Ana Sayfa
This Subcommittee is focused on all blood flow related issues in thrombosis and hemostasis: from clinical blood flow assays of hemostasis to basic research models. We recognize the importance of shear stresses on hematopoietic cell and endothelial function and transport phenomena in coagulation, anticoagulation and fibrinolysis and how these phenomena combine with biochemical mechanisms in nonlinear and complex ways to control clotting, platelet activation, and vascular biology. The expertise of hematologists, biomedical researchers, physical scientists and engineers is utilized.
If you are interested in the subcommittee and want to follow its activity, please click “join group” above to sign up as a member (follower).
Mandate
To review the state-of-the-art in flow-related issues for clinical and research practitioners.
To evaluate existing blood flow assays and make recommendations for improvement.
To establish standardized research protocols and clinical flow-based assays of haemostasis.
To identify and foster emerging areas of research related to biorheology.
To communicate the findings of the subcommittee in a clear and timely manner through journal publications and conference presentations.
If you are a member of the Society and would like to know how to participate in the work of this group, please join the group to receive updates on activity or submit an Expression of Interest Form to the Chairman or any of the Co-Chairmen. We would be pleased to learn of your interest.
Leadership
Chair – David Bark
Co-chair – Steve Kerrigan
Co-chair – Netanel Korin
Co-chair – Paola van der Meijden
Co-chair – Pierre Mangin
Co-chair – Anna Waterhouse
Projects
In Vitro Approach to Study Turbulence Using Small Sample Volumes
project start: 2020, projected end: 2022
Performing Flow-Based Assays Under Coagulation Conditions
project start: 2020, projected end: 2021
In vitro flow device to study haemostasis and arterial thrombosis
project start: 2019, projected end: 2020
Multi-center study on flow assay protocols and designs
project start: 2016, projected end: 2021
Hemodynamics: Wall shear rate/blood flow values in human and mouse vessels
project start: 2018, projected end: 2020
Official Communications
Minutes
Bibliography
Publication Guidelines
Üyeler
Başkan: Hale ÖREN
Üyeler:
- Ayşe BOZKURT TURHAN
- İkbal OK BOZKAYA
- Zeynep Canan Özdemir
Faaliyetler
- In Vitro Approach to Study Turbulence Using Small Sample Volumes
project start: 2020, projected end: 2022
- Performing Flow-Based Assays Under Coagulation Conditions
project start: 2020, projected end: 2021 - In vitro flow device to study haemostasis and arterial thrombosis
project start: 2019, projected end: 2020
- Multi-center study on flow assay protocols and designs
project start: 2016, projected end: 2021 - Hemodynamics: Wall shear rate/blood flow values in human and mouse vessels
project start: 2018, projected end: 2020
- Official Communications
Çalışmalar
- In Vitro Approach to Study Turbulence Using Small Sample Volumes
project start: 2020, projected end: 2022
- Performing Flow-Based Assays Under Coagulation Conditions
project start: 2020, projected end: 2021 - In vitro flow device to study haemostasis and arterial thrombosisproject start: 2019, projected end: 2020
- Multi-center study on flow assay protocols and designs
project start: 2016, projected end: 2021 - Hemodynamics: Wall shear rate/blood flow values in human and mouse vesselsproject start: 2018, projected end: 2020
- Official Communications
Videolar
Bilgilendirmeler
- In Vitro Approach to Study Turbulence Using Small Sample Volumes
project start: 2020, projected end: 2022
- Performing Flow-Based Assays Under Coagulation Conditions
project start: 2020, projected end: 2021 - In vitro flow device to study haemostasis and arterial thrombosisproject start: 2019, projected end: 2020
- Multi-center study on flow assay protocols and designs
project start: 2016, projected end: 2021 - Hemodynamics: Wall shear rate/blood flow values in human and mouse vesselsproject start: 2018, projected end: 2020
- Official Communications
Kitaplar
- In Vitro Approach to Study Turbulence Using Small Sample Volumes
project start: 2020, projected end: 2022
- Performing Flow-Based Assays Under Coagulation Conditions
project start: 2020, projected end: 2021 - In vitro flow device to study haemostasis and arterial thrombosisproject start: 2019, projected end: 2020
- Multi-center study on flow assay protocols and designs
project start: 2016, projected end: 2021 - Hemodynamics: Wall shear rate/blood flow values in human and mouse vesselsproject start: 2018, projected end: 2020
- Official Communications
Veri Tabanları
- In Vitro Approach to Study Turbulence Using Small Sample Volumes
project start: 2020, projected end: 2022
- Performing Flow-Based Assays Under Coagulation Conditions
project start: 2020, projected end: 2021 - In vitro flow device to study haemostasis and arterial thrombosisproject start: 2019, projected end: 2020
- Multi-center study on flow assay protocols and designs
project start: 2016, projected end: 2021 - Hemodynamics: Wall shear rate/blood flow values in human and mouse vesselsproject start: 2018, projected end: 2020
- Official Communications
İletişim
Telefon
0 505 418 45 55
Adres
İstanbul Tabip Odası Türk Ocağı Cad.
no:19, kat:1/8
Cağaloğlu, İstanbul
