cells (celltype)

literal strings: CELLS, cells, Cells

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• cells is a type of biological cell     

categories

• celltype(100.0%)
• CMC @186 (100.0%) on 10-jan-2011 [ LASTSUFFIX=ells 1.82994 LASTPREFIX=ce 1.76077 LASTPREFIX=cell 1.71697 LASTPREFIX=cel 1.69484 LASTSUFFIX=ls 1.58779 SUFFIX=ells 1.55877 LASTSUFFIX=lls 1.41193 SHORT_WORDSHAPE=Aa -0.77013 FULL_POS=NNS -1.36479 WORDS -2.46165 ] using cells
• SEAL @143 (98.4%) on 03-sep-2010 [ 1 2 3 4 5 6 ] using cells
• LE @1084 (99.9%) on 07-dec-2017
• CPL @1097 (61.4%) on 19-jan-2018 [ "Platelets are _" "RNA was extracted from cultured _" "_ do not have mitochondria" "_ continued proliferation" "_ be stimulated with" "_ are the macrophages" "_ (cells responsible" "antibodies kill _" "_ were then injected into" "_ undergo lysis" "_ stimulated under" "bacterial killing by _" "bacteria bound to _" "azurophilic granules of _" "_ undergo activation" "_ were dissociated by" "activation markers on _" "_ called B lymphocytes" "_ consume glucose" "_ express FasL" "_ are then fused with" "proliferation of epidermal _" "radiation destroys _" "responses in human _" "other cells , such as _" "paracrine interactions between _" "promoter in human _" "repair capacity in _" "phagocytic capacity of _" "role of innate _" "proliferation of white _" "scaffold seeded with _" "proteins expressed on _" "presence of cytotoxic _" "oxidative burst of _" "receptor transgenic _" "oxygen-carrying component of _" "recombination in human _" "other cells like _" "pluripotency in human _" "protein expression in cultured _" "phagolysosomes of _" "_ initiate an inflammatory response" "_ improve heart function" "_ have centrosomes" "_ kill tumor cells" "_ produce VEGF" "_ have no nucleus" "_ make more cells" "_ invade surrounding tissue" "_ have more promise" "_ lacking cell walls" "_ help other cells" "_ are professional antigen-presenting cells" "_ called glia" "_ attack the joints" "_ become anergic" "_ are being created than" "agents released by _" "_ recognizing epitopes" "_ recognizing antigens" "_ produce antibodies" "_ produce interleukin" "apical membrane of _" "antibodies against red _" "activation of glial _" "apoptosis in retinal _" "_ remove glucose" "expression in hippocampal _" "fusion protein expressed in _" "infusion of healthy _" "heterogeneous population of _" "insulin producing _" "antigens recognized by _" "accumulation of interstitial _" "_ using TRIzol" "basal pole of _" "_ turn malignant" "antigens , while _" "_ were transfected with" "they differentiated into _" "secretory properties of _" "span of red _" "such transformed _" "imaging in live _" "hematogenous dissemination of _" "genomic instability of _" "experiments on embryonic _" "function of differentiated _" "basement membrane by _" "blood are red _" "autoimmune destruction of _" "_ were purified from" "anti-proliferative effect on _" "_ were then cultured in" "adhesion of white _" "body produces abnormal _" "_ lysed by" "_ phagocytize bacteria" "_ indicate anemia" "_ line the ducts" "_ require signals" "_ resemble normal cells" "_ undergo apoptotic cell death" "_ were found either in" "apoptotic processes in _" "accumulation of mononuclear _" "accumulation of malignant _" "adipogenic differentiation of _" "_ were directly injected into" "_ were fluorescently labeled with" "_ multiply out of" "activity of inflammatory _" "_ reactive with" "generation of patient-specific _" "effector function of _" "function of hepatic _" "gene expression in individual _" "expression in eukaryotic _" "gene expression in human _" "growth of normal _" "cell death among _" "detection of disseminated _" "cytokines activate _" "local proliferation of _" "marrow produce _" "levels of regulatory _" "migration of inflammatory _" "mediator release from _" "number of mucous _" "panels of photovoltaic _" "you do n't have enough red _" "types , including primary _" "uncontrolled proliferation of _" "deletions in human _" "gene expression in mammalian _" "epithelium , whereas _" "growth of gastric _" "_ following photodynamic therapy" "_ do not stain with" "_ became fluorescent" "_ do not express telomerase" "_ called T-lymphocytes" "_ divide without" "_ called oligodendrocytes" "_ clump together as" "_ called white blood cells" "accumulation of immune _" "cartilage producing _" "_ using TriReagent" "_ were fractionated from" "bacteria to epithelial _" "_ undergoing differentiation" "_ still recognized by" "_ stimulate B cells" "survival inside _" "viral attachment to _" "transport in renal _" "variable population of _" "HIV targets _" "Golgi complex in _" "Toll-like receptors on _" "molecule used by _" "luminal membrane of _" "necrosis factor alpha in _" "numbers of hematopoietic _" "nuclear staining of _" "invasive ability of _" "normal cells into _" "mutations in human _" "nuclei of normal _" "pluripotent stem cells from adult _" "research using existing _" "endosomes of _" "hemoglobin inside _" "specific subpopulations of _" "subsequent adhesion of _" "suspension of red _" "effector functions of _" "exposure triggers _" "growth of neoplastic _" "white blood cells called _" "fibronectin by _" "factors in neural _" "growth of ovarian _" "growth transformed _" "gene corrected _" "inducing apoptosis in _" "focal adhesions in _" "_ eliminate pathogens" "_ are commonly isolated from" "_ become activated at" "_ have great therapeutic potential" "_ have many short" "responses in mammalian _" "phenotypic modulation of _" "parasites invade red _" "presence of donor-derived _" "removal of apoptotic _" "recruitment of inflammatory _" "response of cultured _" "proliferation of epithelial _" "proliferation of gastric _" "mitotic index in _" "membrane dynamics in _" "killer cells are _" "_ have less hemoglobin" "_ were first isolated in" "_ undergo cytokinesis" "ROS production by _" "primary cultures of human _" "replication in cultured _" "peripheral destruction of _" "population of immune _" "population of hematopoietic _" "cells from ordinary _" "cytoplasm of adjacent _" "class II expression in _" "disorders of red _" "cells into mature _" "culture expanded _" "cytotoxic action on _" "death in primary _" "cells into pancreatic _" "cell interactions with _" "differentiation of endogenous _" "cells , such as immune _" "cells , pluripotent _" "cell culture of _" "chemokines on _" "stem cells , including _" "stem (iPS) cells from _" "transplantation of autologous _" "viability in human _" "chemotherapy resistant _" "division of somatic _" "differentiation potential of _" "tyrosine phosphorylation in _" "_ metastasize in" "II expression in _" "sickle shape of _" "system mistakenly destroys _" "selective recruitment of _" "tissue consisting of _" "_ were gated in" "_ undergo mutation" "analysis of cultured _" "antigens are expressed on _" "_ undergo rearrangement" "_ use iron" "role for regulatory _" "responses of cultured _" "secretion in pancreatic _" "surface of epithelial _" "cells are immune _" "cells , white _" "cells , specialized _" "cells resemble _" "bone marrow stromal _" "classes of retinal _" "unit of red _" "toxicity in cultured _" "triggers apoptosis in _" "Malignant transformation of _" "Cord blood contains _" "Flow cytometry analysis of _" "intracellular staining of _" "infection of primary _" "bactericidal capacity of _" "activity in peripheral _" "_ undergo apoptosis" "cell-death of _" "_ were purified for" "alternative activation of _" "biosynthesis in human _" "cell death in malignant _" "autophagy in human _" "profiles of peripheral _" "researchers cultured _" "first population of _" "genes , into _" "granulocytes as _" "inflammatory mediators from _" "genes in embryonic _" "glucose transport into _" "immune cells , including _" "white blood cells , including _" "vitro exposure of _" "transport in cultured _" "vitro cultivation of _" "wafers , solar _" "work with embryonic _" "_ undergoing cell death" "apoptosis in gastric _" "_ were further incubated with" "_ were passaged by" "vitro studies with human _" "source of embryonic _" "fibers are made by _" "formation of malignant _" "insulin by pancreatic _" "genes in primary _" "inhibitory receptors on _" "intercellular junctions between _" "exfoliation of dead _" "gene rearrangement in _" "Bone marrow derived _" "_ were adoptively transferred into" "_ were then washed twice with" "_ were then cultured with" "apoptosis in intestinal _" "apoptosis in vascular _" "genes in mammalian _" "proliferation of endothelial _" "phagocytosis by _" "primary culture of human _" "population of pluripotent _" "pool of undifferentiated _" "potential of endothelial _" "researchers injected human _" "receptor is expressed by _" "proliferation of basal _" "preservation of viable _" "numbers of activated _" "protein trafficking in _" "precursors into mature _" "prostate stromal _" "responses of cortical _" "vitro expanded _" "vitro studies of human _" "uncontrolled growth of abnormal _" "virus entry into _" "transfusions of red _" "_ called Langerhans cells" "_ form blood vessels" "_ attack healthy tissues" "_ called syncytia" "_ formed aggregates" "_ have an abnormal" "_ block the blood vessels" "proliferation of pancreatic _" "mouse primary _" "nitric oxide produced by _" "properties of malignant _" "oxidative stress response in _" "presence of pigmented _" "phosphorylation in human _" "minor population of _" "presence of mononuclear _" "bone marrow-derived mesenchymal _" "body reproduces _" "antibodies destroy _" "antigen is present on _" "ability of cardiac _" "_ were immunoprecipitated" "blood cells , normal _" "_ were restimulated with" "cytoskeletal organization in _" "cytotoxic activities of _" "chemotherapy drugs from _" "cells are unique _" "cell adhesion of _" "cells , inflammatory _" "_ express low levels" "_ are multipotent stem cells" "_ have turned cancerous" "_ have granules" "_ causing anemia" "_ called podocytes" "_ become cancer" "_ are encapsulated between" "_ convert light energy" "_ are cultured on" "_ attack the hair follicle" "_ have an abnormal appearance" "_ are transfused into" "gene expression in infected _" "growth of pancreatic _" "exchanges in human _" "genes are expressed by _" "genes expressed within _" "expression in immune _" "fragments called _" "survival of hematopoietic _" "stress-induced apoptosis in _" "studies in cultured _" ] using cells

relations

NELL has only weak evidence for items listed in grey

• subjectconcernedbyacademicfield
• biology
• CPL @1104 (75.0%) on 18-mar-2018 [ "arg1 are conducted outside of arg2" "arg1 dealing with the study of arg2" ] using (biology, cells)
• synonymfor
• n2_diabetes
• CPL @1116 (50.0%) on 06-sep-2018 [ "arg1 was formerly called arg2" ] using (cells, n2_diabetes)
• CPL @1116 (50.0%) on 06-sep-2018 [ "arg1 was formerly called arg2" ] using (n2_diabetes, cells)
• bodypartwithinbodypart
• body
• OE @892 (98.3%) on 26-dec-2014 [ http://en.wikipedia.org/wiki/Human_body http://en.wikipedia.org/wiki/Human_body http://en.wikipedia.org/wiki/Human_body http://www.naturalnews.com/body.html http://en.wikipedia.org/wiki/Human_body http://www.naturalnews.com/body.html  ] using (body, cells)
• CPL @1094 (100.0%) on 01-jan-2018 [ "arg1 to make red blood arg2" "arg1 to mistakenly attack arg2" "arg1 is composed of trillions of arg2" "arg1 from burning fat arg2" "arg1 produces red blood arg2" "arg1 is where blood arg2" "arg1 sheds skin arg2" "arg1 produce red blood arg2" "arg1 fluids outside arg2" "arg1 make red blood arg2" "arg1 form red blood arg2" "arg1 produces abnormal white blood arg2" "arg1 to release stem arg2" "arg1 to make new red blood arg2" "arg1 creates fat arg2" "arg1 to produce more red blood arg2" "arg1 to make more red blood arg2" "arg1 makes stem arg2" "arg1 and can kill cancer arg2" "arg1 produces stem arg2" "arg1 to produce more blood arg2" "arg1 makes red blood arg2" "arg1 damages its own arg2" "arg1 and cord blood stem arg2" "arg1 to produce red blood arg2" "arg1 scrub to remove dead skin arg2" "arg1 has about DD trillion arg2" "arg1 contains about DDD trillion arg2" "arg1 consists of trillions of arg2" "arg1 to produce new red blood arg2" "arg1 tissue and blood arg2" ] using (body, cells)
• lungs
• CPL @1103 (75.0%) on 06-mar-2018 [ "arg1 to body tissues and arg2" "arg1 and pumps it out to arg2" ] using (lungs, cells)
• body_needs
• CPL @1095 (93.8%) on 17-jan-2018 [ "arg1 to make more red blood arg2" "arg1 to produce more blood arg2" "arg1 to produce new red blood arg2" "arg1 to produce red blood arg2" ] using (body_needs, cells)
• cord_blood
• CPL @1094 (100.0%) on 01-jan-2018 [ "arg1 and umbilical stem arg2" "arg1 and cord blood stem arg2" "arg1 or peripheral blood stem arg2" "arg1 hematopoietic progenitor arg2" "arg1 derived progenitor arg2" "arg1 derived mesenchymal stem arg2" "arg1 derived mononuclear arg2" "arg1 contains red blood arg2" "arg1 plasma and red blood arg2" "arg1 derived stem arg2" "arg1 for its stem arg2" "arg1 and animal stem arg2" "arg1 or cord blood stem arg2" "arg1 or bone marrow stem arg2" "arg1 mesenchymal stromal arg2" "arg1 mononuclear arg2" "arg1 mesenchymal stem arg2" ] using (cord_blood, cells)
• human
• CPL @1095 (100.0%) on 17-jan-2018 [ "arg1 umbilical vein endothelial arg2" "arg1 mesenchymal stem arg2" "arg1 prostate epithelial arg2" "arg1 aortic endothelial arg2" "arg1 mammary epithelial arg2" "arg1 lung endothelial arg2" "arg1 neural progenitor arg2" "arg1 pleural mesothelial arg2" "arg1 hematopoietic progenitor arg2" "arg1 brain microvascular endothelial arg2" "arg1 brain endothelial arg2" "arg1 bone marrow mesenchymal stem arg2" "arg1 bone marrow progenitor arg2" "arg1 embryonic stem arg2" "arg1 and animal stem arg2" "arg1 vascular smooth muscle arg2" "arg1 Leydig tumor arg2" "arg1 neural stem arg2" "arg1 pancreatic stem arg2" "arg1 mesenchymal stromal arg2" "arg1 pluripotent stem arg2" "arg1 aortic smooth muscle arg2" "arg1 cardiac stem arg2" "arg1 bone marrow stem arg2" ] using (human, cells)
• human_umbilical_cord
• CPL @1094 (96.9%) on 01-jan-2018 [ "arg1 mesenchymal stem arg2" "arg1 mesenchymal stromal arg2" "arg1 hematopoietic progenitor arg2" "arg1 derived stem arg2" "arg1 derived mesenchymal stem arg2" ] using (human_umbilical_cord, cells)
• immune_system
• OE @976 (89.8%) on 04-feb-2016 [ http://biology.about.com/cs/anatomy/a/aa022604a.htm http://www.nobelprize.org/educational/medicine/immunity/immune-detail.html http://thyroid.about.com/library/immune/blimm08.htm http://biology.about.com/cs/anatomy/a/aa022604a.htm http://biology.about.com/cs/anatomy/a/aa022604a.htm http://biology.about.com/cs/anatomy/a/aa022604a.htm http://kidshealth.org/parent/general/body_basics/immune.html http://www.angelfire.com/mech/elispot/immune-system-cells.html http://www.nature.com/ni/journal/v14/n10/full/ni.2680.html http://www.nature.com/ni/journal/v14/n10/full/ni.2680.html http://www.nbcnews.com/id/51894974/ns/health-cancer/t/melanoma-treatment-uses-immune-system-kill-cancer-cells/ http://kidshealth.org/parent/general/body_basics/immune.html http://kidshealth.org/parent/general/body_basics/immune.html http://www.nobelprize.org/educational/medicine/immunity/immune-detail.html http://www.nbcnews.com/id/51894974/ns/health-cancer/t/melanoma-treatment-uses-immune-system-kill-cancer-cells/  ] using (immune_system, cells)
• kidney (bodypart)
• CPL @1103 (99.2%) on 06-mar-2018 [ "arg1 iPS arg2" "arg1 proximal tubule arg2" "arg1 to produce more red blood arg2" "arg1 or bone marrow stem arg2" "arg1 derived stem arg2" "arg1 tissue and blood arg2" "arg1 mesangial arg2" ] using (kidney, cells)
• liver
• CPL @1095 (100.0%) on 17-jan-2018 [ "arg1 hematopoietic progenitor arg2" "arg1 iPS arg2" "arg1 engrafting arg2" "arg1 to make new red blood arg2" "arg1 hepatic stellate arg2" "arg1 or bone marrow stem arg2" "arg1 sinusoidal endothelial arg2" "arg1 to produce red blood arg2" "arg1 derived stem arg2" "arg1 cells or red blood arg2" "arg1 produces red blood arg2" "arg1 mononuclear arg2" ] using (liver, cells)
• pulp
• CPL @1095 (93.8%) on 17-jan-2018 [ "arg1 contains red blood arg2" "arg1 mesenchymal stem arg2" "arg1 derived stem arg2" "arg1 derived progenitor arg2" ] using (pulp, cells)
• spine
• CPL @1103 (75.0%) on 06-mar-2018 [ "arg1 contains the primary arg2" "arg1 neural stem arg2" ] using (spine, cells)
• term
• CPL @1103 (93.8%) on 06-mar-2018 [ "arg1 bone marrow stem arg2" "arg1 embryonic stem arg2" "arg1 mesenchymal stem arg2" "arg1 neural stem arg2" ] using (term, cells)
• autologous_bone_marrow
• CPL @1094 (99.6%) on 01-jan-2018 [ "arg1 stromal stem arg2" "arg1 mesenchymal stem arg2" "arg1 derived mononuclear arg2" "arg1 derived progenitor arg2" "arg1 derived mesenchymal stem arg2" "arg1 or peripheral blood stem arg2" "arg1 mononuclear arg2" "arg1 derived stem arg2" ] using (autologous_bone_marrow, cells)
• bone_marrow
• 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)
• retina
• CPL @1098 (50.0%) on 21-jan-2018 [ "arg2 grow on the surface of arg1" ] using (retina, cells)
• calf
• CPL @1103 (93.8%) on 06-mar-2018 [ "arg1 brain capillary endothelial arg2" "arg1 pulmonary artery endothelial arg2" "arg1 aortic smooth muscle arg2" "arg1 pulmonary artery smooth muscle arg2" ] using (calf, cells)
• adipose
• CPL @1095 (98.4%) on 17-jan-2018 [ "arg1 derived mesenchymal stem arg2" "arg1 derived stem arg2" "arg1 derived mononuclear arg2" "arg1 tissue and blood arg2" "arg1 derived progenitor arg2" "arg1 mesenchymal stem arg2" ] using (adipose, cells)
• marrow
• CPL @1094 (100.0%) on 01-jan-2018 [ "arg1 produces red blood arg2" "arg1 to produce red blood arg2" "arg1 hematopoietic progenitor arg2" "arg1 to release stem arg2" "arg1 to produce new red blood arg2" "arg1 mesenchymal stem arg2" "arg1 to produce more red blood arg2" "arg1 to produce more blood arg2" "arg1 or peripheral blood stem arg2" "arg1 mononuclear arg2" "arg1 derived stem arg2" "arg1 mesenchymal stromal arg2" "arg1 is where blood arg2" "arg1 and cord blood stem arg2" "arg1 stromal stem arg2" "arg1 to make red blood arg2" "arg1 derived mesenchymal stem arg2" "arg1 pluripotent stem arg2" "arg1 makes red blood arg2" ] using (marrow, cells)
• OE @955 (95.4%) on 17-oct-2015 [ http://www.news-medical.net/health/What-is-Bone-Marrow.aspx http://www.britannica.com/science/bone-marrow https://en.wikipedia.org/wiki/Bone_marrow https://bethematch.org/for-patients-and-families/considering-transplant-and-other-treatment-options/what-is-a-bone-marrow-transplant/how-a-bone-marrow-transplant-works/ http://www.hopkinsmedicine.org/kimmel_cancer_center/centers/blood_bone_marrow_cancers/blood_bone_marrow_cancer_basics.html http://www.medicalnewstoday.com/articles/285666.php http://www.nature.com/articles/35070587 http://www.medicalnewstoday.com/articles/285666.php https://en.wikipedia.org/wiki/Bone_marrow http://www.hopkinsmedicine.org/healthlibrary/test_procedures/orthopaedic/bone_marrow_biopsy_92,p07679 http://www.hopkinsmedicine.org/healthlibrary/test_procedures/orthopaedic/bone_marrow_biopsy_92,p07679 http://www.allcells.com/bone-marrow/ https://en.wikipedia.org/wiki/Bone_marrow http://www.britannica.com/science/bone-marrow http://www.hopkinsmedicine.org/kimmel_cancer_center/centers/blood_bone_marrow_cancers/blood_bone_marrow_cancer_basics.html https://en.wikipedia.org/wiki/Bone_marrow http://www.hopkinsme  ] using (marrow, cells)
• tract
• CPL @1094 (100.0%) on 01-jan-2018 [ "arg2 and the respiratory arg1" "arg2 in the male reproductive arg1" "arg2 as well as the gastrointestinal arg1" "arg2 lining the urinary arg1" "arg2 that line the respiratory arg1" "arg2 and the upper respiratory arg1" "arg2 lining the digestive arg1" "arg2 lining the upper respiratory arg1" "arg2 lining the gastrointestinal arg1" "arg2 and the gastrointestinal arg1" "arg2 that line the urinary arg1" "arg2 lining the respiratory arg1" "arg2 that line the gastrointestinal arg1" ] using (tract, cells)
• chemicaltypehaschemical
• cadmium
• CPL @1116 (75.0%) on 06-sep-2018 [ "arg1 sulphide arg2" "arg1 sulfide arg2" ] using (cadmium, cells)
• carbon
• OE @1108 (94.3%) on 06-jun-2018 [ http://www.axionpower.com/Technology http://news.stanford.edu/news/2012/october/carbon-solar-cell-103112.html http://www.ncbi.nlm.nih.gov/pubmed/19034795 http://www.nature.com/srep/2013/131104/srep03132/full/srep03132.html http://www.technologyreview.com/news/506901/all-carbon-solar-cells-will-mean-cheap-and-flexible-solar-panels/ http://www.technologyreview.com/news/506901/all-carbon-solar-cells-will-mean-cheap-and-flexible-solar-panels/ http://news.stanford.edu/news/2012/october/carbon-solar-cell-103112.html http://www.technologyreview.com/news/506901/all-carbon-solar-cells-will-mean-cheap-and-flexible-solar-panels/ http://www.ncbi.nlm.nih.gov/pubmed/15585362 http://feed-the-beast.wikia.com/wiki/Carbon_Cell http://news.stanford.edu/news/2012/october/carbon-solar-cell-103112.html http://www.technologyreview.com/news/506901/all-carbon-solar-cells-will-mean-cheap-and-flexible-solar-panels/ http://www.technologyreview.com/news/506901/all-carbon-solar-cells-will-mean-cheap-and-flexible-solar-panels/ http://news.stanford.edu/news/2012/october/carbon-solar-cell-103112.html http://www.extremetech.com/extreme/175377-carbon-nanotubes-harvest-the-suns-energy-as-heat-for-better-solar-cells http://www.technologyreview.com/news/506901/all-carbon-solar-cells-will-mean-cheap-and-flexible-solar-panels/ http://www.news.wisc.edu/21890  ] using (carbon, cells)
• CPL @1094 (99.8%) on 01-jan-2018 [ "arg1 dioxide released by arg2" "arg1 dioxide arg2" "arg1 dioxide from arg2" "arg1 monoxide than arg2" "arg1 dioxide produced by arg2" "arg1 dioxide with arg2" "arg1 dioxide out of arg2" "arg1 dioxide when arg2" "arg1 dioxide and arg2" ] using (carbon, cells)
• dioxide
• OE @806 (99.8%) on 23-jan-2014 [   ] using (dioxide, cells)
• CPL @1094 (100.0%) on 01-jan-2018 [ "arg2 and release carbon arg1" "arg2 by absorbing carbon arg1" "arg2 and remove carbon arg1" "arg2 creates carbon arg1" "arg2 and releasing carbon arg1" "arg2 produce carbon arg1" "arg2 from carbon arg1" "arg2 into carbon arg1" "arg2 produces carbon arg1" "arg2 and release of carbon arg1" "arg2 and return carbon arg1" "arg2 such as carbon arg1" "arg2 to produce carbon arg1" "arg2 and removing carbon arg1" "arg2 and carbon arg1" "arg2 and removes carbon arg1" ] using (dioxide, cells)
• hydrogen
• CPL @1115 (75.0%) on 27-aug-2018 [ "arg1 peroxide into arg2" "arg1 peroxide to arg2" ] using (hydrogen, cells)
• inverseofagriculturalproductcomingfromvertebrate
• eggs
• CPL @1104 (99.2%) on 18-mar-2018 [ "arg2 to lay her arg1" "arg2 or embryonated arg1" "arg2 to lay their arg1" "arg2 are laying arg1" "arg2 used to lay arg1" "arg2 where she lays her arg1" "arg2 lay arg1" ] using (eggs, cells)
• OE @1042 (86.7%) on 28-feb-2017 [ https://www.sciencenews.org/article/first-mouse-eggs-grown-skin-cells?mode=magazine&context=192525 http://www.sciencemag.org/news/2016/10/mouse-egg-cells-made-entirely-lab-give-rise-healthy-offspring http://gizmodo.com/scientists-create-fully-functional-eggs-from-skin-cells-1787882140 http://www.altrui.co.uk/information/egg-cell/  ] using (eggs, cells)
• inverseofagriculturalproducttoattractinsect
• leaves
• CPL @1104 (75.0%) on 18-mar-2018 [ "arg2 on undersides of arg1" "arg2 that cluster on arg1" ] using (leaves, cells)
• corn
• CPL @1105 (50.0%) on 25-mar-2018 [ "arg1 earworm arg2" ] using (corn, cells)
• inverseofanimaleatfood
• larvae (insect)
• CPL @1096 (50.0%) on 18-jan-2018 [ "arg1 feed only on arg2" ] using (larvae, cells)
• mites
• CPL @1095 (75.0%) on 17-jan-2018 [ "arg1 suck sap from arg2" "arg1 feed on plant arg2" ] using (mites, cells)
• inverseofarterycalledartery
• blood_vessels
• OE @892 (100.0%) on 26-dec-2014 [ http://kidshealth.org/parent/general/body_basics/blood.html  ] using (blood_vessels, cells)
• capillaries
• OE @803 (93.6%) on 13-jan-2014 [   ] using (capillaries, cells)
• iliac
• CPL @1095 (50.0%) on 17-jan-2018 [ "arg1 and femoral arg2" ] using (iliac, cells)
• vessel
• OE @826 (97.9%) on 28-mar-2014 [   ] using (vessel, cells)
• vessels
• OE @803 (99.3%) on 13-jan-2014 [   ] using (vessels, cells)
• CPL @1094 (100.0%) on 01-jan-2018 [ "arg2 forming blood arg1" "arg2 of peribronchial arg1" "arg2 can clog small blood arg1" "arg2 surrounding the blood arg1" "arg2 can block small blood arg1" "arg2 in lung blood arg1" "arg2 resulting in blocked arg1" "arg2 in newly formed blood arg1" "arg2 from existing blood arg1" "arg2 lining the walls of blood arg1" "arg2 that form the blood arg1" "arg2 that lines the blood arg1" "arg2 block small blood arg1" "arg2 that make the blood arg1" "arg2 clog blood arg1" "arg2 lining of blood arg1" "arg2 which line the blood arg1" "arg2 of the lung blood arg1" "arg2 proliferate and form arg1" "arg2 of larger blood arg1" "arg2 that line your blood arg1" "arg2 that line the blood arg1" "arg2 of the damaged blood arg1" "arg2 that line blood arg1" "arg2 in the wall of blood arg1" "arg2 lining blood arg1" "arg2 line the blood arg1" "arg2 of growing blood arg1" "arg2 that relaxes blood arg1" "arg2 lining the blood arg1" "arg2 lining the inside of blood arg1" "arg2 that line our blood arg1" "arg2 of the local blood arg1" "arg2 of the tumor blood arg1" "arg2 and damages the blood arg1" "arg2 from sinusoidal arg1" "arg2 comprising blood arg1" "arg2 that surround the blood arg1" "arg2 in reperfused arg1" "arg2 that form blood arg1" "arg2 of developing fetal arg1" "arg2 lining our blood arg1" "arg2 get stuck in blood arg1" "arg2 of blood vessels and lymphatic arg1" "arg2 grow blood arg1" "arg2 which line blood arg1" "arg2 that make up blood arg1" "arg2 line blood arg1" ] using (vessels, cells)
• vessel_walls
• OE @826 (98.5%) on 28-mar-2014 [   ] using (vessel_walls, cells)
• CPL @1097 (50.0%) on 19-jan-2018 [ "arg1 by inflammatory arg2" ] using (vessel_walls, cells)
• inverseofbacteriaisthecausativeagentofphysiologicalcondition
• burkholderia
• CPL @1113 (50.0%) on 03-aug-2018 [ "arg1 pseudomallei arg2" ] using (burkholderia, cells)
• campylobacter
• CPL @1095 (50.0%) on 17-jan-2018 [ "arg1 jejuni arg2" ] using (campylobacter, cells)
• candida
• OE @899 (100.0%) on 04-feb-2015 [ http://www.thehealthyhomeeconomist.com/biofilms-overlooked-step-treating-candida/  ] using (candida, cells)
• candida_albicans
• CPL @1112 (50.0%) on 20-jul-2018 [ "arg1 yeast arg2" ] using (candida_albicans, cells)
• clostridium
• CPL @1116 (50.0%) on 06-sep-2018 [ "arg1 difficile arg2" ] using (clostridium, cells)
• cryptococcus_neoformans
• CPL @1114 (50.0%) on 18-aug-2018 [ "arg1 yeast arg2" ] using (cryptococcus_neoformans, cells)
• escherichia_coli
• CPL @1103 (87.5%) on 06-mar-2018 [ "arg1 and Candida albicans arg2" "arg1 and Staphylococcus aureus arg2" "arg1 and Pseudomonas aeruginosa arg2" ] using (escherichia_coli, cells)
• e__coli
• CPL @1098 (50.0%) on 21-jan-2018 [ "arg1 and salmonella arg2" ] using (e__coli, cells)
• helicobacter
• CPL @1104 (75.0%) on 18-mar-2018 [ "arg1 pylori arg2" "arg1 pylori arg2" "arg1 pylori associated with arg2" ] using (helicobacter, cells)
• klebsiella
• CPL @1100 (50.0%) on 31-jan-2018 [ "arg1 pneumoniae arg2" ] using (klebsiella, cells)
• legionella
• CPL @1099 (50.0%) on 23-jan-2018 [ "arg1 pneumophila arg2" "arg1 pneumophila arg2" ] using (legionella, cells)
• listeria
• CPL @1096 (50.0%) on 18-jan-2018 [ "arg1 monocytogenes arg2" ] using (listeria, cells)
• mycobacterium
• OE @832 (100.0%) on 18-apr-2014 [   ] using (mycobacterium, cells)
• mycoplasma
• CPL @1100 (87.5%) on 31-jan-2018 [ "arg1 fermentans arg2" "arg1 hominis arg2" "arg1 pneumoniae arg2" ] using (mycoplasma, cells)
• salmonella
• CPL @1103 (98.4%) on 06-mar-2018 [ "arg1 enteritidis arg2" "arg1 enterica serovar typhimurium arg2" "arg1 enterica serovar Typhimurium arg2" "arg1 and Listeria arg2" "arg1 typhimurium arg2" "arg1 serovar Enteritidis arg2" ] using (salmonella, cells)
• OE @878 (95.0%) on 11-oct-2014 [ http://www.plosone.org/article/info%3Adoi%2F10.1371%2Fjournal.pone.0038732 http://www.plospathogens.org/article/info%3Adoi%2F10.1371%2Fjournal.ppat.1004374 http://www.plospathogens.org/article/info%3Adoi%2F10.1371%2Fjournal.ppat.1004374 http://www.sciencedaily.com/releases/2013/12/131212123217.htm http://corporate.dukemedicine.org/news_and_publications/news_office/news/salmonella-jams-signals-from-bacteria-fighting-mast-cells http://www.plospathogens.org/article/info%3Adoi%2F10.1371%2Fjournal.ppat.1004374 http://www.  ] using (salmonella, cells)
• inverseofbeveragecontainsprotein
• breast_milk
• CPL @1108 (50.0%) on 07-jun-2018 [ "arg1 contains living arg2" ] using (breast_milk, cells)
• milk
• OE @811 (85.1%) on 08-feb-2014 [   ] using (milk, cells)
• CPL @1104 (93.8%) on 18-mar-2018 [ "arg2 are present in breast arg1" "arg2 and antibodies with arg1" "arg2 that make breast arg1" "arg2 in unpasteurized arg1" ] using (milk, cells)
• SEAL @622 (100.0%) on 07-aug-2012 [ 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 ] using (milk, cells)
• inverseoffoodcancausedisease
• carbohydrates
• CPL @1104 (87.5%) on 18-mar-2018 [ "arg2 release energy from arg1" "arg2 during the metabolism of arg1" "arg2 derive energy from arg1" ] using (carbohydrates, cells)
• glucose
• OE @1109 (95.6%) on 12-jun-2018 [ https://www.sigmaaldrich.com/life-science/cell-culture/learning-center/media-expert/glucose.html http://www.diabetesforecast.org/2011/oct/a-quick-guide-to-insulin-the-key-to-glucose.html http://www.diabetesforecast.org/2011/oct/a-quick-guide-to-insulin-the-key-to-glucose.html https://www.sciencedaily.com/releases/2017/11/171107122901.htm https://en.wikipedia.org/wiki/Glucose https://en.wikipedia.org/wiki/Glucose http://www.diabetesforecast.org/2011/oct/a-quick-guide-to-insulin-the-key-to-glucose.html https://study.com/academy/lesson/role-of-glucose-in-cellular-respiration.html http://www.diabetesforecast.org/2011/oct/a-quick-guide-to-insulin-the-key-to-glucose.html http://www.phschool.com/science/biology_place/biocoach/biomembrane1/glucose.html https://wa.kaiserpermanente.org/healthAndWellness?item=%2Fcommon%2FhealthAndWellness%2Fconditions%2Fdiabetes%2FfoodProcess.html https://wa.kaiserpermanente.org/healthAndWellness?item=%2Fcommon%2FhealthAndWellness%2Fconditions%2Fdiabetes%2FfoodProcess.html https://www.nature.com/articles/s41598-018-19765-5 https://www.nature.com/articles/s41598-018-19765-5  ] using (glucose, cells)
• CPL @1098 (99.8%) on 21-jan-2018 [ "arg2 to release energy from arg1" "arg2 don absorb arg1" "arg2 use blood arg1" "arg2 process blood arg1" "arg2 to use blood arg1" "arg2 to convert carbohydrates into arg1" "arg2 cannot use blood arg1" "arg2 use or store arg1" "arg2 release energy from arg1" ] using (glucose, cells)
• sugar
• OE @878 (94.8%) on 11-oct-2014 [ http://www.mdanderson.org/patient-and-cancer-information/cancer-information/cancer-topics/prevention-and-screening/food/cancersugar.html http://www.naturalnews.com/041232_cancer_cells_processed_sugar_research.html http://www.caring.com/questions/sugar-feed-cancer-cells http://www.caring.com/questions/sugar-feed-cancer-cells http://www.dana-farber.org/Health-Library/Sugar-and-Cancer-Cells.aspx http://www.mercola.com/article/sugar/sugar_cancer.htm http://learn.genetics.utah.edu/content/cells/badcom/ http://www.sciencedaily.com/releases/2013/09/130916103646.htm http://www.sciencedaily.com/releases/2013/09/130916103646.htm https://www.endocrine.org/news-room/press-release-archives/2010/fructosesugarmakesmaturing http://www.sciencedaily.com/releases/2013/09/130916103646.htm http://cen.acs.org/articles/92/web/2014/07/Sugar-Mimic-Helps-Embryonic-Stem.html http://news.ku.dk/all_news/2013/2013.9/specific-sugar-molecule-causes-growth-of-cancer-cells/ http://www.sciencedaily.com/releases/2013/09/130916103646.htm http://news.ku.dk/all_news/2013/2013.9/specific-sugar-molecule-causes-growth-of-cancer-cells/ http://learn.genetics.utah.edu/content/cells/badcom/ http://www.caring.com/questions/sugar-feed-cancer-cells http://www.sciencedaily.com/releases/2013/09/130916103646.htm http://www.sciencedaily.com/releases/2013/09/130916103646.htm http://news.ku.dk/all_news/2013/2013.9/specific-sugar-molecule-causes-growth-of-cancer-cells/ http://learn.genetics.utah.edu/content/cells/badcom/  ] using (sugar, cells)
• inverseoffooddecreasestheriskofdisease
• breast
• OE @802 (94.1%) on 09-jan-2014 [   ] using (breast, cells)
• CPL @1104 (100.0%) on 18-mar-2018 [ "arg1 or ovarian arg2" "arg1 cancer and colon arg2" "arg1 and colorectal arg2" "arg1 cancer or uterine arg2" "arg1 and cervical arg2" "arg1 and endometrial arg2" "arg1 or uterine arg2" "arg1 cancer and prostate arg2" "arg1 and ovarian arg2" "arg1 or colon arg2" "arg1 and prostate arg2" "arg1 and colon arg2" "arg1 or prostate arg2" "arg1 cancer in women whose arg2" "arg1 or endometrial arg2" "arg1 cancer and other arg2" "arg1 and uterine arg2" ] using (breast, cells)
• normal_breast
• CPL @1105 (75.0%) on 25-mar-2018 [ "arg1 and ovarian arg2" "arg1 and prostate arg2" ] using (normal_breast, cells)
• inverseofinvertebratefeedonfood
• beetles
• CPL @1094 (75.0%) on 01-jan-2018 [ "arg1 lay eggs in arg2" "arg1 lay their eggs in arg2" ] using (beetles, cells)
• larvae (insect)
• CPL @1095 (87.5%) on 17-jan-2018 [ "arg1 overwinter in arg2" "arg1 feed only on arg2" "arg1 pupate in arg2" ] using (larvae, cells)
• mites
• CPL @1095 (75.0%) on 17-jan-2018 [ "arg1 suck sap from arg2" "arg1 feed on plant arg2" ] using (mites, cells)
• locatedat
• stamford
• CPL @1096 (50.0%) on 18-jan-2018 [ "arg1 advocate newspaper arg2" ] using (stamford, cells)
• roomcancontainfurniture
• beds
• CPL @1098 (87.5%) on 21-jan-2018 [ "arg2 with double bunk arg1" "arg2 with bunk arg1" "arg2 include bunk arg1" ] using (beds, cells)
• bodypartwithinbodypart
• adult
• CPL @1094 (100.0%) on 01-jan-2018 [ "arg1 and cord blood stem arg2" "arg1 mesangial arg2" "arg1 and animal stem arg2" "arg1 and umbilical cord blood stem arg2" "arg1 skin stem arg2" "arg1 human mesenchymal stem arg2" "arg1 or cord blood stem arg2" "arg1 neural progenitor arg2" "arg1 mammary epithelial arg2" "arg1 retinal endothelial arg2" "arg1 human stem arg2" "arg1 retinal stem arg2" "arg1 liver stem arg2" "arg1 bone marrow mesenchymal stem arg2" "arg1 stromal stem arg2" "arg1 mesenchymal stromal arg2" "arg1 mononuclear arg2" "arg1 hepatic stem arg2" "arg1 pluripotent stem arg2" "arg1 intestinal epithelial arg2" "arg1 vascular smooth muscle arg2" "arg1 adrenal chromaffin arg2" "arg1 mesenchymal stem arg2" "arg1 ovarian granulosa arg2" "arg1 prostate epithelial arg2" "arg1 hematopoietic progenitor arg2" "arg1 spermatogonial stem arg2" "arg1 pancreatic stem arg2" "arg1 and umbilical stem arg2" "arg1 somatic stem arg2" "arg1 neural stem arg2" "arg1 embryonic stem arg2" "arg1 cardiac stem arg2" "arg1 hippocampal progenitor arg2" "arg1 derived mesenchymal stem arg2" "arg1 derived stem arg2" "arg1 mouse skin arg2" "arg1 bone marrow stem arg2" "arg1 pancreatic acinar arg2" "arg1 liver epithelial arg2" "arg1 has about DD trillion arg2" "arg1 bone marrow progenitor arg2" ] using (adult, cells)
• central_nervous_system
• CPL @1095 (87.5%) on 17-jan-2018 [ "arg1 neural stem arg2" "arg1 derived stem arg2" "arg1 mononuclear arg2" ] using (central_nervous_system, cells)
• development
• CPL @1097 (93.8%) on 19-jan-2018 [ "arg1 pluripotent stem arg2" "arg1 neural stem arg2" "arg1 neural progenitor arg2" "arg1 produces stem arg2" ] using (development, cells)
• eye
• CPL @1115 (50.0%) on 27-aug-2018 [ "arg1 embryonic stem arg2" ] using (eye, cells)
• human_body
• OE @976 (96.6%) on 04-feb-2016 [ http://health.howstuffworks.com/skin-care/information/anatomy/shed-skin-cells.htm http://ghr.nlm.nih.gov/handbook/basics/cell http://science.howstuffworks.com/life/cellular-microscopic/cell.htm https://van.physics.illinois.edu/qa/listing.php?id=17726 http://askabiologist.asu.edu/explore/building-blocks-life http://www.microbehunter.com/how-many-cells-are-there-in-the-human-body/  ] using (human_body, cells)
• CPL @1094 (100.0%) on 01-jan-2018 [ "arg1 produces red blood arg2" "arg1 to release stem arg2" "arg1 is composed of trillions of arg2" "arg1 and can kill cancer arg2" "arg1 to produce more red blood arg2" "arg1 to make red blood arg2" "arg1 to produce red blood arg2" "arg1 contains about DDD trillion arg2" "arg1 sheds skin arg2" "arg1 and cord blood stem arg2" "arg1 creates fat arg2" "arg1 consists of trillions of arg2" "arg1 has about DD trillion arg2" ] using (human_body, cells)
• kidney (artery)
• CPL @1103 (99.2%) on 06-mar-2018 [ "arg1 iPS arg2" "arg1 proximal tubule arg2" "arg1 to produce more red blood arg2" "arg1 or bone marrow stem arg2" "arg1 derived stem arg2" "arg1 tissue and blood arg2" "arg1 mesangial arg2" ] using (kidney, cells)
• umbilical_cord
• CPL @1094 (99.6%) on 01-jan-2018 [ "arg1 mesenchymal stromal arg2" "arg1 mononuclear arg2" "arg1 derived mesenchymal stem arg2" "arg1 derived stem arg2" "arg1 mesenchymal stem arg2" "arg1 and cord blood stem arg2" "arg1 neural stem arg2" "arg1 hematopoietic progenitor arg2" ] using (umbilical_cord, cells)
• OE @973 (91.7%) on 23-jan-2016 [ http://learn.genetics.utah.edu/content/stemcells/sctoday/ http://www.viacord.com/why-bank/how-stem-cells-work/ http://www.webmd.com/parenting/baby/features/banking-your-babys-cord-blood http://www.eurostemcell.org/factsheet/cord-blood-stem-cells-current-uses-and-future-challenges http://www.cryo-cell.com/cord-blood-banking http://www.cordblood.com/benefits-cord-blood/umbilical-cord-stem-cells http://www.stemcellsaustralia.edu.au/About-Stem-Cells/FAQ/What-are-umbilical-cord-stem-cells-.aspx http://www.cryo-cell.com/cord-blood/about-stem-cells http://www.stemcellsaustralia.edu.au/About-Stem-Cells/FAQ/What-are-umbilical-cord-stem-cells-.aspx https://en.wikipedia.org/wiki/Cord_blood http://www.babycentre.co.uk/x543058/can-i-store-my-babys-umbilical-cord-blood-for-medical-purposes http://www.medicalnewstoday.com/articles/282746.php http://www.cryo-cell.com/cord-blood/about-stem-cells https://en.wikipedia.org/wiki/Cord_blood https://en.wikipedia.org/wiki/Cord_blood http://www.viacord.com/why-bank/how-stem-cells-work/  ] using (umbilical_cord, cells)
• way
• CPL @1096 (100.0%) on 18-jan-2018 [ "arg1 human stem arg2" "arg1 prostate epithelial arg2" "arg1 to make red blood arg2" "arg1 neural stem arg2" "arg1 too many brain arg2" "arg1 to produce red blood arg2" "arg1 embryonic stem arg2" "arg1 iPS arg2" "arg1 neural progenitor arg2" "arg1 bone marrow stem arg2" "arg1 to make tumor arg2" ] using (way, cells)
• embryo
• CPL @1098 (96.9%) on 21-jan-2018 [ "arg1 derived stem arg2" "arg1 embryonic stem arg2" "arg1 lens epithelial arg2" "arg1 produces stem arg2" "arg1 for its stem arg2" ] using (embryo, cells)
• human_peripheral
• OE @976 (94.4%) on 04-feb-2016 [ http://journals.plos.org/plosbiology/article?id=10.1371/journal.pbio.1000533 http://journals.plos.org/plosbiology/article?id=10.1371/journal.pbio.1000533 http://www.ncbi.nlm.nih.gov/pubmed/26032049 http://www.frontiersin.org/Profile/PublicationDetails.aspx?ArtId=116140 https://www.cellapplications.com/product-type/human-peripheral-blood-cd19-b-cells-hpbb http://journals.plos.org/plosbiology/article?id=10.1371/journal.pbio.1000533 https://www.cellapplications.com/product-type/human-peripheral-blood-cd19-b-cells-hpbb https://www.cellapplications.com/product-type/human-peripheral-blood-cd19-b-cells-hpbb http://journals.plos.org/plosbiology/article?id=10.1371/journal.pbio.1000533 https://www.cellapplications.com/product-type/human-peripheral-blood-cd19-b-cells-hpbb http://www.hindawi.com/journals/bmri/2015/164529/ http://www.stemcell.com/en/Products/All-Products/Peripheral-Blood-B-Cells.aspx http://www.stemcell.com/en/Products/All-Products/Peripheral-Blood-CD8-T-Cells.aspx http://www.stemcell.com/en/Products/All-Products/Peripheral-Blood-CD8-T-Cells.aspx http://www.stemcell.com/en/Products/All-Products/Peripheral-Blood-B-Cells.aspx http://www.stemcell.com/en/Products/All-Products/Peripheral-Blood  ] using (human_peripheral, cells)
• CPL @925 (75.0%) on 15-may-2015 [ "arg1 pulmonary artery smooth muscle arg2" "arg1 mononuclear arg2" ] using (human_peripheral, cells)
• mouse
• CPL @1095 (100.0%) on 17-jan-2018 [ "arg1 hematopoietic progenitor arg2" "arg1 prostate epithelial arg2" "arg1 bone marrow stem arg2" "arg1 ovarian granulosa arg2" "arg1 lung endothelial arg2" "arg1 pancreatic acinar arg2" "arg1 brain microvascular endothelial arg2" "arg1 tracheal epithelial arg2" "arg1 spermatogonial stem arg2" "arg1 aortic endothelial arg2" "arg1 proximal tubule arg2" "arg1 brain endothelial arg2" "arg1 aortic smooth muscle arg2" "arg1 retinal endothelial arg2" "arg1 alveolar type II arg2" "arg1 and human ES arg2" "arg1 parotid acinar arg2" "arg1 bone marrow mesenchymal stem arg2" "arg1 bone marrow progenitor arg2" "arg1 skin stem arg2" "arg1 mesangial arg2" "arg1 adrenal chromaffin arg2" "arg1 mesenchymal stem arg2" "arg1 pluripotent stem arg2" "arg1 hippocampal progenitor arg2" "arg1 mononuclear arg2" "arg1 neural progenitor arg2" "arg1 iPS arg2" "arg1 cerebellar Purkinje arg2" "arg1 embryonic stem arg2" "arg1 pancreatic stem arg2" "arg1 Leydig tumor arg2" "arg1 retinal stem arg2" "arg1 peritoneal mast arg2" "arg1 cerebellar granule arg2" "arg1 intestinal epithelial arg2" "arg1 vascular smooth muscle arg2" "arg1 hepatic stellate arg2" "arg1 liver epithelial arg2" "arg1 mammary epithelial arg2" "arg1 brain capillary endothelial arg2" "arg1 lens epithelial arg2" "arg1 cardiac stem arg2" "arg1 mesenchymal stromal arg2" "arg1 neural stem arg2" ] using (mouse, cells)
• rat
• CPL @1095 (100.0%) on 17-jan-2018 [ "arg1 basophilic leukemia arg2" "arg1 iPS arg2" "arg1 umbilical vein endothelial arg2" "arg1 mammary epithelial arg2" "arg1 prostate epithelial arg2" "arg1 ovarian granulosa arg2" "arg1 brain endothelial arg2" "arg1 pleural mesothelial arg2" "arg1 neural progenitor arg2" "arg1 Leydig tumor arg2" "arg1 mononuclear arg2" "arg1 pancreatic stem arg2" "arg1 lens epithelial arg2" "arg1 intestinal epithelial arg2" "arg1 cerebellar granule arg2" "arg1 pancreatic acinar arg2" "arg1 peritoneal mast arg2" "arg1 mesangial arg2" "arg1 embryonic stem arg2" "arg1 parotid acinar arg2" "arg1 alveolar type II arg2" "arg1 pulmonary artery smooth muscle arg2" "arg1 gastric mucosal arg2" "arg1 sinusoidal endothelial arg2" "arg1 bone marrow mesenchymal stem arg2" "arg1 tracheal epithelial arg2" "arg1 neural stem arg2" "arg1 retinal endothelial arg2" "arg1 aortic endothelial arg2" "arg1 glomerular mesangial arg2" "arg1 mesenchymal stem arg2" "arg1 liver stem arg2" "arg1 hippocampal progenitor arg2" "arg1 adrenal chromaffin arg2" "arg1 hepatic stellate arg2" "arg1 liver epithelial arg2" "arg1 bone marrow progenitor arg2" "arg1 brain microvascular endothelial arg2" "arg1 proximal tubule arg2" "arg1 spermatogonial stem arg2" "arg1 cerebellar Purkinje arg2" "arg1 lung endothelial arg2" "arg1 vascular smooth muscle arg2" "arg1 brain capillary endothelial arg2" "arg1 pulmonary artery endothelial arg2" "arg1 hepatic stem arg2" "arg1 adrenal medullary arg2" "arg1 cardiac stem arg2" "arg1 bone marrow stem arg2" "arg1 aortic smooth muscle arg2" "arg1 pluripotent stem arg2" "arg1 mesenchymal stromal arg2" ] using (rat, cells)
• tract001
• CPL @1094 (100.0%) on 01-jan-2018 [ "arg2 and the respiratory arg1" "arg2 in the male reproductive arg1" "arg2 as well as the gastrointestinal arg1" "arg2 lining the urinary arg1" "arg2 that line the respiratory arg1" "arg2 and the upper respiratory arg1" "arg2 lining the digestive arg1" "arg2 lining the upper respiratory arg1" "arg2 lining the gastrointestinal arg1" "arg2 and the gastrointestinal arg1" "arg2 that line the urinary arg1" "arg2 lining the respiratory arg1" "arg2 that line the gastrointestinal arg1" ] using (tract, cells)
• adult_bone_marrow
• CPL @1094 (99.6%) on 01-jan-2018 [ "arg1 stromal stem arg2" "arg1 derived stem arg2" "arg1 produces stem arg2" "arg1 and umbilical cord blood stem arg2" "arg1 derived mononuclear arg2" "arg1 derived mesenchymal stem arg2" "arg1 mesenchymal stem arg2" "arg1 or peripheral blood stem arg2" ] using (adult_bone_marrow, cells)
• OE @986 (90.5%) on 21-mar-2016 [ http://www.nature.com/pr/journal/v59/n4s/full/pr2006133a.html http://www.omicsonline.org/human-adult-bone-marrow-derived-mesenchymal-stem-cells-factors-influencing-skeletal-muscle-differentiation-2157-7013.S4-001.php?aid=4490 http://www.ncbi.nlm.nih.gov/pubmed/11458511 http://www.nature.com/pr/journal/v59/n4s/full/pr2006133a.html http://www.hindawi.com/journals/bmri/2012/601560/ https://www.cellmedicine.com/types-of-stem-cells/ https://clinicaltrials.gov/ct2/show/NCT02570932 http://www.ncbi.nlm.nih.gov/pubmed/11458511  ] using (adult_bone_marrow, cells)
• cultured_bone_marrow
• CPL @1094 (96.9%) on 01-jan-2018 [ "arg1 mesenchymal stem arg2" "arg1 mesenchymal stromal arg2" "arg1 derived mononuclear arg2" "arg1 stromal stem arg2" "arg1 derived mesenchymal stem arg2" ] using (cultured_bone_marrow, cells)
• human_bone_marrow
• OE @1022 (85.5%) on 18-oct-2016 [ http://www.stemcell.com/en/Products/All-Products/Bone-Marrow-CD34-Cells.aspx http://www.sciencedirect.com/science/article/pii/S0928493114008054 http://www.allcells.com/bone-marrow/ http://stemcells.nih.gov/info/scireport/pages/chapter5.aspx http://www.atcc.org/products/all/PCS-500-012.aspx http://www.nature.com/nature/journal/v505/n7483/full/nature12984.html http://www.stemcell.com/en/Products/All-Products/Bone-Marrow-Stromal-Cells.aspx http://www.stemcell.com/en/Products/All-Products/Bone-Marrow-Stromal-Cells.aspx http://www.stemcell.com/en/Products/All-Products/Bone-Marrow-CD34-Cells.aspx http://www.stemcell.com/en/Products/All-Products/Bone-Marrow-CD34-Cells.aspx  ] using (human_bone_marrow, cells)
• CPL @1094 (99.2%) on 01-jan-2018 [ "arg1 derived stem arg2" "arg1 derived mesenchymal stem arg2" "arg1 stromal stem arg2" "arg1 mononuclear arg2" "arg1 mesenchymal stem arg2" "arg1 derived progenitor arg2" "arg1 mesenchymal stromal arg2" ] using (human_bone_marrow, cells)
• human_cord_blood
• CPL @1095 (96.9%) on 17-jan-2018 [ "arg1 derived stem arg2" "arg1 hematopoietic progenitor arg2" "arg1 mesenchymal stem arg2" "arg1 mononuclear arg2" "arg1 derived mesenchymal stem arg2" ] using (human_cord_blood, cells)
• human_umbilical_cord_blood
• CPL @1094 (96.9%) on 01-jan-2018 [ "arg1 mononuclear arg2" "arg1 mesenchymal stromal arg2" "arg1 derived mesenchymal stem arg2" "arg1 derived stem arg2" "arg1 mesenchymal stem arg2" ] using (human_umbilical_cord_blood, cells)
• tissue (bone)
• CPL @1097 (99.8%) on 19-jan-2018 [ "arg1 derived stem arg2" "arg1 derived mesenchymal stem arg2" "arg1 that produces white blood arg2" "arg1 mesenchymal stem arg2" "arg1 mononuclear arg2" "arg1 to produce red blood arg2" "arg1 derived progenitor arg2" "arg1 that helps form blood arg2" "arg1 and cord blood stem arg2" ] using (tissue, cells)
• tumor
• CPL @1103 (99.6%) on 06-mar-2018 [ "arg1 or peripheral blood stem arg2" "arg1 cells or by other arg2" "arg1 neural stem arg2" "arg1 derived stem arg2" "arg1 cells or red blood arg2" "arg1 that arises from glial arg2" "arg1 mammary epithelial arg2" "arg1 prostate epithelial arg2" ] using (tumor, cells)
• activity
• CPL @1105 (50.0%) on 25-mar-2018 [ "arg1 of the reticuloendothelial arg2" ] using (activity, cells)
• adult_rat
• CPL @1103 (99.8%) on 06-mar-2018 [ "arg1 neural stem arg2" "arg1 alveolar type II arg2" "arg1 hippocampal progenitor arg2" "arg1 mesenchymal stem arg2" "arg1 liver stem arg2" "arg1 tracheal epithelial arg2" "arg1 cerebellar Purkinje arg2" "arg1 bone marrow stem arg2" "arg1 vascular smooth muscle arg2" ] using (adult_rat, cells)
• tissue (item)
• CPL @1097 (99.8%) on 19-jan-2018 [ "arg1 derived stem arg2" "arg1 derived mesenchymal stem arg2" "arg1 that produces white blood arg2" "arg1 mesenchymal stem arg2" "arg1 mononuclear arg2" "arg1 to produce red blood arg2" "arg1 derived progenitor arg2" "arg1 that helps form blood arg2" "arg1 and cord blood stem arg2" ] using (tissue, cells)
• canine
• CPL @1095 (99.8%) on 17-jan-2018 [ "arg1 tracheal epithelial arg2" "arg1 iPS arg2" "arg1 embryonic stem arg2" "arg1 mesenchymal stem arg2" "arg1 mesenchymal stromal arg2" "arg1 retinal endothelial arg2" "arg1 pulmonary artery smooth muscle arg2" "arg1 hematopoietic progenitor arg2" "arg1 lens epithelial arg2" ] using (canine, cells)
• bones
• OE @955 (96.8%) on 17-oct-2015 [ http://www.nature.com/ncb/journal/v17/n4/full/ncb3139.html http://www.nature.com/ncb/journal/v17/n4/full/ncb3139.html https://en.wikipedia.org/wiki/Bone_cell http://www.nature.com/ncb/journal/v17/n4/full/ncb3139.html http://www.nature.com/ncb/journal/v17/n4/full/ncb3139.html https://askabiologist.asu.edu/bone-anatomy http://www.nature.com/ncb/journal/v17/n4/full/ncb3139.html  ] using (bones, cells)
• CPL @1094 (100.0%) on 01-jan-2018 [ "arg1 that produces white blood arg2" "arg1 makes red blood arg2" "arg1 is where blood arg2" "arg1 produce red blood arg2" "arg1 make red blood arg2" "arg1 to produce red blood arg2" "arg1 to make more red blood arg2" "arg1 to release stem arg2" "arg1 form red blood arg2" "arg1 that helps form blood arg2" "arg1 produces red blood arg2" "arg1 to make red blood arg2" ] using (bones, cells)
• lymph
• CPL @1098 (50.0%) on 21-jan-2018 [ "arg1 nodes and blood arg2" ] using (lymph, cells)
• bovine
• CPL @1097 (100.0%) on 19-jan-2018 [ "arg1 aortic smooth muscle arg2" "arg1 brain microvascular endothelial arg2" "arg1 lung endothelial arg2" "arg1 skin stem arg2" "arg1 pulmonary artery endothelial arg2" "arg1 retinal endothelial arg2" "arg1 adrenal chromaffin arg2" "arg1 mammary epithelial arg2" "arg1 brain capillary endothelial arg2" "arg1 plasma and red blood arg2" "arg1 mononuclear arg2" "arg1 spermatogonial stem arg2" "arg1 brain endothelial arg2" "arg1 pulmonary artery smooth muscle arg2" "arg1 adrenal medullary arg2" "arg1 ovarian granulosa arg2" "arg1 aortic endothelial arg2" "arg1 vascular smooth muscle arg2" "arg1 tracheal epithelial arg2" ] using (bovine, cells)
• mesoderm
• CPL @1109 (50.0%) on 12-jun-2018 [ "arg1 make red blood arg2" ] using (mesoderm, cells)
• peripheral
• OE @976 (95.5%) on 04-feb-2016 [ http://www.sciencedirect.com/science/article/pii/S1672022913000922 https://en.wikipedia.org/wiki/Peripheral_blood_cell https://bethematch.org/support-the-cause/donate-bone-marrow/donation-process/donating-pbsc/ http://www.sciencedirect.com/science/article/pii/S1672022913000922 https://bethematch.org/support-the-cause/donate-bone-marrow/donation-process/donating-pbsc/ http://www.medicinenet.com/peripheral_blood_stem_cell_transplant/article.htm http://www.sciencedirect.com/science/article/pii/S1672022913000922 http://patient.info/doctor/peripheral-blood-film http://patient.info/doctor/peripheral-blood-film http://www.nature.com/nrn/journal/v6/n9/full/nrn1746.html https://www.medialabinc.net/normal-peripheral-blood-cells.aspx https://www.medialabinc.net/normal-peripheral-blood-cells.aspx https://www.medialabinc.net/normal-peripheral-blood-cells.aspx https://www.medialabinc.net/normal-peripheral-blood-cells.aspx https://www.medialabinc.net/normal-peripheral-blood-cells.aspx http://www.sciencedirect.com/science/article/pii/S1672022913000922 https://www.medialabinc.net/normal-peripheral-blood-cells.aspx https://www.medialabinc.net/normal-peripheral-blood-cells.aspx https://www.medialabinc.net/normal-peripheral-blood-cells.aspx http://www.nature.com/nrn/journal/v6/n9/full/nrn1746.html https://www.medialabinc.net/normal-peripheral-blood-cells.aspx  ] using (peripheral, cells)
• inverseofanimaleatfood
• larvae (amphibian)
• CPL @1096 (50.0%) on 18-jan-2018 [ "arg1 feed only on arg2" ] using (larvae, cells)
• inverseoffooddecreasestheriskofdisease
• antioxidant
• CPL @1108 (50.0%) on 07-jun-2018 [ "arg1 that protects against free radical arg2" ] using (antioxidant, cells)