The three disorders described in this chaptercan ... resultfrom monoclonal plasma cell proliferations
blood cancercausesplasma cells
co - infection with other viruses(passive) caused byplasma cells
Multiple myeloma ( MM ... a bone marrow cancerinfluencesplasma cells
DrugscausedPlasma Cells
Multiple Myelomacausesplasma cells
abnormal accumulation of monoclonal plasma cells in bone marrow(passive) caused byplasma cells
The ability of B - cells to proliferate and differentiate into memory space andinfluencesplasma cells
various myeloma ( a sort of malignant growth ... , a particular kind of white platelet ) and aloneinfluencesplasma cells
the surface of the breast ... neutrophils , lymphocytesdiscoveredplasma cells
light chainsresultingfrom plasma - cell dyscrasia
by IRF4 loss(passive) caused byplasma cells
complicationinfluencesplasma cells
numerous myeloma ( a sort of malignant growth ... , a particular kind of white platelet ) and aloneinfluencesplasma cells
ASPIRINcausingPLASMA CELLS
numerous myeloma ( a kind of malignant growth ... , a particular sort of white plateletinfluencesplasma cells
Novel targeted deregulation of c - Myc cooperates with Bcl - X(Lto causeplasma cell neoplasms
of multiple myeloma ( MM(passive) are composedPlasma cell dyscrasias
long - term antigenic stimulationleadingto plasma cell
a B - cell neoplasmoriginatingfrom the plasma cell
Beam - Target Interaction in External Magnetic Field(passive) Caused byPlasma Termalization
Proteasome inhibition using bortezomibcan leadto plasma cell apoptosis
virusescauseplasma viremia
originally(passive) was ... inventedPlasma - Arc Gasification
the factorsinfluenceplasma homocysteine
by dietary and genetic factors(passive) strongly influenced byplasma homocysteine
to determineinfluencesplasma viremia
Furthermore , Method I and Method III were appliedto discoverplasma biomarkers
wall mount bracket for inchledplasma videosecu
Factorsinfluencingplasma prothrombin
from B lymphocytes produced in the bone marroworiginatefrom B lymphocytes produced in the bone marrow
to disease severity of experimental autoimmune encephalomyelitiscontributeto disease severity of experimental autoimmune encephalomyelitis
in the boneoriginatein the bone
symptomsmay causesymptoms
from monoclonal proliferation of plasma cellsresultfrom monoclonal proliferation of plasma cells
to immunoglobulin proteinleadto immunoglobulin protein
to immunoglobulin protein AAleadto immunoglobulin protein AA
to a range of symptomsleadingto a range of symptoms
to end - organ damageleadingto end - organ damage
in a transient ( 6 month ) depletion of > 60 % of circulating B - cellsresultsin a transient ( 6 month ) depletion of > 60 % of circulating B - cells
a wide variety of complications leading to organ dysfunction and eventually deathcausinga wide variety of complications leading to organ dysfunction and eventually death
from the bone marroworiginatingfrom the bone marrow
from clonal expansion ofresultfrom clonal expansion of
in each groupsetin each group
in PPs and possibly other sites of B cell activationoriginatein PPs and possibly other sites of B cell activation
to varied clinical presentationsleadingto varied clinical presentations
to the determination of their lifespan ' AuthorsDo ... contributeto the determination of their lifespan ' Authors
to tissue damageleadto tissue damage
AL amyloidosis(passive) caused byAL amyloidosis
AL amyloidosis(passive) caused byAL amyloidosis
in the B - cell line , which is a type of white blood cell that is responsible for the production of antibodies that fight infectionoriginatingin the B - cell line , which is a type of white blood cell that is responsible for the production of antibodies that fight infection
amyloidosis(passive) Caused byamyloidosis
damage of multiple organs with fatal consequences for patientscausingdamage of multiple organs with fatal consequences for patients
in the overproduction of clonal malignant plasmaresultsin the overproduction of clonal malignant plasma