bone_marrow (bone)

literal strings: bone-marrow, Bone marrow, Bone Marrow, bone marrow

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• bone_marrow is a bone     
• cells is a subpart of the body within bone_marrow (bone)     
• cell is a subpart of the body within bone_marrow (bone)     
• bone_marrow is a subpart of the body within cells (braintissue)     
• bone_marrow is a subpart of the body within blood (bodypart)     

categories

• bodypart(98.9%)
• SEAL @679 (56.6%) on 04-jan-2013 [ 1 ] using bone_marrow
• bone(97.7%)
• SEAL @162 (93.8%) on 12-nov-2010 [ 1 2 3 4 ] using bone_marrow
• CPL @1095 (63.2%) on 17-jan-2018 [ "_ derived MSCs" "_ derived mesenchymal stem cells" "_ derived adult stem cells" "_ derived progenitor cells" "_ derived stem cells" "_ derived endothelial progenitor cells" ] using bone_marrow

NELL has only weak evidence for items listed in grey

• bacteria
• CPL @1104 (79.0%) on 18-mar-2018 [ "_ was isolated from" "_ was visualized by" "_ was prepared from" "_ was extracted from" ] using bone_marrow

relations

• bodypartcontainsbodypart
• cells (braintissue) (100.0%)
• CPL @1094 (100.0%) on 01-jan-2018 [ "arg1 or bone marrow stem arg2" "arg1 cells called plasma arg2" "arg1 to make red blood arg2" "arg1 to make new red blood arg2" "arg1 mesenchymal stem arg2" "arg1 derived mesenchymal stem arg2" "arg1 makes stem arg2" "arg1 mononucleated arg2" "arg1 that produces white blood arg2" "arg1 neural stem arg2" "arg1 sinusoidal endothelial arg2" "arg1 and cord blood stem arg2" "arg1 derived stem arg2" "arg1 produces stem arg2" "arg1 mononuclear arg2" "arg1 stromal stem arg2" "arg1 derived progenitor arg2" "arg1 and umbilical cord blood stem arg2" "arg1 human mesenchymal stem arg2" "arg1 or cord blood stem arg2" "arg1 to release stem arg2" "arg1 produces abnormal white blood arg2" "arg1 or peripheral blood stem arg2" "arg1 produces red blood arg2" "arg1 derived dendritic arg2" "arg1 to produce red blood arg2" "arg1 mesenchymal stromal arg2" "arg1 to produce more red blood arg2" "arg1 to produce more blood arg2" "arg1 to make more red blood arg2" "arg1 and umbilical stem arg2" "arg1 make red blood arg2" "arg1 is where blood arg2" "arg1 to produce new red blood arg2" "arg1 produce red blood arg2" "arg1 derived mononuclear arg2" "arg1 hematopoietic progenitor arg2" "arg1 makes red blood arg2" ] using (bone_marrow, cells)
• cell (artery) (100.0%)
• CPL @1094 (100.0%) on 01-jan-2018 [ "arg1 to produce more red blood arg2" "arg1 to produce red blood arg2" "arg1 mesenchymal stem arg2" "arg1 or peripheral blood stem arg2" "arg1 derived mesenchymal stem arg2" "arg1 derived stem arg2" "arg1 hematopoietic progenitor arg2" "arg1 derived dendritic arg2" "arg1 stromal stem arg2" "arg1 mononuclear arg2" "arg1 mesenchymal stromal arg2" "arg1 pluripotent stem arg2" ] using (bone_marrow, cell)
• bodypartwithinbodypart
• cells (braintissue) (96.9%)
• CPL @1094 (96.9%) on 01-jan-2018 [ "arg2 microvascular endothelial arg1" "arg2 sinusoidal endothelial arg1" "arg2 is rich in stem arg1" "arg2 matrix stem arg1" "arg2 blood stem arg1" ] using (cells, bone_marrow)
• blood (bodypart) (93.8%)
• CPL @1096 (93.8%) on 18-jan-2018 [ "arg2 or the peripheral arg1" "arg2 and in the peripheral arg1" "arg2 and the peripheral arg1" "arg2 and circulatory arg1" ] using (blood, bone_marrow)
• cord (93.8%)
• CPL @1094 (93.8%) on 01-jan-2018 [ "arg2 or in the spinal arg1" "arg2 and spinal arg1" "arg2 and the spinal arg1" "arg2 or to the spinal arg1" ] using (cord, bone_marrow)
• tissue (item) (93.8%)
• CPL @1094 (93.8%) on 01-jan-2018 [ "arg2 and nervous arg1" "arg2 is replaced by scar arg1" "arg2 and spinal arg1" "arg2 or nervous arg1" ] using (tissue, bone_marrow)
• tract (93.8%)
• CPL @1095 (93.8%) on 17-jan-2018 [ "arg2 and the gastrointestinal arg1" "arg2 or the digestive arg1" "arg2 and the respiratory arg1" "arg2 and the digestive arg1" ] using (tract, bone_marrow)

NELL has only weak evidence for items listed in grey

• bodypartcontainsbodypart
• body (artery)
• CPL @1095 (75.0%) on 17-jan-2018 [ "arg2 from rejecting the new arg1" "arg2 organs like arg1" ] using (bone_marrow, body)
• cells (artery)
• CPL @1094 (100.0%) on 01-jan-2018 [ "arg1 or bone marrow stem arg2" "arg1 cells called plasma arg2" "arg1 to make red blood arg2" "arg1 to make new red blood arg2" "arg1 mesenchymal stem arg2" "arg1 derived mesenchymal stem arg2" "arg1 makes stem arg2" "arg1 mononucleated arg2" "arg1 that produces white blood arg2" "arg1 neural stem arg2" "arg1 sinusoidal endothelial arg2" "arg1 and cord blood stem arg2" "arg1 derived stem arg2" "arg1 produces stem arg2" "arg1 mononuclear arg2" "arg1 stromal stem arg2" "arg1 derived progenitor arg2" "arg1 and umbilical cord blood stem arg2" "arg1 human mesenchymal stem arg2" "arg1 or cord blood stem arg2" "arg1 to release stem arg2" "arg1 produces abnormal white blood arg2" "arg1 or peripheral blood stem arg2" "arg1 produces red blood arg2" "arg1 derived dendritic arg2" "arg1 to produce red blood arg2" "arg1 mesenchymal stromal arg2" "arg1 to produce more red blood arg2" "arg1 to produce more blood arg2" "arg1 to make more red blood arg2" "arg1 and umbilical stem arg2" "arg1 make red blood arg2" "arg1 is where blood arg2" "arg1 to produce new red blood arg2" "arg1 produce red blood arg2" "arg1 derived mononuclear arg2" "arg1 hematopoietic progenitor arg2" "arg1 makes red blood arg2" ] using (bone_marrow, cells)
• blood (bodypart)
• CPL @1098 (75.0%) on 21-jan-2018 [ "arg2 cell that is found in arg1" "arg2 organs such as arg1" ] using (bone_marrow, blood)
• immune_system (bodypart)
• CPL @1095 (87.5%) on 17-jan-2018 [ "arg2 mistakenly attacking arg1" "arg2 mistakenly targets arg1" "arg2 to attack healthy arg1" ] using (bone_marrow, immune_system)
• system_involvement (bodypart)
• CPL @1099 (75.0%) on 23-jan-2018 [ "arg1 or central nervous arg2" "arg1 and central nervous arg2" ] using (bone_marrow, system_involvement)
• bodypartwithinbodypart
• cell (artery)
• CPL @1097 (75.0%) on 19-jan-2018 [ "arg2 to produce more red blood arg1" "arg2 derived mesenchymal stem arg1" ] using (cell, bone_marrow)
• immune_system (bodypart)
• CPL @1103 (87.5%) on 06-mar-2018 [ "arg1 mistakenly attacking arg2" "arg1 mistakenly targets arg2" "arg1 begins attacking arg2" ] using (immune_system, bone_marrow)
• system_involvement (bodypart)
• CPL @1099 (75.0%) on 23-jan-2018 [ "arg2 or central nervous arg1" "arg2 and central nervous arg1" ] using (system_involvement, bone_marrow)
• bodypartcontainsbodypart
• body (agriculturalproduct)
• CPL @1095 (75.0%) on 17-jan-2018 [ "arg2 from rejecting the new arg1" "arg2 organs like arg1" ] using (bone_marrow, body)
• immune_system (agriculturalproduct)
• CPL @1095 (87.5%) on 17-jan-2018 [ "arg2 mistakenly attacking arg1" "arg2 mistakenly targets arg1" "arg2 to attack healthy arg1" ] using (bone_marrow, immune_system)
• cell_populations (animal)
• CPL @1096 (75.0%) on 18-jan-2018 [ "arg1 mononuclear arg2" "arg1 derived stem arg2" ] using (bone_marrow, cell_populations)
• cell_samples
• CPL @1099 (75.0%) on 23-jan-2018 [ "arg1 mononuclear arg2" "arg1 or peripheral blood stem arg2" ] using (bone_marrow, cell_samples)
• body (bedroomitem)
• CPL @1095 (75.0%) on 17-jan-2018 [ "arg2 from rejecting the new arg1" "arg2 organs like arg1" ] using (bone_marrow, body)
• blood (beverage)
• CPL @1098 (75.0%) on 21-jan-2018 [ "arg2 cell that is found in arg1" "arg2 organs such as arg1" ] using (bone_marrow, blood)
• cell (bone)
• CPL @1094 (100.0%) on 01-jan-2018 [ "arg1 to produce more red blood arg2" "arg1 to produce red blood arg2" "arg1 mesenchymal stem arg2" "arg1 or peripheral blood stem arg2" "arg1 derived mesenchymal stem arg2" "arg1 derived stem arg2" "arg1 hematopoietic progenitor arg2" "arg1 derived dendritic arg2" "arg1 stromal stem arg2" "arg1 mononuclear arg2" "arg1 mesenchymal stromal arg2" "arg1 pluripotent stem arg2" ] using (bone_marrow, cell)
• cell (book)
• CPL @1094 (100.0%) on 01-jan-2018 [ "arg1 to produce more red blood arg2" "arg1 to produce red blood arg2" "arg1 mesenchymal stem arg2" "arg1 or peripheral blood stem arg2" "arg1 derived mesenchymal stem arg2" "arg1 derived stem arg2" "arg1 hematopoietic progenitor arg2" "arg1 derived dendritic arg2" "arg1 stromal stem arg2" "arg1 mononuclear arg2" "arg1 mesenchymal stromal arg2" "arg1 pluripotent stem arg2" ] using (bone_marrow, cell)
• body (braintissue)
• CPL @1095 (75.0%) on 17-jan-2018 [ "arg2 from rejecting the new arg1" "arg2 organs like arg1" ] using (bone_marrow, body)
• cell (braintissue)
• CPL @1094 (100.0%) on 01-jan-2018 [ "arg1 to produce more red blood arg2" "arg1 to produce red blood arg2" "arg1 mesenchymal stem arg2" "arg1 or peripheral blood stem arg2" "arg1 derived mesenchymal stem arg2" "arg1 derived stem arg2" "arg1 hematopoietic progenitor arg2" "arg1 derived dendritic arg2" "arg1 stromal stem arg2" "arg1 mononuclear arg2" "arg1 mesenchymal stromal arg2" "arg1 pluripotent stem arg2" ] using (bone_marrow, cell)
• complement (buildingfeature)
• CPL @1109 (50.0%) on 12-jun-2018 [ "arg1 derived stem arg2" ] using (bone_marrow, complement)
• blood (celltype)
• CPL @1098 (75.0%) on 21-jan-2018 [ "arg2 cell that is found in arg1" "arg2 organs such as arg1" ] using (bone_marrow, blood)
• cell (celltype)
• CPL @1094 (100.0%) on 01-jan-2018 [ "arg1 to produce more red blood arg2" "arg1 to produce red blood arg2" "arg1 mesenchymal stem arg2" "arg1 or peripheral blood stem arg2" "arg1 derived mesenchymal stem arg2" "arg1 derived stem arg2" "arg1 hematopoietic progenitor arg2" "arg1 derived dendritic arg2" "arg1 stromal stem arg2" "arg1 mononuclear arg2" "arg1 mesenchymal stromal arg2" "arg1 pluripotent stem arg2" ] using (bone_marrow, cell)
• cells (celltype)
• CPL @1094 (100.0%) on 01-jan-2018 [ "arg1 or bone marrow stem arg2" "arg1 cells called plasma arg2" "arg1 to make red blood arg2" "arg1 to make new red blood arg2" "arg1 mesenchymal stem arg2" "arg1 derived mesenchymal stem arg2" "arg1 makes stem arg2" "arg1 mononucleated arg2" "arg1 that produces white blood arg2" "arg1 neural stem arg2" "arg1 sinusoidal endothelial arg2" "arg1 and cord blood stem arg2" "arg1 derived stem arg2" "arg1 produces stem arg2" "arg1 mononuclear arg2" "arg1 stromal stem arg2" "arg1 derived progenitor arg2" "arg1 and umbilical cord blood stem arg2" "arg1 human mesenchymal stem arg2" "arg1 or cord blood stem arg2" "arg1 to release stem arg2" "arg1 produces abnormal white blood arg2" "arg1 or peripheral blood stem arg2" "arg1 produces red blood arg2" "arg1 derived dendritic arg2" "arg1 to produce red blood arg2" "arg1 mesenchymal stromal arg2" "arg1 to produce more red blood arg2" "arg1 to produce more blood arg2" "arg1 to make more red blood arg2" "arg1 and umbilical stem arg2" "arg1 make red blood arg2" "arg1 is where blood arg2" "arg1 to produce new red blood arg2" "arg1 produce red blood arg2" "arg1 derived mononuclear arg2" "arg1 hematopoietic progenitor arg2" "arg1 makes red blood arg2" ] using (bone_marrow, cells)
• cell_populations (celltype)
• CPL @1096 (75.0%) on 18-jan-2018 [ "arg1 mononuclear arg2" "arg1 derived stem arg2" ] using (bone_marrow, cell_populations)
• cell_recruitment
• CPL @1112 (50.0%) on 20-jul-2018 [ "arg1 derived progenitor arg2" ] using (bone_marrow, cell_recruitment)
• complement (celltype)
• CPL @1109 (50.0%) on 12-jun-2018 [ "arg1 derived stem arg2" ] using (bone_marrow, complement)
• corpuscles
• CPL @1100 (75.0%) on 31-jan-2018 [ "arg1 produces red blood arg2" "arg1 to produce more red blood arg2" ] using (bone_marrow, corpuscles)
• comparison (ceo)
• CPL @1116 (50.0%) on 06-sep-2018 [ "arg1 mononuclear arg2" ] using (bone_marrow, comparison)
• blood (color)
• CPL @1098 (75.0%) on 21-jan-2018 [ "arg2 cell that is found in arg1" "arg2 organs such as arg1" ] using (bone_marrow, blood)
• body (convention)
• CPL @1095 (75.0%) on 17-jan-2018 [ "arg2 from rejecting the new arg1" "arg2 organs like arg1" ] using (bone_marrow, body)
• blood (disease)
• CPL @1098 (75.0%) on 21-jan-2018 [ "arg2 cell that is found in arg1" "arg2 organs such as arg1" ] using (bone_marrow, blood)
• body (disease)
• CPL @1095 (75.0%) on 17-jan-2018 [ "arg2 from rejecting the new arg1" "arg2 organs like arg1" ] using (bone_marrow, body)
• cell_therapies
• CPL @1107 (50.0%) on 24-may-2018 [ "arg1 derived stem arg2" ] using (bone_marrow, cell_therapies)
• complement (disease)
• CPL @1109 (50.0%) on 12-jun-2018 [ "arg1 derived stem arg2" ] using (bone_marrow, complement)
• immune_system (disease)
• CPL @1095 (87.5%) on 17-jan-2018 [ "arg2 mistakenly attacking arg1" "arg2 mistakenly targets arg1" "arg2 to attack healthy arg1" ] using (bone_marrow, immune_system)
• comparison (event)
• CPL @1116 (50.0%) on 06-sep-2018 [ "arg1 mononuclear arg2" ] using (bone_marrow, comparison)
• blood (fungus)
• CPL @1098 (75.0%) on 21-jan-2018 [ "arg2 cell that is found in arg1" "arg2 organs such as arg1" ] using (bone_marrow, blood)
• comparison (fungus)
• CPL @1116 (50.0%) on 06-sep-2018 [ "arg1 mononuclear arg2" ] using (bone_marrow, comparison)
• body (hallwayitem)
• CPL @1095 (75.0%) on 17-jan-2018 [ "arg2 from rejecting the new arg1" "arg2 organs like arg1" ] using (bone_marrow, body)
• cells_implantation
• CPL @1113 (50.0%) on 03-aug-2018 [ "arg1 mononuclear arg2" ] using (bone_marrow, cells_implantation)
• cell_transplantation
• CPL @1094 (99.2%) on 01-jan-2018 [ "arg1 derived stem arg2" "arg1 and cord blood stem arg2" "arg1 derived mononuclear arg2" "arg1 mesenchymal stem arg2" "arg1 mononuclear arg2" "arg1 and umbilical cord blood stem arg2" "arg1 or peripheral blood stem arg2" ] using (bone_marrow, cell_transplantation)
• comparison (mlarea)
• CPL @1116 (50.0%) on 06-sep-2018 [ "arg1 mononuclear arg2" ] using (bone_marrow, comparison)
• cell (mlconference)
• CPL @1094 (100.0%) on 01-jan-2018 [ "arg1 to produce more red blood arg2" "arg1 to produce red blood arg2" "arg1 mesenchymal stem arg2" "arg1 or peripheral blood stem arg2" "arg1 derived mesenchymal stem arg2" "arg1 derived stem arg2" "arg1 hematopoietic progenitor arg2" "arg1 derived dendritic arg2" "arg1 stromal stem arg2" "arg1 mononuclear arg2" "arg1 mesenchymal stromal arg2" "arg1 pluripotent stem arg2" ] using (bone_marrow, cell)
• body (mldataset)
• CPL @1095 (75.0%) on 17-jan-2018 [ "arg2 from rejecting the new arg1" "arg2 organs like arg1" ] using (bone_marrow, body)
• complement (mlmetric)
• CPL @1109 (50.0%) on 12-jun-2018 [ "arg1 derived stem arg2" ] using (bone_marrow, complement)
• cell (movie)
• CPL @1094 (100.0%) on 01-jan-2018 [ "arg1 to produce more red blood arg2" "arg1 to produce red blood arg2" "arg1 mesenchymal stem arg2" "arg1 or peripheral blood stem arg2" "arg1 derived mesenchymal stem arg2" "arg1 derived stem arg2" "arg1 hematopoietic progenitor arg2" "arg1 derived dendritic arg2" "arg1 stromal stem arg2" "arg1 mononuclear arg2" "arg1 mesenchymal stromal arg2" "arg1 pluripotent stem arg2" ] using (bone_marrow, cell)
• cells (muscle)
• CPL @1094 (100.0%) on 01-jan-2018 [ "arg1 or bone marrow stem arg2" "arg1 cells called plasma arg2" "arg1 to make red blood arg2" "arg1 to make new red blood arg2" "arg1 mesenchymal stem arg2" "arg1 derived mesenchymal stem arg2" "arg1 makes stem arg2" "arg1 mononucleated arg2" "arg1 that produces white blood arg2" "arg1 neural stem arg2" "arg1 sinusoidal endothelial arg2" "arg1 and cord blood stem arg2" "arg1 derived stem arg2" "arg1 produces stem arg2" "arg1 mononuclear arg2" "arg1 stromal stem arg2" "arg1 derived progenitor arg2" "arg1 and umbilical cord blood stem arg2" "arg1 human mesenchymal stem arg2" "arg1 or cord blood stem arg2" "arg1 to release stem arg2" "arg1 produces abnormal white blood arg2" "arg1 or peripheral blood stem arg2" "arg1 produces red blood arg2" "arg1 derived dendritic arg2" "arg1 to produce red blood arg2" "arg1 mesenchymal stromal arg2" "arg1 to produce more red blood arg2" "arg1 to produce more blood arg2" "arg1 to make more red blood arg2" "arg1 and umbilical stem arg2" "arg1 make red blood arg2" "arg1 is where blood arg2" "arg1 to produce new red blood arg2" "arg1 produce red blood arg2" "arg1 derived mononuclear arg2" "arg1 hematopoietic progenitor arg2" "arg1 makes red blood arg2" ] using (bone_marrow, cells)
• blood (musicartist)
• CPL @1098 (75.0%) on 21-jan-2018 [ "arg2 cell that is found in arg1" "arg2 organs such as arg1" ] using (bone_marrow, blood)
• comparison (musicsong)
• CPL @1116 (50.0%) on 06-sep-2018 [ "arg1 mononuclear arg2" ] using (bone_marrow, comparison)
• body (nerve)
• CPL @1095 (75.0%) on 17-jan-2018 [ "arg2 from rejecting the new arg1" "arg2 organs like arg1" ] using (bone_marrow, body)
• body (nondiseasecondition)
• CPL @1095 (75.0%) on 17-jan-2018 [ "arg2 from rejecting the new arg1" "arg2 organs like arg1" ] using (bone_marrow, body)
• cell (nondiseasecondition)
• CPL @1094 (100.0%) on 01-jan-2018 [ "arg1 to produce more red blood arg2" "arg1 to produce red blood arg2" "arg1 mesenchymal stem arg2" "arg1 or peripheral blood stem arg2" "arg1 derived mesenchymal stem arg2" "arg1 derived stem arg2" "arg1 hematopoietic progenitor arg2" "arg1 derived dendritic arg2" "arg1 stromal stem arg2" "arg1 mononuclear arg2" "arg1 mesenchymal stromal arg2" "arg1 pluripotent stem arg2" ] using (bone_marrow, cell)
• blood (perceptionevent)
• CPL @1098 (75.0%) on 21-jan-2018 [ "arg2 cell that is found in arg1" "arg2 organs such as arg1" ] using (bone_marrow, blood)
• cells (perceptionevent)
• CPL @1094 (100.0%) on 01-jan-2018 [ "arg1 or bone marrow stem arg2" "arg1 cells called plasma arg2" "arg1 to make red blood arg2" "arg1 to make new red blood arg2" "arg1 mesenchymal stem arg2" "arg1 derived mesenchymal stem arg2" "arg1 makes stem arg2" "arg1 mononucleated arg2" "arg1 that produces white blood arg2" "arg1 neural stem arg2" "arg1 sinusoidal endothelial arg2" "arg1 and cord blood stem arg2" "arg1 derived stem arg2" "arg1 produces stem arg2" "arg1 mononuclear arg2" "arg1 stromal stem arg2" "arg1 derived progenitor arg2" "arg1 and umbilical cord blood stem arg2" "arg1 human mesenchymal stem arg2" "arg1 or cord blood stem arg2" "arg1 to release stem arg2" "arg1 produces abnormal white blood arg2" "arg1 or peripheral blood stem arg2" "arg1 produces red blood arg2" "arg1 derived dendritic arg2" "arg1 to produce red blood arg2" "arg1 mesenchymal stromal arg2" "arg1 to produce more red blood arg2" "arg1 to produce more blood arg2" "arg1 to make more red blood arg2" "arg1 and umbilical stem arg2" "arg1 make red blood arg2" "arg1 is where blood arg2" "arg1 to produce new red blood arg2" "arg1 produce red blood arg2" "arg1 derived mononuclear arg2" "arg1 hematopoietic progenitor arg2" "arg1 makes red blood arg2" ] using (bone_marrow, cells)
• blood (person)
• CPL @1098 (75.0%) on 21-jan-2018 [ "arg2 cell that is found in arg1" "arg2 organs such as arg1" ] using (bone_marrow, blood)
• body (person)
• CPL @1095 (75.0%) on 17-jan-2018 [ "arg2 from rejecting the new arg1" "arg2 organs like arg1" ] using (bone_marrow, body)
• body (physicalcharacteristic)
• CPL @1095 (75.0%) on 17-jan-2018 [ "arg2 from rejecting the new arg1" "arg2 organs like arg1" ] using (bone_marrow, body)
• body (physicsterm)
• CPL @1095 (75.0%) on 17-jan-2018 [ "arg2 from rejecting the new arg1" "arg2 organs like arg1" ] using (bone_marrow, body)
• cells (placeofworship)
• CPL @1094 (100.0%) on 01-jan-2018 [ "arg1 or bone marrow stem arg2" "arg1 cells called plasma arg2" "arg1 to make red blood arg2" "arg1 to make new red blood arg2" "arg1 mesenchymal stem arg2" "arg1 derived mesenchymal stem arg2" "arg1 makes stem arg2" "arg1 mononucleated arg2" "arg1 that produces white blood arg2" "arg1 neural stem arg2" "arg1 sinusoidal endothelial arg2" "arg1 and cord blood stem arg2" "arg1 derived stem arg2" "arg1 produces stem arg2" "arg1 mononuclear arg2" "arg1 stromal stem arg2" "arg1 derived progenitor arg2" "arg1 and umbilical cord blood stem arg2" "arg1 human mesenchymal stem arg2" "arg1 or cord blood stem arg2" "arg1 to release stem arg2" "arg1 produces abnormal white blood arg2" "arg1 or peripheral blood stem arg2" "arg1 produces red blood arg2" "arg1 derived dendritic arg2" "arg1 to produce red blood arg2" "arg1 mesenchymal stromal arg2" "arg1 to produce more red blood arg2" "arg1 to produce more blood arg2" "arg1 to make more red blood arg2" "arg1 and umbilical stem arg2" "arg1 make red blood arg2" "arg1 is where blood arg2" "arg1 to produce new red blood arg2" "arg1 produce red blood arg2" "arg1 derived mononuclear arg2" "arg1 hematopoietic progenitor arg2" "arg1 makes red blood arg2" ] using (bone_marrow, cells)
• comparison (product)
• CPL @1116 (50.0%) on 06-sep-2018 [ "arg1 mononuclear arg2" ] using (bone_marrow, comparison)
• body (programminglanguage)
• CPL @1095 (75.0%) on 17-jan-2018 [ "arg2 from rejecting the new arg1" "arg2 organs like arg1" ] using (bone_marrow, body)
• cell (protein)
• CPL @1094 (100.0%) on 01-jan-2018 [ "arg1 to produce more red blood arg2" "arg1 to produce red blood arg2" "arg1 mesenchymal stem arg2" "arg1 or peripheral blood stem arg2" "arg1 derived mesenchymal stem arg2" "arg1 derived stem arg2" "arg1 hematopoietic progenitor arg2" "arg1 derived dendritic arg2" "arg1 stromal stem arg2" "arg1 mononuclear arg2" "arg1 mesenchymal stromal arg2" "arg1 pluripotent stem arg2" ] using (bone_marrow, cell)
• cells (protein)
• CPL @1094 (100.0%) on 01-jan-2018 [ "arg1 or bone marrow stem arg2" "arg1 cells called plasma arg2" "arg1 to make red blood arg2" "arg1 to make new red blood arg2" "arg1 mesenchymal stem arg2" "arg1 derived mesenchymal stem arg2" "arg1 makes stem arg2" "arg1 mononucleated arg2" "arg1 that produces white blood arg2" "arg1 neural stem arg2" "arg1 sinusoidal endothelial arg2" "arg1 and cord blood stem arg2" "arg1 derived stem arg2" "arg1 produces stem arg2" "arg1 mononuclear arg2" "arg1 stromal stem arg2" "arg1 derived progenitor arg2" "arg1 and umbilical cord blood stem arg2" "arg1 human mesenchymal stem arg2" "arg1 or cord blood stem arg2" "arg1 to release stem arg2" "arg1 produces abnormal white blood arg2" "arg1 or peripheral blood stem arg2" "arg1 produces red blood arg2" "arg1 derived dendritic arg2" "arg1 to produce red blood arg2" "arg1 mesenchymal stromal arg2" "arg1 to produce more red blood arg2" "arg1 to produce more blood arg2" "arg1 to make more red blood arg2" "arg1 and umbilical stem arg2" "arg1 make red blood arg2" "arg1 is where blood arg2" "arg1 to produce new red blood arg2" "arg1 produce red blood arg2" "arg1 derived mononuclear arg2" "arg1 hematopoietic progenitor arg2" "arg1 makes red blood arg2" ] using (bone_marrow, cells)
• cell_fate
• CPL @1108 (50.0%) on 07-jun-2018 [ "arg1 stromal stem arg2" ] using (bone_marrow, cell_fate)
• immune_system (protein)
• CPL @1095 (87.5%) on 17-jan-2018 [ "arg2 mistakenly attacking arg1" "arg2 mistakenly targets arg1" "arg2 to attack healthy arg1" ] using (bone_marrow, immune_system)
• body (sportsteamposition)
• CPL @1095 (75.0%) on 17-jan-2018 [ "arg2 from rejecting the new arg1" "arg2 organs like arg1" ] using (bone_marrow, body)
• cell_transplant
• CPL @1095 (87.5%) on 17-jan-2018 [ "arg1 and cord blood stem arg2" "arg1 or cord blood stem arg2" "arg1 or peripheral blood stem arg2" ] using (bone_marrow, cell_transplant)
• body (televisionshow)
• CPL @1095 (75.0%) on 17-jan-2018 [ "arg2 from rejecting the new arg1" "arg2 organs like arg1" ] using (bone_marrow, body)
• cell (terroristorganization)
• CPL @1094 (100.0%) on 01-jan-2018 [ "arg1 to produce more red blood arg2" "arg1 to produce red blood arg2" "arg1 mesenchymal stem arg2" "arg1 or peripheral blood stem arg2" "arg1 derived mesenchymal stem arg2" "arg1 derived stem arg2" "arg1 hematopoietic progenitor arg2" "arg1 derived dendritic arg2" "arg1 stromal stem arg2" "arg1 mononuclear arg2" "arg1 mesenchymal stromal arg2" "arg1 pluripotent stem arg2" ] using (bone_marrow, cell)
• blood (videogame)
• CPL @1098 (75.0%) on 21-jan-2018 [ "arg2 cell that is found in arg1" "arg2 organs such as arg1" ] using (bone_marrow, blood)
• system_damage
• CPL @1100 (50.0%) on 31-jan-2018 [ "arg1 and central nervous arg2" ] using (bone_marrow, system_damage)
• system_involvement (videogamesystem)
• CPL @1099 (75.0%) on 23-jan-2018 [ "arg1 or central nervous arg2" "arg1 and central nervous arg2" ] using (bone_marrow, system_involvement)
• blood (website)
• CPL @1098 (75.0%) on 21-jan-2018 [ "arg2 cell that is found in arg1" "arg2 organs such as arg1" ] using (bone_marrow, blood)
• inverseofagriculturalproductcookedwithagricultureproduct
• egg
• CPL @1097 (75.0%) on 19-jan-2018 [ "arg1 yolks and arg2" "arg1 yolk and arg2" ] using (egg, bone_marrow)
• inverseofarterycalledartery
• vessels
• OE @835 (95.2%) on 03-may-2014 [ http://www.sciencedaily.com/releases/2002/01/020131074645.htm http://www.nature.com/mt/journal/v12/n6/full/mt20051384a.html http://www.nature.com/mt/journal/v12/n6/full/mt20051384a.html http://health.howstuffworks.com/human-body/systems/musculoskeletal/bone2.htm http://www.nature.com/mt/journal/v12/n6/full/mt20051384a.html http://www.nature.com/mt/journal/v12/n6/full/mt20051384a.html http://bloodjournal.hematologylibrary.org/content/106/13/4184.abstract http://www.nature.com/mt/journal/v12/n6/full/mt20051384a.html http://www.ncbi.nlm.nih.gov/pubmed/15513321  ] using (vessels, bone_marrow)
• bodypartwithinbodypart
• system
• OE @823 (89.0%) on 17-mar-2014 [   ] using (system, bone_marrow)
• system001
• OE @823 (89.0%) on 17-mar-2014 [   ] using (system, bone_marrow)
• tract001
• CPL @1095 (93.8%) on 17-jan-2018 [ "arg2 and the gastrointestinal arg1" "arg2 or the digestive arg1" "arg2 and the respiratory arg1" "arg2 and the digestive arg1" ] using (tract, bone_marrow)
• tissue (bone)
• CPL @1094 (93.8%) on 01-jan-2018 [ "arg2 and nervous arg1" "arg2 is replaced by scar arg1" "arg2 and spinal arg1" "arg2 or nervous arg1" ] using (tissue, bone_marrow)