You are on the new improved site. You can view the old site in view-only mode here until June 27, 2026

Filter Results

Select search scope: search across all journals or within the current journal

Search this journal

Enter search terms…

Advanced search

/

About

About Sage
About Sage Journals
Privacy Policy
Terms of Use
Contact Us
Help

Information for

Authors
Editors
Librarians
Researchers
Reviewers
Frequently asked questions

All content on this site: Copyright © 2026 Sage Publications. All rights reserved. This website is technically supported and operated by China National Publications Import and Export (Group) Co., Ltd. 京ICP备09090397号-11

A contribution to the kinematics of filtration,when plasma is separated from whole blood

Clinical Hemorheology and Microcirculation

Journal indexing and metrics

Journal Homepage Submission guidelines

Restricted access

Research article

First published online February, 1985

A contribution to the kinematics of filtration,when plasma is separated from whole blood

Volume 5, Issue 1

https://doi.org/10.3233/CH-1985-5109

Abstract

A “relative viscosity-haematocrit-rate of shear” relationship is used in the study of blood ultrafiltration in a parallel-plate plasmapheresis device. Some preliminary in vitro experimental work with platelet-poor ox-blood is presented.

Keywords

plasmapheresis parallel-plate blood viscosity shear rate

Get full access to this article

View all access options for this article.

Browse journal

Current issue OnlineFirst All issues

Similar articles

Retricted access

A comparative study of blood viscometers of 3 different types

Retricted access

Measurement of blood viscosity using a pressure‐scanning capillary viscometer

Retricted access

Viscosimetric monitoring of plasmapheresis

Retricted access

Increased whole blood viscosity is associated with primary idiopathic complete atrioventricular block and poor clinical outcomes in these patients