| Plural | megakaryocytes |
megakaryocyte development
megakaryocyt udvikling
megakaryocyte function
megakaryocytfunktion
megakaryocyte production
megakaryocytproduktion
megakaryocyte maturation
megakaryocytmodning
megakaryocyte lineage
megakaryocyt linje
megakaryocyte biology
megakaryocyt biologi
megakaryocyte counts
megakaryocyt antal
megakaryocyte signaling
megakaryocyt signalering
megakaryocyte disorders
megakaryocytforstyrrelser
megakaryocyte markers
megakaryocyt markører
the megakaryocyte plays a crucial role in the production of platelets.
Megakaryocytter spiller en afgørende rolle i produktionen af blodplader.
researchers are studying megakaryocyte development in the bone marrow.
Forskere studerer udviklingen af megakaryocytter i knoglemarven.
abnormal megakaryocyte function can lead to various blood disorders.
Abnormal funktion af megakaryocytter kan føre til forskellige blodforstyrrelser.
increased megakaryocyte numbers can indicate a response to inflammation.
Øgede antal megakaryocytter kan indikere en reaktion på inflammation.
megakaryocyte maturation is essential for effective hemostasis.
Megakaryocytters modning er afgørende for effektiv hæmostase.
scientists are exploring the genetic regulation of megakaryocyte differentiation.
Forskere undersøger den genetiske regulering af megakaryocytters differentiering.
megakaryocytes can be identified by specific surface markers.
Megakaryocytter kan identificeres ved specifikke overflademarkører.
platelet production begins with the fragmentation of megakaryocytes.
Blodpladeproduktionen begynder med fragmenteringen af megakaryocytter.
understanding megakaryocyte biology is vital for developing new therapies.
At forstå megakaryocytternes biologi er afgørende for at udvikle nye behandlinger.
megakaryocyte activity can be influenced by various cytokines.
Megakaryocytternes aktivitet kan påvirkes af forskellige cytokiner.
megakaryocyte development
megakaryocyt udvikling
megakaryocyte function
megakaryocytfunktion
megakaryocyte production
megakaryocytproduktion
megakaryocyte maturation
megakaryocytmodning
megakaryocyte lineage
megakaryocyt linje
megakaryocyte biology
megakaryocyt biologi
megakaryocyte counts
megakaryocyt antal
megakaryocyte signaling
megakaryocyt signalering
megakaryocyte disorders
megakaryocytforstyrrelser
megakaryocyte markers
megakaryocyt markører
the megakaryocyte plays a crucial role in the production of platelets.
Megakaryocytter spiller en afgørende rolle i produktionen af blodplader.
researchers are studying megakaryocyte development in the bone marrow.
Forskere studerer udviklingen af megakaryocytter i knoglemarven.
abnormal megakaryocyte function can lead to various blood disorders.
Abnormal funktion af megakaryocytter kan føre til forskellige blodforstyrrelser.
increased megakaryocyte numbers can indicate a response to inflammation.
Øgede antal megakaryocytter kan indikere en reaktion på inflammation.
megakaryocyte maturation is essential for effective hemostasis.
Megakaryocytters modning er afgørende for effektiv hæmostase.
scientists are exploring the genetic regulation of megakaryocyte differentiation.
Forskere undersøger den genetiske regulering af megakaryocytters differentiering.
megakaryocytes can be identified by specific surface markers.
Megakaryocytter kan identificeres ved specifikke overflademarkører.
platelet production begins with the fragmentation of megakaryocytes.
Blodpladeproduktionen begynder med fragmenteringen af megakaryocytter.
understanding megakaryocyte biology is vital for developing new therapies.
At forstå megakaryocytternes biologi er afgørende for at udvikle nye behandlinger.
megakaryocyte activity can be influenced by various cytokines.
Megakaryocytternes aktivitet kan påvirkes af forskellige cytokiner.
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