A fast and reliable procedure for gas chromatographic profiling of components in ultrafiltrated uremic serum has been developed, using glass capillary columns. Sample pretreatment consists of ultrafiltration, evaporation and silylation. Some twenty components are identified by electron-impact and chemical ionization mass spectrometry. A comparison is made between profiles of sera from a series of uremic patients, before and after hemodialysis, and from non-uremic sera. Significant differences are found between these profiles. A "dialysis ratio" is introduced as a parameter for the removal of retained components by hemodialysis treatment
Separation and quantification of the “middle molecules” in uremia. A modification of a two-stage chr...
Organic anions accumulated in blood serum of patients with chronic renal failure were separated by a...
This publication reviews the currently available methods to identify uremic retention solutes, to de...
A fast and reliable procedure for gas chromatographic profiling of components in ultrafiltrated urem...
A fast and reliable procedure for gas chromatographic profiling of components in ultrafiltrated urem...
A fast and reliable procedure for gas chromatographic profiling of components in ultrafiltrated urem...
After appropriate sample pretreatment and derivatization, uremic serum was investigated by combined ...
After appropriate sample pretreatment and derivatization, uremic serum was investigated by combined ...
After appropriate sample pretreatment and derivatization, uremic serum was investigated by combined ...
After appropriate sample pretreatment and derivatization, uremic serum was investigated by combined ...
In order to screen UV-absorbing solutes in large numbers of uremic serum samples, an automated liqui...
In order to screen UV-absorbing solutes in large numbers of uremic serum samples, an automated liqui...
Organic anions accumulated in blood serum of patients with chronic renal failure were separated by a...
Organic anions accumulated in blood serum of patients with chronic renal failure were separated by a...
Organic anions accumulated in blood serum of patients with chronic renal failure were separated by a...
Separation and quantification of the “middle molecules” in uremia. A modification of a two-stage chr...
Organic anions accumulated in blood serum of patients with chronic renal failure were separated by a...
This publication reviews the currently available methods to identify uremic retention solutes, to de...
A fast and reliable procedure for gas chromatographic profiling of components in ultrafiltrated urem...
A fast and reliable procedure for gas chromatographic profiling of components in ultrafiltrated urem...
A fast and reliable procedure for gas chromatographic profiling of components in ultrafiltrated urem...
After appropriate sample pretreatment and derivatization, uremic serum was investigated by combined ...
After appropriate sample pretreatment and derivatization, uremic serum was investigated by combined ...
After appropriate sample pretreatment and derivatization, uremic serum was investigated by combined ...
After appropriate sample pretreatment and derivatization, uremic serum was investigated by combined ...
In order to screen UV-absorbing solutes in large numbers of uremic serum samples, an automated liqui...
In order to screen UV-absorbing solutes in large numbers of uremic serum samples, an automated liqui...
Organic anions accumulated in blood serum of patients with chronic renal failure were separated by a...
Organic anions accumulated in blood serum of patients with chronic renal failure were separated by a...
Organic anions accumulated in blood serum of patients with chronic renal failure were separated by a...
Separation and quantification of the “middle molecules” in uremia. A modification of a two-stage chr...
Organic anions accumulated in blood serum of patients with chronic renal failure were separated by a...
This publication reviews the currently available methods to identify uremic retention solutes, to de...