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1
artikkel ajakirjas
Combined displacer-enhanced removal of protein-bound uremic toxins estimated in spent dialysate
Adoberg, Annika
;
Leis, Liisi
;
Uhlin, Nils Fredrik Arne
;
Arund, Jürgen
;
Segelmark, Marten
;
Fernström, Anders
;
Luman, Merike
;
Fridolin, Ivo
Kidney International Reports
2019
/
art.: MON-105 ; p. S347
https://doi.org/10.1016/j.ekir.2019.05.895
artikkel ajakirjas
2
artikkel kogumikus
Could urea in spent dialysate be a marker for monitoring removal of 4-pyridoxic acid?
Kalle, Sigrid
;
Tanner, Risto
;
Arund, Jürgen
;
Tomson, Ruth
;
Luman, Merike
;
Fridolin, Ivo
XIII Baltic Nephrology Conference : October 13-15, 2016, Jurmala, Latvia : final programme
2016
/
p. 6
http://nefrologs.lv/wp-content/uploads/2016/10/XIII-BNC.pdf
artikkel kogumikus
3
artikkel ajakirjas
Free pentosidine assessment based on fluorescence measurements in spent dialysate
Kalle, Sigrid
;
Tanner, Risto
;
Luman, Merike
;
Fridolin, Ivo
Blood Purification
2019
/
p. 85–93
https://doi.org/10.1159/000493522
artikkel ajakirjas
4
artikkel kogumikus
Online urea concentration estimation from spent dialysate using optical sensor
Pilt, Kristjan
;
Arund, Jürgen
;
Adoberg, Annika
;
Leis, Liisi
;
Luman, Merike
;
Fridolin, Ivo
XV Mediterranean Conference on Medical and Biological Engineering and Computing - MEDICON 2019 : proceedings of MEDICON 2019, September 26–28, 2019, Coimbra, Portugal
2020
/
p. 1459-1464
https://doi.org/10.1007/978-3-030-31635-8_180
artikkel kogumikus
Kirjeid leitud 4, kuvan
1 - 4
pealkiri
36
1.
Combined displacer-enhanced removal of protein-bound uremic toxins estimated in spent dialysate
2.
Could urea in spent dialysate be a marker for monitoring removal of 4-pyridoxic acid?
3.
Development of a method for optical monitoring of creatinine in the spent dialysate
4.
Development of the model for the optical monitoring of urea in spent dialysate
5.
Development of the model for the optical multiwavelength monitoring of creatinine in the spent dialysate
6.
Estimating total urea removal and protein catabolic rate by monitoring UV absorbance in spent dialysate
7.
Fluorescence of Beta-2-microglobulin in the spent dialysate
8.
4-pyridoxic acid in the spent dialysate : contribution to fluorescence and optical monitoring
9.
Free pentosidine assessment based on fluorescence measurements in spent dialysate
10.
HPLC study of uremic toxins in the spent dialysate
11.
Intradialytic on-line multicomponent reduction ratio monitoring in spent dialysate by a novel miniaturized optical sensor
12.
Lean body mass assessment based on UV-absorbance in spent dialysate
13.
On-line monitoring of the spent dialysate during haemodialysis using UV-absorbance
14.
Online urea concentration estimation from spent dialysate using optical sensor
15.
Optical measurement of 4-pyridoxic acid in the spent dialysate : algorithm development
16.
Optical measurement of creatinine in spent dialysate
17.
Paracetamol interferes uric acid levels in uraemic patients revealed by monitoring spent dialysate
18.
Protein catabolic rate estimated by on-line monitoring of the UV-absorbance in the spent dialysate
19.
4-pyridoxic acid in the spent dialysate : contribution to fluorescence and optical monitoring
20.
Estimation of removed uremic toxin indoxyl sulphate during hemodialysis by using optical data of the spent dialysate
21.
Interrelationship between protein bound uremic toxin indoxyl sulfate oncentration in blood and spent dialysate during hemodialysis treatment : [abstract]
22.
Intradialytic on-line multicomponent total removed solute monitoring in spent dialysate by a novel miniaturized optical sensor
23.
Intradialytic on-line multicomponent total removed solutes monitoring in spent dialysate by a novel miniaturized optical sensor
24.
Major chromophores and fluorophores in the spent dialysate as cornerstones for optical monitoring of kidney replacement therapy = Peamised kromofoorid ja fluorofoorid heitdialüsaadis neeruasendusravi optilise monitooring
25.
Optical method and biochemical source for the assessment of the middle-molecule uremic toxin β2-microglobulin in spent dialysate
26.
Removal of urea, beta-2-Microglobulin, and indoxyl sulfate assessed by absorbance and fluorescence in the spent dialysate during hemodialysis
27.
Total removed uric acid during dialysis estimated by on-line ultra violet absorbance in the spent dialysate [Electronic resource]
28.
Treatment with paracetamol can interfere with the intradialytic optical estimation in spent dialysate of uric acid but not of indoxyl sulfate
29.
POS-648. Medicines intake influences accuracy of the uremic retention molecules’ optical monitoring in spent dialysate : the case of uremic toxin uric acid and paracetamol
30.
Additional €10 million for universities could be spent on heating [Online resources]
31.
New carbon-based catalyst synthesis from spent li-ion batteries for electrochemical oxygen reduction
32.
Optimisation of protein extraction from food industry side-streams: barley spent grain and canola press cake
33.
The volume of spent oil shale in the Estonian landfills
34.
The volumes of spent oil shale from Estonian oil-shale processing units in 1921-2002
35.
"Time Well Spent" ehk TTÜ keemikute seiklused Lundis : [Lundis toimunud Põhjamaade keemia üliõpilste rahvusvahelisest seminarist]
36.
Valorization of barley spent grain – a source for plant proteins
võtmesõna
3
1.
spent dialysate
2.
dialysate
3.
barley spent grain (BSG)