Detection of differences in surface-charge-associated properties of cells by partition in two-polymer aqueous phase systems.
Brooks, D E
Detection of differences in surface-charge-associated properties of cells by partition in two-polymer aqueous phase systems. [electronic resource] - Nature: New biology Nov 1971 - 61-2 p. digital
Publication Type: Journal Article
0090-0028
10.1038/newbio234061a0 doi
Animals
Blood Preservation
Cell Movement
Countercurrent Distribution
Dextrans
Electrophoresis
Erythrocytes--physiology
Glycols
Humans
Polyethylenes
Polymers
Rats
Surface Properties
Detection of differences in surface-charge-associated properties of cells by partition in two-polymer aqueous phase systems. [electronic resource] - Nature: New biology Nov 1971 - 61-2 p. digital
Publication Type: Journal Article
0090-0028
10.1038/newbio234061a0 doi
Animals
Blood Preservation
Cell Movement
Countercurrent Distribution
Dextrans
Electrophoresis
Erythrocytes--physiology
Glycols
Humans
Polyethylenes
Polymers
Rats
Surface Properties