chondrocyte differentiation
chondrocyt-differentiering
chondrocyte apoptosis
chondrocyt-apoptose
chondrocyte proliferation
chondrocyt-proliferation
chondrocyte metabolism
chondrocyt-metabolisme
chondrocyte culture
chondrocyt-kultur
chondrocyte function
chondrocyt-funktion
chondrocyte viability
chondrocyt-levetid
chondrocyte aging
chondrocyt-aldring
chondrocyte phenotype
chondrocyt-fenotype
chondrocyte matrix
chondrocyt-matrix
chondrocyte differentiation is regulated by various growth factors during cartilage development.
Chondrocyt-differentiering reguleres af forskellige voksefaktorer under cartilageudvikling.
abnormal chondrocyte proliferation contributes to the progression of osteoarthritis.
Abnormal chondrocyt-proliferation bidrager til forløbet af osteoartrit.
increased chondrocyte apoptosis has been observed in damaged articular cartilage.
Øget chondrocyt-apoptose er blevet observeret i skadet ledbeskyttende cartilage.
chondrocyte metabolism can be altered by inflammatory cytokines in joint disease.
Chondrocyt-metabolismen kan ændres af inflammatoriske cytokiner i ledsygdom.
maintaining the chondrocyte phenotype is essential for cartilage tissue engineering.
At bevare chondrocyt-fenotypen er afgørende for cartilagevævsteknologi.
primary chondrocyte culture is commonly used to study cartilage biology in vitro.
Primær chondrocyt-kultur bruges ofte til at studere cartilagebiologi in vitro.
chondrocyte migration plays a critical role in cartilage repair mechanisms.
Chondrocyt-migration spiller en afgørende rolle i cartilage-reparationsmekanismer.
cellular senescence in chondrocytes is associated with age-related cartilage degeneration.
Celle-senescence i chondrocyter er forbundet med aldersrelateret cartilage-degenerering.
chondrocyte matrix synthesis is crucial for maintaining the structural integrity of cartilage.
Chondrocyt-matrix syntese er afgørende for at opretholde strukturelle integritet af cartilage.
chondrocyte hypertrophy leads to vascular invasion and endochondral ossification.
Chondrocyt-hypertrofi fører til vaskulær invasion og endokondral osteogenese.
degenerative changes in chondrocytes result in reduced extracellular matrix production.
Degenerative ændringer i chondrocyter resulterer i reduceret ekstracellulær matrix produktion.
mechanical loading influences chondrocyte activity and cartilage homeostasis.
Mekanisk belastning påvirker chondrocyt-aktivitet og cartilage homeostase.
chondrocyte differentiation
chondrocyt-differentiering
chondrocyte apoptosis
chondrocyt-apoptose
chondrocyte proliferation
chondrocyt-proliferation
chondrocyte metabolism
chondrocyt-metabolisme
chondrocyte culture
chondrocyt-kultur
chondrocyte function
chondrocyt-funktion
chondrocyte viability
chondrocyt-levetid
chondrocyte aging
chondrocyt-aldring
chondrocyte phenotype
chondrocyt-fenotype
chondrocyte matrix
chondrocyt-matrix
chondrocyte differentiation is regulated by various growth factors during cartilage development.
Chondrocyt-differentiering reguleres af forskellige voksefaktorer under cartilageudvikling.
abnormal chondrocyte proliferation contributes to the progression of osteoarthritis.
Abnormal chondrocyt-proliferation bidrager til forløbet af osteoartrit.
increased chondrocyte apoptosis has been observed in damaged articular cartilage.
Øget chondrocyt-apoptose er blevet observeret i skadet ledbeskyttende cartilage.
chondrocyte metabolism can be altered by inflammatory cytokines in joint disease.
Chondrocyt-metabolismen kan ændres af inflammatoriske cytokiner i ledsygdom.
maintaining the chondrocyte phenotype is essential for cartilage tissue engineering.
At bevare chondrocyt-fenotypen er afgørende for cartilagevævsteknologi.
primary chondrocyte culture is commonly used to study cartilage biology in vitro.
Primær chondrocyt-kultur bruges ofte til at studere cartilagebiologi in vitro.
chondrocyte migration plays a critical role in cartilage repair mechanisms.
Chondrocyt-migration spiller en afgørende rolle i cartilage-reparationsmekanismer.
cellular senescence in chondrocytes is associated with age-related cartilage degeneration.
Celle-senescence i chondrocyter er forbundet med aldersrelateret cartilage-degenerering.
chondrocyte matrix synthesis is crucial for maintaining the structural integrity of cartilage.
Chondrocyt-matrix syntese er afgørende for at opretholde strukturelle integritet af cartilage.
chondrocyte hypertrophy leads to vascular invasion and endochondral ossification.
Chondrocyt-hypertrofi fører til vaskulær invasion og endokondral osteogenese.
degenerative changes in chondrocytes result in reduced extracellular matrix production.
Degenerative ændringer i chondrocyter resulterer i reduceret ekstracellulær matrix produktion.
mechanical loading influences chondrocyte activity and cartilage homeostasis.
Mekanisk belastning påvirker chondrocyt-aktivitet og cartilage homeostase.
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