| Plural | haematogeneses |
haematogenesis process
haematogenese proces
haematogenesis factors
haematogenese faktorer
haematogenesis regulation
haematogenese regulering
haematogenesis disorders
haematogenese forstyrrelser
haematogenesis pathways
haematogenese veje
haematogenesis cells
haematogenese celler
haematogenesis mechanisms
haematogenese mekanismer
haematogenesis studies
haematogenese studier
haematogenesis signals
haematogenese signaler
haematogenesis model
haematogenese model
haematogenesis is crucial for blood cell formation.
Haematogenese er afgørende for dannelsen af blodceller.
understanding haematogenesis can help in treating blood disorders.
Forståelse af hæmatogenese kan hjælpe med at behandle blodlidelser.
research on haematogenesis has advanced significantly in recent years.
Forskning i hæmatogenese er betydeligt avanceret i de seneste år.
haematogenesis occurs in the bone marrow.
Hæmatogenese foregår i knoglemarven.
disruptions in haematogenesis can lead to anemia.
Forstyrrelser i hæmatogenese kan føre til anæmi.
scientists study haematogenesis to develop new therapies.
Forskere studerer hæmatogenese for at udvikle nye terapier.
haematogenesis involves several stages of cell differentiation.
Hæmatogenese involverer flere stadier af celledifferenciering.
genetic factors can influence the process of haematogenesis.
Genetiske faktorer kan påvirke processen med hæmatogenese.
haematogenesis is essential for maintaining healthy blood levels.
Hæmatogenese er afgørende for at opretholde sunde blodniveauer.
innovative techniques are being developed to study haematogenesis.
Innovative teknikker er ved at blive udviklet til at studere hæmatogenese.
haematogenesis process
haematogenese proces
haematogenesis factors
haematogenese faktorer
haematogenesis regulation
haematogenese regulering
haematogenesis disorders
haematogenese forstyrrelser
haematogenesis pathways
haematogenese veje
haematogenesis cells
haematogenese celler
haematogenesis mechanisms
haematogenese mekanismer
haematogenesis studies
haematogenese studier
haematogenesis signals
haematogenese signaler
haematogenesis model
haematogenese model
haematogenesis is crucial for blood cell formation.
Haematogenese er afgørende for dannelsen af blodceller.
understanding haematogenesis can help in treating blood disorders.
Forståelse af hæmatogenese kan hjælpe med at behandle blodlidelser.
research on haematogenesis has advanced significantly in recent years.
Forskning i hæmatogenese er betydeligt avanceret i de seneste år.
haematogenesis occurs in the bone marrow.
Hæmatogenese foregår i knoglemarven.
disruptions in haematogenesis can lead to anemia.
Forstyrrelser i hæmatogenese kan føre til anæmi.
scientists study haematogenesis to develop new therapies.
Forskere studerer hæmatogenese for at udvikle nye terapier.
haematogenesis involves several stages of cell differentiation.
Hæmatogenese involverer flere stadier af celledifferenciering.
genetic factors can influence the process of haematogenesis.
Genetiske faktorer kan påvirke processen med hæmatogenese.
haematogenesis is essential for maintaining healthy blood levels.
Hæmatogenese er afgørende for at opretholde sunde blodniveauer.
innovative techniques are being developed to study haematogenesis.
Innovative teknikker er ved at blive udviklet til at studere hæmatogenese.
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