Calling all vascular biologists! Join us for cutting edge science at #Angioscience26 in gorgeous Seeon, Bavaria.
Awesome speakers, intimate setting, many talks from abstracts. Deadline June 15th to register!
vwfb.de/start/regist...
Awesome speakers, intimate setting, many talks from abstracts. Deadline June 15th to register!
vwfb.de/start/regist...
May 28, 2026 at 3:07 PM
Calling all vascular biologists! Join us for cutting edge science at #Angioscience26 in gorgeous Seeon, Bavaria.
Awesome speakers, intimate setting, many talks from abstracts. Deadline June 15th to register!
vwfb.de/start/regist...
Awesome speakers, intimate setting, many talks from abstracts. Deadline June 15th to register!
vwfb.de/start/regist...
Join us to hear Maike Frye at #Angioscience26!
Maike studies how extracellular and physical microenvironments govern vessel integrity, notably demonstrating how matrix stiffness instructs lymphatic vessel formation.
Deadline June 15th. Register today!
Maike studies how extracellular and physical microenvironments govern vessel integrity, notably demonstrating how matrix stiffness instructs lymphatic vessel formation.
Deadline June 15th. Register today!
June 12, 2026 at 2:14 AM
Join us to hear Maike Frye at #Angioscience26!
Maike studies how extracellular and physical microenvironments govern vessel integrity, notably demonstrating how matrix stiffness instructs lymphatic vessel formation.
Deadline June 15th. Register today!
Maike studies how extracellular and physical microenvironments govern vessel integrity, notably demonstrating how matrix stiffness instructs lymphatic vessel formation.
Deadline June 15th. Register today!
Hear Li-Kun Phng at #Angioscience26!
Li-Kun studies endothelial cell behavior during angiogenesis, revealing how cell polarity, migration, and signaling dynamics shape vascular network formation and remodeling in vivo. 🐟
Deadline tomorrow, June 15th! www.vwfb.de/start/regist...
Li-Kun studies endothelial cell behavior during angiogenesis, revealing how cell polarity, migration, and signaling dynamics shape vascular network formation and remodeling in vivo. 🐟
Deadline tomorrow, June 15th! www.vwfb.de/start/regist...
June 15, 2026 at 2:05 AM
Hear Li-Kun Phng at #Angioscience26!
Li-Kun studies endothelial cell behavior during angiogenesis, revealing how cell polarity, migration, and signaling dynamics shape vascular network formation and remodeling in vivo. 🐟
Deadline tomorrow, June 15th! www.vwfb.de/start/regist...
Li-Kun studies endothelial cell behavior during angiogenesis, revealing how cell polarity, migration, and signaling dynamics shape vascular network formation and remodeling in vivo. 🐟
Deadline tomorrow, June 15th! www.vwfb.de/start/regist...
Come hear Stefania Nicoli at #Angioscience26!
Stefania examines how non-coding RNAs integrate metabolic & biomechanical signals to regulate cell behavior in cardiovascular development & disease. 🔬
Register today! www.vwfb.de/start/regist...
Stefania examines how non-coding RNAs integrate metabolic & biomechanical signals to regulate cell behavior in cardiovascular development & disease. 🔬
Register today! www.vwfb.de/start/regist...
June 15, 2026 at 6:21 PM
Come hear Stefania Nicoli at #Angioscience26!
Stefania examines how non-coding RNAs integrate metabolic & biomechanical signals to regulate cell behavior in cardiovascular development & disease. 🔬
Register today! www.vwfb.de/start/regist...
Stefania examines how non-coding RNAs integrate metabolic & biomechanical signals to regulate cell behavior in cardiovascular development & disease. 🔬
Register today! www.vwfb.de/start/regist...
Yes, do attend #Angioscience26 and hear me talk about how #actin and cellular hydraulics control endothelial #mechanobiology during #angiogenesis and #EHT! #zebrafish
Hear Li-Kun Phng at #Angioscience26!
Li-Kun studies endothelial cell behavior during angiogenesis, revealing how cell polarity, migration, and signaling dynamics shape vascular network formation and remodeling in vivo. 🐟
Deadline tomorrow, June 15th! www.vwfb.de/start/regist...
Li-Kun studies endothelial cell behavior during angiogenesis, revealing how cell polarity, migration, and signaling dynamics shape vascular network formation and remodeling in vivo. 🐟
Deadline tomorrow, June 15th! www.vwfb.de/start/regist...
June 15, 2026 at 5:55 AM
Yes, do attend #Angioscience26 and hear me talk about how #actin and cellular hydraulics control endothelial #mechanobiology during #angiogenesis and #EHT! #zebrafish
Hear Shane Herbert at #Angioscience26!
@herbertlab.bsky.social examines how cells coordinate their behavior to build new tissues, using live-cell imaging in 🐟. He showed how Notch signaling & mechanical feedback drive endothelial tip-stalk competition during sprouting.
Deadline June 15th!
@herbertlab.bsky.social examines how cells coordinate their behavior to build new tissues, using live-cell imaging in 🐟. He showed how Notch signaling & mechanical feedback drive endothelial tip-stalk competition during sprouting.
Deadline June 15th!
June 13, 2026 at 9:04 PM
Hear Shane Herbert at #Angioscience26!
@herbertlab.bsky.social examines how cells coordinate their behavior to build new tissues, using live-cell imaging in 🐟. He showed how Notch signaling & mechanical feedback drive endothelial tip-stalk competition during sprouting.
Deadline June 15th!
@herbertlab.bsky.social examines how cells coordinate their behavior to build new tissues, using live-cell imaging in 🐟. He showed how Notch signaling & mechanical feedback drive endothelial tip-stalk competition during sprouting.
Deadline June 15th!
Join us to hear Bong-Inh Koh at #Angioscience26!
Bong-Inh showed how VEGFR2 signaling drives meningeal vascular regeneration after severe head injury & characterizes organ-specific vascular niches in craniofacial bones.
Deadline June 15th. Register today!
vwfb.de/start/regist...
Bong-Inh showed how VEGFR2 signaling drives meningeal vascular regeneration after severe head injury & characterizes organ-specific vascular niches in craniofacial bones.
Deadline June 15th. Register today!
vwfb.de/start/regist...
June 13, 2026 at 2:48 AM
Join us to hear Bong-Inh Koh at #Angioscience26!
Bong-Inh showed how VEGFR2 signaling drives meningeal vascular regeneration after severe head injury & characterizes organ-specific vascular niches in craniofacial bones.
Deadline June 15th. Register today!
vwfb.de/start/regist...
Bong-Inh showed how VEGFR2 signaling drives meningeal vascular regeneration after severe head injury & characterizes organ-specific vascular niches in craniofacial bones.
Deadline June 15th. Register today!
vwfb.de/start/regist...
Hear Taija Mäkinen at #Angioscience26!
Taija studies lymphangiogenesis and showed that dermal lymphatic vasculature arises from non-venous mesenchymal progenitors. Her work has underscored lymphatic heterogeneity and lymphangiocrine signaling.
Deadline June 15th! www.vwfb.de/start/regist...
Taija studies lymphangiogenesis and showed that dermal lymphatic vasculature arises from non-venous mesenchymal progenitors. Her work has underscored lymphatic heterogeneity and lymphangiocrine signaling.
Deadline June 15th! www.vwfb.de/start/regist...
June 13, 2026 at 6:04 PM
Hear Taija Mäkinen at #Angioscience26!
Taija studies lymphangiogenesis and showed that dermal lymphatic vasculature arises from non-venous mesenchymal progenitors. Her work has underscored lymphatic heterogeneity and lymphangiocrine signaling.
Deadline June 15th! www.vwfb.de/start/regist...
Taija studies lymphangiogenesis and showed that dermal lymphatic vasculature arises from non-venous mesenchymal progenitors. Her work has underscored lymphatic heterogeneity and lymphangiocrine signaling.
Deadline June 15th! www.vwfb.de/start/regist...
Join us to hear Hellmut Augustin at #Angioscience26!
Hellmut studies how Ang-Tie signaling regulates vessel maturation, stability and tumor angiogenesis & how organotypic endothelial cells control metastasis, immune responses and organ function via angiocrine signaling.
Deadline June 15th!
Hellmut studies how Ang-Tie signaling regulates vessel maturation, stability and tumor angiogenesis & how organotypic endothelial cells control metastasis, immune responses and organ function via angiocrine signaling.
Deadline June 15th!
June 11, 2026 at 1:25 PM
Join us to hear Hellmut Augustin at #Angioscience26!
Hellmut studies how Ang-Tie signaling regulates vessel maturation, stability and tumor angiogenesis & how organotypic endothelial cells control metastasis, immune responses and organ function via angiocrine signaling.
Deadline June 15th!
Hellmut studies how Ang-Tie signaling regulates vessel maturation, stability and tumor angiogenesis & how organotypic endothelial cells control metastasis, immune responses and organ function via angiocrine signaling.
Deadline June 15th!
Hear Tatiana Petrova at #Angioscience26!
Tatiana studies lymphatic vascular development & tissue-specific remodeling, defining how Prox1, organ-specific mechanical forces, and metabolic signaling pathways govern lymphatic endothelial cell identity & maturation in health & disease.
Tatiana studies lymphatic vascular development & tissue-specific remodeling, defining how Prox1, organ-specific mechanical forces, and metabolic signaling pathways govern lymphatic endothelial cell identity & maturation in health & disease.
June 16, 2026 at 3:27 AM
Hear Tatiana Petrova at #Angioscience26!
Tatiana studies lymphatic vascular development & tissue-specific remodeling, defining how Prox1, organ-specific mechanical forces, and metabolic signaling pathways govern lymphatic endothelial cell identity & maturation in health & disease.
Tatiana studies lymphatic vascular development & tissue-specific remodeling, defining how Prox1, organ-specific mechanical forces, and metabolic signaling pathways govern lymphatic endothelial cell identity & maturation in health & disease.
Hear Lena Claesson-Welsh at #Angioscience26!
Lena fundamentally advanced vascular biology by uncovering how VEGFR signaling, junctional dynamics & proteins like CD93 regulate endothelial permeability & vessel leakage in tumor metastasis & inflammatory diseases.
See our program: www.vwfb.de
Lena fundamentally advanced vascular biology by uncovering how VEGFR signaling, junctional dynamics & proteins like CD93 regulate endothelial permeability & vessel leakage in tumor metastasis & inflammatory diseases.
See our program: www.vwfb.de
June 18, 2026 at 3:17 AM
Hear Lena Claesson-Welsh at #Angioscience26!
Lena fundamentally advanced vascular biology by uncovering how VEGFR signaling, junctional dynamics & proteins like CD93 regulate endothelial permeability & vessel leakage in tumor metastasis & inflammatory diseases.
See our program: www.vwfb.de
Lena fundamentally advanced vascular biology by uncovering how VEGFR signaling, junctional dynamics & proteins like CD93 regulate endothelial permeability & vessel leakage in tumor metastasis & inflammatory diseases.
See our program: www.vwfb.de
Come hear Ben Hogan at #Angioscience26!
Ben uses high-resolution live imaging, forward genetic zebrafish screens 🐟 and single-cell transcriptomics to study lymphangiogenesis, the blood-brain barrier formation and pericyte maturation. 🔬
Deadline June 15th! www.vwfb.de/start/regist...
Ben uses high-resolution live imaging, forward genetic zebrafish screens 🐟 and single-cell transcriptomics to study lymphangiogenesis, the blood-brain barrier formation and pericyte maturation. 🔬
Deadline June 15th! www.vwfb.de/start/regist...
June 14, 2026 at 4:46 PM
Come hear Ben Hogan at #Angioscience26!
Ben uses high-resolution live imaging, forward genetic zebrafish screens 🐟 and single-cell transcriptomics to study lymphangiogenesis, the blood-brain barrier formation and pericyte maturation. 🔬
Deadline June 15th! www.vwfb.de/start/regist...
Ben uses high-resolution live imaging, forward genetic zebrafish screens 🐟 and single-cell transcriptomics to study lymphangiogenesis, the blood-brain barrier formation and pericyte maturation. 🔬
Deadline June 15th! www.vwfb.de/start/regist...
Come hear Anne Eichmann at #Angioscience26!
Anne not only helped elucidate neuronal cue guidance of angiogenesis, but also how sensing of hemodynamic flow via Piezo1 can go awry leading to vascular malformations & how ROCK is critical to vessel stability.
Find the Seeon program here: www.vwfb.de/
Anne not only helped elucidate neuronal cue guidance of angiogenesis, but also how sensing of hemodynamic flow via Piezo1 can go awry leading to vascular malformations & how ROCK is critical to vessel stability.
Find the Seeon program here: www.vwfb.de/
June 17, 2026 at 4:19 PM
Come hear Anne Eichmann at #Angioscience26!
Anne not only helped elucidate neuronal cue guidance of angiogenesis, but also how sensing of hemodynamic flow via Piezo1 can go awry leading to vascular malformations & how ROCK is critical to vessel stability.
Find the Seeon program here: www.vwfb.de/
Anne not only helped elucidate neuronal cue guidance of angiogenesis, but also how sensing of hemodynamic flow via Piezo1 can go awry leading to vascular malformations & how ROCK is critical to vessel stability.
Find the Seeon program here: www.vwfb.de/
Hear Pipsa Sararinen at #Angioscience26!
Pipsa studies endothelial junctions & vascular stability. She showed how Ang-2 drives endothelial destabilization via beta1-integrin & how targeting b1-integrin can inhibit pathological capillary leakage in diseases like sepsis.
More info here: www.vwfb.de
Pipsa studies endothelial junctions & vascular stability. She showed how Ang-2 drives endothelial destabilization via beta1-integrin & how targeting b1-integrin can inhibit pathological capillary leakage in diseases like sepsis.
More info here: www.vwfb.de
June 17, 2026 at 1:44 AM
Hear Pipsa Sararinen at #Angioscience26!
Pipsa studies endothelial junctions & vascular stability. She showed how Ang-2 drives endothelial destabilization via beta1-integrin & how targeting b1-integrin can inhibit pathological capillary leakage in diseases like sepsis.
More info here: www.vwfb.de
Pipsa studies endothelial junctions & vascular stability. She showed how Ang-2 drives endothelial destabilization via beta1-integrin & how targeting b1-integrin can inhibit pathological capillary leakage in diseases like sepsis.
More info here: www.vwfb.de