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the governmentto influencestem - cell research.[11
The interaction of cells with this exterior niche environmentinfluencesstem cell fate22
Well , everydiscoveredembryonic stem cell
by stem cell factor - like polypeptide expressing stromal cells(passive) caused byhematopoietic stem cells
by constitutive activation of the BCR / ABL tyrosine kinase(passive) caused byhematopoietic stem cells
by the constitutive activation of the Bcr - Abl tyrosine kinase(passive) caused byhematopoietic stem cells
also(passive) have ... been discoveredHematopoietic stem cells
by myeloproliferative disorders(passive) caused byhematopoietic stem cells
Through research(passive) has been discoveredPerinatal Stem Cells
in bone marrow and fats tissue(passive) are discoveredMesenchymal stem cells
that use of cells derived from bone marrow , as well asmay promptstem cells
The Hopkins professorship endowed by Armstrong ... the two scientistsdiscoveredpluripotent stem cells
in umbilical cord blood and in amniotic fluid drawn during an amniocentesis procedure(passive) have been discoveredPerinatal stem cells
the genomic reciprocal translocation t(9;22)(q34;q11(passive) caused byhematopoietic stem cells
Scientists stem cellhave discoveredstem cells
when researchers found that cells derived from bone marrow had the ability to form various tissues(passive) were discovered over 40 years agoStem cells
Alexander Yakovlevich Friedenstein(passive) were first discovered byMesenchymal stem cells
Till and McCulloch(passive) have been discovered byMultipotent stem cells
Canadian scientists James Till and Ernest McCullochdiscoveredstem cells
by Canadian scientists Ernest McCulloch and James Till(passive) discovered bySTEM cells
development biologists and stem cell biology(passive) were discovered byStem cells
The Process Of Stem CellsDiscoveredStem Cells
in many adult tissues , including teeth , and stem cells from embryos(passive) have been discoveredStem cells
Scientists at the Toronto Universityhave discoveredstem cells
James Till and Ernest McCulloch were U of T researchersdiscoveredstem cells
Harvard Stem Cell Institute Moleculeleadsstem cells
Japanese researchershave discoveredstem cells
two Canadian scientistsdiscoveredstem cells
two Canadian scientists(passive) were discovered 50 years ago byStem cells
in human heart tissue(passive) have been discoveredStem cells
in human cord blood(passive) were discoveredStem cells
in human cord blood(passive) had been discoveredstem cells
by hypoxia that includes cancer stem cells and induced pluripotent stem cells(passive) influenced bystem cells
1 Scientistsdiscoverstem cells
to be travelling in the blood stream and possess equal differentiating ability as other mesenchymal stem cells , again with a very non - invasive harvesting technique(passive) have also been discoveredHematopoetic stem cells
Researchersdiscoverstem cells
Researchershave discoveredstem cells
Researchersdiscoverstem cells '
Harvard ScientistsDiscoverStem Cells
around when the first embryonic cell(passive) were discoveredStem cells
joint paincausejoint pain
to blood development and regeneration to improve therapies for patients with malignant and genetic bone marrow diseasecontributeto blood development and regeneration to improve therapies for patients with malignant and genetic bone marrow disease
from bone marrow or blood in transplant treatments to treat people with most cancers and Diseases in the blood and immune systemoriginatefrom bone marrow or blood in transplant treatments to treat people with most cancers and Diseases in the blood and immune system
from a tissue such as pancreas , skin , muscle , adult bone marrow , liver , umbilical cord tissue or umbilical cord bloodoriginatingfrom a tissue such as pancreas , skin , muscle , adult bone marrow , liver , umbilical cord tissue or umbilical cord blood
from a tissue such as pancreas , skin , muscle , adult bone marrow , liver , umbilical cord tissue and umbilical cord bloodoriginatingfrom a tissue such as pancreas , skin , muscle , adult bone marrow , liver , umbilical cord tissue and umbilical cord blood
to kidney tissue regeneration and protection and thus administration of stem cells derived from cord bloodcan contributeto kidney tissue regeneration and protection and thus administration of stem cells derived from cord blood
from bone marrow or blood in transplant procedures to treat people with cancer cells and also disorders of the blood as well as body immune systemoriginatefrom bone marrow or blood in transplant procedures to treat people with cancer cells and also disorders of the blood as well as body immune system
from embryos and adult stem cells found in umbilical cord blood or from your own bone marroworiginatingfrom embryos and adult stem cells found in umbilical cord blood or from your own bone marrow
Stem cells in adult tissues Since the development of embryonic stem cell cultures(passive) have been discoveredStem cells in adult tissues Since the development of embryonic stem cell cultures
from bone marrow or blood in transplant strategies to treat individuals with cancer and Conditions with the blood and immune systemoriginatefrom bone marrow or blood in transplant strategies to treat individuals with cancer and Conditions with the blood and immune system
from bone marrow or blood in transplant techniques to treat people with cancer and Conditions on the blood and immune systemoriginatefrom bone marrow or blood in transplant techniques to treat people with cancer and Conditions on the blood and immune system
to development ofcontributeto development of
from bone marrow or blood in transplant procedures to treat people with cancer cells and conditions of the blood as well as body immune systemoriginatefrom bone marrow or blood in transplant procedures to treat people with cancer cells and conditions of the blood as well as body immune system
the damaged tissue and have the potential to initiate its repair or regenerationdiscoverthe damaged tissue and have the potential to initiate its repair or regeneration
from bone marrow or blood in transplant treatments to treat patients with cancer and conditions of the blood and immune systemoriginatefrom bone marrow or blood in transplant treatments to treat patients with cancer and conditions of the blood and immune system
to kidney tissue regeneration and safety and thus administration of stem cells derived from cord bloodcan contributeto kidney tissue regeneration and safety and thus administration of stem cells derived from cord blood
from bone marrow or blood in transplant techniques to treat people with most cancers and Diseases of the blood and immune systemoriginatefrom bone marrow or blood in transplant techniques to treat people with most cancers and Diseases of the blood and immune system
from bone marrow or blood in transplant techniques to treat individuals with cancer and Conditions in the blood and immune systemoriginatefrom bone marrow or blood in transplant techniques to treat individuals with cancer and Conditions in the blood and immune system
to tissue homeostasis and regeneration , with potential therapeutic applicationscontributeto tissue homeostasis and regeneration , with potential therapeutic applications
to replace lost cells and repair damaged tissuesdesignedto replace lost cells and repair damaged tissues
the damaged cartilage and also have the potential to initiate its repair or regenerationdiscoverthe damaged cartilage and also have the potential to initiate its repair or regeneration
to improved stem cell and cancer therapiescould leadto improved stem cell and cancer therapies
from bone marrow or blood in transplant procedures to treat people with most cancers and disorders with the blood and immune systemoriginatefrom bone marrow or blood in transplant procedures to treat people with most cancers and disorders with the blood and immune system
to treatment resistance and disease recurrencecontributeto treatment resistance and disease recurrence
other local cells that are also capable of forming new cartilage cells ( progenitor cells ) into differentiationmay also influenceother local cells that are also capable of forming new cartilage cells ( progenitor cells ) into differentiation
to the repair of damaged heart tissuecontributingto the repair of damaged heart tissue
to regeneration of cardiac tissue and the development of new blood vessels following a heart attack , thus opening up new prospects for stem - cell based therapiescontributeto regeneration of cardiac tissue and the development of new blood vessels following a heart attack , thus opening up new prospects for stem - cell based therapies
to the body?s ability to renew and repair its tissuescontributeto the body?s ability to renew and repair its tissues
from bone marrow or blood in transplant strategies to treat patients with cancer and disorders from the blood and immune systemoriginatefrom bone marrow or blood in transplant strategies to treat patients with cancer and disorders from the blood and immune system
from bone marrow or blood in transplant procedures to treat individuals with cancer and Issues of your blood and immune systemoriginatefrom bone marrow or blood in transplant procedures to treat individuals with cancer and Issues of your blood and immune system
to new cures for disease and a better understanding of embryo developmentwill leadto new cures for disease and a better understanding of embryo development
leading to cancer or tumor formationcan causeleading to cancer or tumor formation
the damaged tissue and have the potential to initiate its maintenance or regenerationdiscoverthe damaged tissue and have the potential to initiate its maintenance or regeneration
to the repair of damaged tissues in micecontributeto the repair of damaged tissues in mice
from bone marrow or blood in transplant strategies to treat people with most cancers and Ailments in the blood and immune systemoriginatefrom bone marrow or blood in transplant strategies to treat people with most cancers and Ailments in the blood and immune system
from bone marrow or blood in transplant techniques to treat individuals with cancer and Ailments from the blood and immune systemoriginatefrom bone marrow or blood in transplant techniques to treat individuals with cancer and Ailments from the blood and immune system
to repair damaged tissueare designedto repair damaged tissue
in the complete regeneration of injured tissueresultingin the complete regeneration of injured tissue
the damaged tissue and also have the prospective to initiate its repair or regenerationdiscoverthe damaged tissue and also have the prospective to initiate its repair or regeneration
the damaged tissue and have the potential to initiate its restore or regenerationdiscoverthe damaged tissue and have the potential to initiate its restore or regeneration