A COMPARISON OF THE USE OF TWO IMMUNOMAGNETIC MICROSPHERES FOR SECONDARY PURIFICATION OF PANCREATIC ISLETS1

JE Davies, S Winoto-Morbach, K Ulrichs… - …, 1996 - journals.lww.com
Immunomagnetic cell separation has been shown to be a highly attractive alternative to
density-dependent methods for islet purification. There are two types of beads, magnetic …

[引用][C] A comparison of the use of two immunomagnetic microspheres for secondary purification of two immunomagnetic microspheres for secondary purification of …

JE DAVIES, S WINOTO-MORBACH… - …, 1996 - pascal-francis.inist.fr
A comparison of the use of two immunomagnetic microspheres for secondary purification of
two immunomagnetic microspheres for secondary purification of pancreatic islets CNRS Inist …

A comparison of the use of two immunomagnetic microspheres for secondary purification of pancreatic islets

JE Davies, S Winoto-Morbach, K Ulrichs… - …, 1996 - pubmed.ncbi.nlm.nih.gov
Immunomagnetic cell separation has been shown to be a highly attractive alternative to
density-dependent methods for islet purification. There are two types of beads, magnetic …

A COMPARISON OF THE USE OF TWO IMMUNOMAGNETIC MICROSPHERES FOR SECONDARY PURIFICATION OF PANCREATIC ISLETS1

JE Davies, S Winoto-Morbach, K Ulrichs… - …, 1996 - journals.lww.com
Immunomagnetic cell separation has been shown to be a highly attractive alternative to
density-dependent methods for islet purification. There are two types of beads, magnetic …

A comparison of the use of two immunomagnetic microspheres for secondary purification of pancreatic islets.

JE Davies, S Winoto-Morbach, K Ulrichs, RF James… - …, 1996 - europepmc.org
Immunomagnetic cell separation has been shown to be a highly attractive alternative to
density-dependent methods for islet purification. There are two types of beads, magnetic …

[引用][C] A comparison of the use of two immunomagnetic microspheres for secondary purification of two immunomagnetic microspheres for secondary purification of …

JE DAVIES, S WINOTO-MORBACH… - …, 1996 - Lippincott Williams & Wilkins