… escalated the development of three-dimensional models (3D) as … However, during sprouting
angiogenesis TGF-β1 and … demonstrated using a 3D sprouting angiogenesis assay. The …

… tailored into a three-dimensional model of angiogenesis using … effectors of angiogenesis,
the model measures reflected the … but synergistically regulate sprout angiogenesis of human …

… Most conventional in vitro models lack the three-dimensional (… blood flow to avascular,
ischemic, or growing tissue (46, 47). … is coincident with sprouting angiogenesis that is especially …

… 2-dimensional simulations which additionally considered angiogenesis, necrosis and … of
the effects of model parameters on the number of live cancer cells of a growing tumor has been …

… wall to create sprouts in the initial stage of angiogenesis 33,… model that recapitulates a
three-dimensional TME to better understand the transition from avascular growth to angiogenesis …

… [27], we apply optimized angiogenic factors to promote sprouting and … three-dimensional
models provide a diverse toolbox for studies of developmental and pathological angiogenesis…

… 3-D region growing according to the minimum and … modeling, to appropriately address the
three-dimensional spatial distribution of the cerebrovasculature for the blood flow simulations…

… Three-dimensional (3D) … by sprouting can occur as a response to local cues derived from
hypoxic and tumorigenic tissues. There are two events which underlie sprouting angiogenesis, …

… culture) in a three-dimensional configuration to better represent … perspectives on the 3D
modelling strategies and their potential … The spheroids exhibited signs of sprouting angiogenesis …

… two-dimensional (2D) or three-dimensional (3D), with 3D in … or fibroblasts to aid in angiogenic
sprout formation, as well as … were shown to have a stronger angiogenic effect in our initial …