Examples of 'erythroid' in a sentence
Meaning of "erythroid"
Erythroid refers to a type of cell in the body, particularly red blood cells that are involved in oxygen transport
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- Having a red colour; reddish
- Of or pertaining to the erythrocytes, especially to their development
- Synonym of normoblast
How to use "erythroid" in a sentence
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erythroid
This repression promotes erythroid cells differentiation.
No erythroid or megakaryocyte colonies were observed in the control animals.
The myelogram revealed an overgrowth of erythroid cell.
Binucleated erythroid precursors and karyorrhexis.
The protein is highly expressed in erythroid cells.
Analysis of erythroid precursor levels revealed a more complex pattern.
Its primary target is immature erythroid cells.
Stable erythroid cells with disruption of the enhancer were generated.
The cell may be an erythroid cell.
Erythroid spectrin is expressed in erythrocytes.
A subject with anemia is unable to maintain erythroid homeostasis.
Erythroid progenitor cells.
Neither population is capable of differentiating to the erythroid lineage.
There may be accompanying erythroid hypoplasia in the bone marrow.
Regulation of iron metabolism and heme synthesis in erythroid cells.
See also
Myeloid to erythroid ratio.
The cell being contacted may be a cell of the erythroid lineage.
Erythroid specific expression was observed in living embryos during early development.
This preliminary step is necessary for terminal erythroid differentiation.
Erythroid nuclear budding.
Lower and higher doses resulted in fewer erythroid colonies.
Transformation of erythroid precursor cells occurs rapidly after virus inoculation.
Benzidine staining corresponds to the presence of hemoglobin in erythroid cells.
The maturation of erythroid precursors can be analyzed by flow cytometry as before.
The duffy glycoprotein acts as facilitator in the tissue invasion of erythroid by p.
For analysis of the erythroid lineage red blood cell lysis was omitted.
High level erythropoietin receptor expression is localized to erythroid progenitor cells.
The erythroid component consists predominantly or exclusively of proerythroblasts and early basophilic erythroblasts.
The hematopoietic progenitor cell being contacted may be of the erythroid lineage.
It exhibits a remarkable tropism for the erythroid lines of human haematopoietic progenitor cells.
The hematopoietic progenitor cell may be a cell of the erythroid lineage.
Example of said erythroid cells hemolysate is a reticulocyte and red blood cell hemolysate.
Somewhat lower levels were found in melanocytes and erythroid cell lines.
Flow cytometry was used to quantify erythroid cell maturation during in vitro liquid culture.
The bone marrow findings showed only hypercellularity in the erythroid series.
Erythroid precursors displayed megaloblastoid maturation with abnormal hemoglobination and occasional binucleation.
It may be used therapeutically in conjunction with chemotherapy to stimulate production of erythroid precursors.
Spleens and femurs were processed to obtain erythroid precursor cells for flow cytometric analysis.
Enhancer reporter constructs were delivered by lentiviral vectors to primary human erythroid precursors.
The predominant cell types in the erythroid compartment are the polychromatophilic and orhtochromic normoblasts.
Arrows in the figures indicate the maturation track of the erythroid cell lineage.
These cells may inhibit myeloid and erythroid colony formation under certain conditions.
Five to fifteen percent of these cells typically form myeloid and erythroid colonies.
This knowledge can be used to distinguish erythroid precursor cells from other mononuclear cells.
Pure RBC aplasia implies a mechanism selectively destructive to the erythroid precursors.
These results also suggest a strong implication of erythroid enhancers and miRNAs in developmental stage specificity.
Human EPO exerts its biological activity by binding to receptors on erythroid precursors.
PAG was found to be inactive on erythroid proliferation and HbF accumulation.
The hepatocytes growth factor induces proliferation and differentiation of multipotent and erythroid hemopoietic progenitors.
Erythroid precursors obtained from the ICM might also be established in tissue culture.
