Negative iron balanceinitially leadsto depletion of iron stores in the bone marrow and an associated decrease in serum ferritin
In the first stage , body iron requirement exceeds iron intakecausingprogressive depletion of bone marrow iron stores
In the first stage , iron requirement exceeds intakecausingprogressive depletion of bone marrow iron stores
Hepcidin 25 induces the internalization and degradation of ferroportin ,resultingin increased intracellular iron stores
Inflamed dripcausingincreased bone marrow myeloid elements
Iron supplements in the elderlymay causean increase in iron stores
combinationmay causeincreased bone marrow depressionTaxol
the red blood cells and insignificant intake of ironcan causeanemia that depletes the bone marrow
a hormonecausesbone marrow to make red blood cells
enough amount of erythropoietin ( a hormonecausesbone marrow to make red blood cells
by the treatment(passive) caused byincreased bone marrow erythropoiesis
ONX 0914ledto an increased mobilization of monocytes from the bone marrow
several causes , such as recent administration of chemotherapy or granulocyte - colony stimulating factor ( G - CSF ) and anemiacan leadto the diffusely increased bone marrow
Anemia of inflammatory ( or chronic ) diseasemay also resultin increased bone marrow hemosiderin
red cellsResultingin anaemia Bone marrow
eventcausesthe bone marrow to increase
Exercisecausesan increase in bone marrow
The disease ... a rare blood cancercausesthe overproduction of blood cells in bone marrow
Diabetesleadsto enhanced bone marrow adipogenesis
the blood ... the kind of cellscausebone marrow to grow
hyperplasiaresultingin expansion of bone marrow
erythroid hyperplasiaresultingin expansion of bone marrow
Thalassemiamay causebone marrow to expand
Alpha thalassemiacan causebone marrow to expand
Beta thalassemiacan causebone marrow to expand
Thalassaemiamay causebone marrow to expand
MCsoriginatefrom a multipotent hematopoietic progenitors in bone marrow
cancer from other organscan causemetastases in bone marrow
to multiply in an abnormally rapidthereby causingoverproduction in the bone marrow
to multiply in an abnormally rapidcausingoverproduction in the bone marrow
These cellsoriginatefrom monocytes in the bone marrow
Monocytesoriginatefrom progenitors in bone marrow
MCsoriginatefrom a bone marrow progenitor
of mostly ironbecoming composedof mostly iron
in a reduced use of intravenous iron therapy and an increased efficacy of oral iron therapycould resultin a reduced use of intravenous iron therapy and an increased efficacy of oral iron therapy
in thrombocytopeniaresultingin thrombocytopenia
Little iron(passive) is discoveredLittle iron
to the increased production of red blood cellscan also leadto the increased production of red blood cells
to decreased osteoblast differentiationleadsto decreased osteoblast differentiation
in the deficiency of all types of blood cellsresultsin the deficiency of all types of blood cells
to lower resistance to infectionleadsto lower resistance to infection
in thrombocytopeniaresultingin thrombocytopenia
to an increase in LT - HSC release from the bone marrow niche and differentiation to ST - HSCs and hematopoietic progenitor cells ( 37 , 46leadsto an increase in LT - HSC release from the bone marrow niche and differentiation to ST - HSCs and hematopoietic progenitor cells ( 37 , 46
a chronic hematological disorder(passive) caused bya chronic hematological disorder
An increased neutrophil count(passive) is usually caused byAn increased neutrophil count
An increase in circulating neutrophil number(passive) could be caused byAn increase in circulating neutrophil number
the unpleasant side effects are fewercausingthe unpleasant side effects are fewer
medications * effectcausingmedications * effect
the unpleasant side effectscausingthe unpleasant side effects
A group of disorders(passive) caused byA group of disorders
in pain and functional improvementresultedin pain and functional improvement
bones to widencausesbones to widen
blood(passive) caused byblood
skeletal damagecausingskeletal damage
to oxidative stress and DNA damage in hematopoietic stem / progenitors carrying a Csf3r truncation mutationcontributeto oxidative stress and DNA damage in hematopoietic stem / progenitors carrying a Csf3r truncation mutation
in reduced hemoglobin synthesis and consequently to anemia and iron storage in peripheral tissuesresultsin reduced hemoglobin synthesis and consequently to anemia and iron storage in peripheral tissues
in reduced hemoglobin synthesis and consequently to anemia and iron storage in peripheral tissuesresultsin reduced hemoglobin synthesis and consequently to anemia and iron storage in peripheral tissues
to deathleadsto death
in painmay resultin pain
it to failcausingit to fail
to polycythemialeadingto polycythemia
from hepatocellular carcinomaoriginatingfrom hepatocellular carcinoma
anemia ( uh - nee - me - uh , a low red blood cell countcausinganemia ( uh - nee - me - uh , a low red blood cell count
from the endothelial cellswere originatingfrom the endothelial cells
in decreased blood cell counts , which can then lead to serious infections , fatigue , bleeding , andcan resultin decreased blood cell counts , which can then lead to serious infections , fatigue , bleeding , and
lymphoma or leukemia and sending vast numbers of diseased cells into the lymph or circulatory systemscausinglymphoma or leukemia and sending vast numbers of diseased cells into the lymph or circulatory systems
in decreased blood cell counts , which can then lead to serious infections , fatigue , bleeding , and death.6,10,13can resultin decreased blood cell counts , which can then lead to serious infections , fatigue , bleeding , and death.6,10,13