%)
• CPL @1103 (100.0%) on 06-mar-2018 [ "arg2 is unable to pump enough arg1" "arg2 muscle does not get arg1" "arg2 stops pumping arg1" "arg2 can no longer pump enough arg1" "arg2 is unable to pump arg1" "arg2 has to pump more arg1" "arg2 can pump more arg1" "arg2 cannot pump enough arg1" "arg2 is not pumping arg1" "arg2 cannot pump arg1" "arg2 muscle does not get enough arg1" ] using (oxygen_rich_blood, heart)
• superpartof
• body (programminglanguage) (100.0%)
• CPL @1098 (100.0%) on 21-jan-2018 [ "arg2 circulation throughout arg1" "arg2 circulating throughout your arg1" "arg2 to every cell in your arg1" "arg2 away from the heart to arg1" "arg2 is transported throughout arg1" "arg2 from your heart to your arg1" "arg2 circulates through your arg1" "arg2 is pumped throughout arg1" "arg2 to all parts of your arg1" "arg2 flow throughout your arg1" "arg2 to the vital organs of arg1" "arg2 and nutrients throughout arg1" "arg2 to every cell in arg1" ] using (body, oxygen_rich_blood)

NELL has only weak evidence for items listed in grey

• bodypartwithinbodypart
• left_ventricle
• CPL @1104 (50.0%) on 18-mar-2018 [ "arg1 is responsible for pumping arg2" ] using (left_ventricle, oxygen_rich_blood)
• right_side
• CPL @1114 (50.0%) on 18-aug-2018 [ "arg2 from the lungs back to arg1" ] using (right_side, oxygen_rich_blood)
• inverseofarteryarisesfromartery
• lungs
• CPL @1094 (50.0%) on 01-jan-2018 [ "arg2 is pumped to arg1" ] using (lungs, oxygen_rich_blood)
• superpartof
• body (artery)
• CPL @1098 (100.0%) on 21-jan-2018 [ "arg2 circulation throughout arg1" "arg2 circulating throughout your arg1" "arg2 to every cell in your arg1" "arg2 away from the heart to arg1" "arg2 is transported throughout arg1" "arg2 from your heart to your arg1" "arg2 circulates through your arg1" "arg2 is pumped throughout arg1" "arg2 to all parts of your arg1" "arg2 flow throughout your arg1" "arg2 to the vital organs of arg1" "arg2 and nutrients throughout arg1" "arg2 to every cell in arg1" ] using (body, oxygen_rich_blood)
• bodypartwithinbodypart
• large_blood
• CPL @1018 (50.0%) on 02-oct-2016 [ "arg1 vessel that supplies arg2" ] using (large_blood, oxygen_rich_blood)
• system
• CPL @1114 (50.0%) on 18-aug-2018 [ "arg1 cannot pump enough arg2" ] using (system, oxygen_rich_blood)
• system001
• CPL @1114 (50.0%) on 18-aug-2018 [ "arg1 cannot pump enough arg2" ] using (system, oxygen_rich_blood)
• subpartof
• heart (candy)
• CPL @1103 (100.0%) on 06-mar-2018 [ "arg2 is unable to pump enough arg1" "arg2 muscle does not get arg1" "arg2 stops pumping arg1" "arg2 can no longer pump enough arg1" "arg2 is unable to pump arg1" "arg2 has to pump more arg1" "arg2 can pump more arg1" "arg2 cannot pump enough arg1" "arg2 is not pumping arg1" "arg2 cannot pump arg1" "arg2 muscle does not get enough arg1" ] using (oxygen_rich_blood, heart)
• heart (landscapefeatures)
• CPL @1103 (100.0%) on 06-mar-2018 [ "arg2 is unable to pump enough arg1" "arg2 muscle does not get arg1" "arg2 stops pumping arg1" "arg2 can no longer pump enough arg1" "arg2 is unable to pump arg1" "arg2 has to pump more arg1" "arg2 can pump more arg1" "arg2 cannot pump enough arg1" "arg2 is not pumping arg1" "arg2 cannot pump arg1" "arg2 muscle does not get enough arg1" ] using (oxygen_rich_blood, heart)
• heart (lymphnode)
• CPL @1103 (100.0%) on 06-mar-2018 [ "arg2 is unable to pump enough arg1" "arg2 muscle does not get arg1" "arg2 stops pumping arg1" "arg2 can no longer pump enough arg1" "arg2 is unable to pump arg1" "arg2 has to pump more arg1" "arg2 can pump more arg1" "arg2 cannot pump enough arg1" "arg2 is not pumping arg1" "arg2 cannot pump arg1" "arg2 muscle does not get enough arg1" ] using (oxygen_rich_blood, heart)
• heart (muscle)
• CPL @1103 (100.0%) on 06-mar-2018 [ "arg2 is unable to pump enough arg1" "arg2 muscle does not get arg1" "arg2 stops pumping arg1" "arg2 can no longer pump enough arg1" "arg2 is unable to pump arg1" "arg2 has to pump more arg1" "arg2 can pump more arg1" "arg2 cannot pump enough arg1" "arg2 is not pumping arg1" "arg2 cannot pump arg1" "arg2 muscle does not get enough arg1" ] using (oxygen_rich_blood, heart)
• superpartof
• organs (musicinstrument)
• CPL @1099 (75.0%) on 23-jan-2018 [ "arg2 from the heart to other arg1" "arg2 away from the heart to arg1" ] using (organs, oxygen_rich_blood)
• organs (personalcareitem)
• CPL @1099 (75.0%) on 23-jan-2018 [ "arg2 from the heart to other arg1" "arg2 away from the heart to arg1" ] using (organs, oxygen_rich_blood)
• organs (physicalaction)
• CPL @1099 (75.0%) on 23-jan-2018 [ "arg2 from the heart to other arg1" "arg2 away from the heart to arg1" ] using (organs, oxygen_rich_blood)
• body (sportsteamposition)
• CPL @1098 (100.0%) on 21-jan-2018 [ "arg2 circulation throughout arg1" "arg2 circulating throughout your arg1" "arg2 to every cell in your arg1" "arg2 away from the heart to arg1" "arg2 is transported throughout arg1" "arg2 from your heart to your arg1" "arg2 circulates through your arg1" "arg2 is pumped throughout arg1" "arg2 to all parts of your arg1" "arg2 flow throughout your arg1" "arg2 to the vital organs of arg1" "arg2 and nutrients throughout arg1" "arg2 to every cell in arg1" ] using (body, oxygen_rich_blood)