osteoblast (Also osteoblasts) : Related Words Words similar in meaning to osteoblast
- bone-forming cell«
- osteoblast«
- syncytialization«
- bone«
- preosteoblastic«
- phosphate«
- embryonic cell«
- preosteoblast«
- calcium«
- formative cell«
- panosteitis«
- bone formation«
- osterix«
- active osteoblast«
- osteoprogenitor«
- bone matrix«
- osteoplast«
- organic matrix«
- osteoid«
- osteocyte«
- osteoclast«
- mineral«
- osteochondroprogenitor«
- cartilage«
- osteocalcin«
- osteoblastoma«
- skeleton«
- osteoblastogenesis«
- protein«
- osteoblastic«
- mesenchymal stem cell«
- odontoblast«
- mononucleate«
- collagen«
- cell«
- osteon«
- bone mineral«
- air breathing vertebrate«
- blast cell«
- hydroxyapatite«
- chondrocytes«
- mineralized matrix«
- mineralized cartilage«
- tight junction«
- acid«
- matrix«
- dietary calcium«
- osteopontin«
- mineral formation«
- alkaline phosphatase«
- extracellular fluid«
- acth«
- osteoblast bone formation«
- individual osteoblast«
- mineralization«
- mineralization front«
- unit«
- surface layer«
- mechanism«
- connected cell«
- breathing vertebrate«
- osteoblast activity«
- collagen type«
- concentration«
- bone mass«
- secretory«
- bone morphogenetic protein«
- ultrastructure«
- parathyroid hormone«
- gap junction«
- compressive strength«
- feedback«
- stoichiometry«
- narrow band«
- tensile strength«
- micrometer«
- cell type«
- bone marrow«
- uptake«
- secretion«
- steroid«
- maintenance«
- tissue culture form«
- tiny irregular crystal«
- thin connective tissue layer«
- surface osteoblast«
- strong composite material«
- serum calcium activity«
- reverse transport mechanism«
- regulatory transcription factor cbfa1/runx2«
- regulated transport process«
- regulated transport«
- redundant na/h exchanger«
- primitive skeleton«
- phosphate maintenance«
- passive mineralization mechanism«
- osteogenesis«
- osteocyte limit«
- osteoblast separate bone«
- organized osteoblast«
- nhe6«
- naphthol phosphate«
- mineral precipitate acid«
- maximal matrix strength«
- matrix secreting cell«
- margaret w. neuman«
- low molecular weight fluorescent dye«
- isolated mesenchymal stem cell«
- intermittent pth stimulation«
- intermediate localization«
- individual cartilage«
- impermeable zone«
- hydrophilic proteoglycans«
- h+ exchange«
- excellent tensile«
- essential bone regulatory factor«
- dietary calcium result«
- dense mineralized tissue«
- dense crosslinked rope«
- dense collagen type«
- degrading mineralized tissue«
- crosslinked collagen«
- complete mineral precipitation«
- collagen rope«
- cartilage mineralizes«
- ca2+ ⇌ ca10(po4)6(oh)2«
- bone synthesis pathway«
- bone matrix degradation«
- bone formation space«
- bone compartment separate«
- blastanō«
- barrier osteoblast«
- balance mineral«
- alkaline bone compartment«
- advanced cellular bone«
- additional specialized protein«
- additional central signal«
- acid removal«
- blood vessel«
- hormone«
- transport mineral«
- transitional tissue«
- skeletal differentiation«
- prominent golgi apparatus«
- passive transporter«
- other growth factor«
- na+/h+ exchange«
- matrix compartment«
- initial skeleton«
- inactive osteoblast«
- harold m. frost«
- dynamic tissue«
- diazonium dye«
- deeper cell«
- cellular bone«
- bone matrix synthesis«
- ancestral precursor«
- alkaline phosphatase enzyme activity«
- active bone formation«
- major cellular component«
- low dietary calcium«
- key growth factor«
- hormonal regulator«
- histological staining«
- geigy corporation isbn«
- extracellular condition«
- complex regulatory system«
- cartilage replacement«
- cartilage differentiation«
- william f. neuman«
- systemic function«
- sclerostin«
- osteosclerotic bone«
- osteoprogenitors«
- nhe1«
- mineral hydroxyapatite«
- glucocorticoid production«
- tubular shell«
- mineralized skeleton«
- massive expression«
- intercellular connection«
- hydroxide salt«
- cement line«
- calcein«
- bone differentiation«
- contrast«
- periodic spike«
- mineral transport«
- matrix space«
- health result«
- characteristic marker«
- physiological homeostasis«
- permissive condition«
- osteoblastic differentiation«
- bone removal«
- blood vessel cell«
- dense mineral«
- zone adjacent«
- significant mechanism«
- massive capacity«
- collagen type ii«
- base status«
- pathway«
- synthetic cell«
- physiology«
- respective gene«
- endosteum«
- alkaline ph.«
- regulated manner«
- layer parallel«
- active formation«
- nucleus«
- chondrocyte«
- adult skeleton«
- hollow inside«
- air breathing«
- reproduction«
- tissue«
- mineral deposition«
- major extent«
- axis«
- molecular weight compound«
- amount«
- cuboidal cell«
- blood calcium«
- cellular connection«
- intramembranous ossification«
- glycoprotein hormone«
- calcium intake«
- ultrastructural study«
- organism«
- bone destruction«
- minor increase«
- chemical dynamic«
- barrier layer«
- mouse«
- bone turnover«
- serum calcium«
- mineral component«
- hydroxylapatite«
- bone surface«
- tgf beta«
- endochondral ossification«
- major expenditure«
- base balance«
- accessory protein«
- cell process«
- matrix protein«
- frank h.«
- joint space«
- pituitary hormone«
- bone development«
- organization«
- single nucleus«
- hematoxylin«
- adrenal«
- elastic deformation«
- local concentration«
- process«
- layer«
- specific marker«
- growth factor beta«
- eosin«
- netter«
- skeletal element«
- additional family«
- additional mechanism«
- rough endoplasmic reticulum«
- parathyroid gland«
- adrenocorticotropic hormone«
- advanced type«
- bone resorption«
- osteogenesis imperfecta«
- passive diffusion«
- physiological role«
- menopausal woman«
- energy metabolism«
- specialized cell«
- fibroblast growth factor«
- knockout mouse«
- progenitor cell«
- key enzyme«
- popular idea«
- musculoskeletal system«
- hollow tube«
- periosteum«
- vascular tissue«
- regulatory system«
- deeper layer«
- health consequence«
- significant concentration«
- cellular differentiation«
- active transport«
- mass action«
- bone density«
- commonest«
- tetracycline«
- ciba«
- metabolic activity«
- phosphatase«
- cartilaginous fish«
- staining«
- hand«
- enormous quantity«
- advanced class«
- component«
- living organism«
- metabolic disorder«
- structural component«
- main support«
- closed system«
- bone fracture«
- transport«
- patterning«
- glucocorticoid«
- specific site«
- individual cell«
- key step«
- electron microscope«
- experimental evidence«
- follicle«
- relation«
- include«
- osteoporosis«
- major element«
- magnification«
- central position«
- growth factor«
- function«
- formation«
- vitamin c«
- estrogen«
- common misconception«
- composite material«
- superfamily«
- transcription factor«
- major feature«
- fibroblast«
- neuroblast«
- erythroblast«
- blastocyte«
- ameloblast«
- sideroblast«