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M E Meyerhoff

Showing results (61-70 of 89) with videos related to

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Analytical Chemistry|November 1, 1989
Potentiometric combination ion/carbon dioxide sensors for in vitro and in vivo blood measurementsM E Collison, G V Aebli, J Petty, et al.
Analytical Chemistry|February 1, 1990
Continuous on-line monitoring of biomolecules based on automated homogeneous enzyme-linked competitive binding assaysS Daunert, L G Bachas, G S Ashcom, et al.
Analytical Chemistry|November 15, 1990
Use of ionomer membranes to enhance the selectivity of electrode-based biosensors in flow-injection analysisS A Rosario, G S Cha, M E Meyerhoff, et al.
Analytical Biochemistry|March 15, 1996
Homogeneous enzyme-based binding assay for studying glycosaminoglycan interactions with macromolecules and peptidesX Guo, I S Han, V C Yang, et al.
Analytical Biochemistry|July 15, 1997
Electrochemical assay of proteinase inhibitors using polycation-sensitive membrane electrode detectionI H Badr, N Ramamurthy, V C Yang, et al.
The Analyst|November 1, 1993
Simultaneous determination of ammonia nitrogen and L-glutamine in bioreactor media using flow injectionB O Palsson, B Q Shen, M E Meyerhoff, et al.
Analytical Chemistry|August 1, 1985
Response of ion-selective field effect transistors to carbon dioxide and organic acidsE J Fogt, D F Untereker, M S Norenberg, et al.
The Journal of General Physiology|December 1, 1999
Cystic fibrosis transmembrane conductance regulator. Physical basis for lyotropic anion selectivity patternsS S Smith, E D Steinle, M E Meyerhoff, et al.
Analytical Chemistry|January 15, 1988
Influence of porphyrin structure on anion selectivities of manganese(III) porphyrin based membrane electrodesN A Chaniotakis, A M Chasser, M E Meyerhoff, et al.
Science (New York, N.Y.)|January 27, 1978
Glutamine-selective membrane electrode that uses living bacterial cellsG A Rechnitz, T L Riechel, R K Kobos, et al.
Pageof 9

Showing results (61-70 of 89) with videos related to

Sort By:
Pageof 9
Analytical Chemistry|November 1, 1989
Potentiometric combination ion/carbon dioxide sensors for in vitro and in vivo blood measurementsM E Collison, G V Aebli, J Petty, et al.
Analytical Chemistry|February 1, 1990
Continuous on-line monitoring of biomolecules based on automated homogeneous enzyme-linked competitive binding assaysS Daunert, L G Bachas, G S Ashcom, et al.
Analytical Chemistry|November 15, 1990
Use of ionomer membranes to enhance the selectivity of electrode-based biosensors in flow-injection analysisS A Rosario, G S Cha, M E Meyerhoff, et al.
Analytical Biochemistry|March 15, 1996
Homogeneous enzyme-based binding assay for studying glycosaminoglycan interactions with macromolecules and peptidesX Guo, I S Han, V C Yang, et al.
Analytical Biochemistry|July 15, 1997
Electrochemical assay of proteinase inhibitors using polycation-sensitive membrane electrode detectionI H Badr, N Ramamurthy, V C Yang, et al.
The Analyst|November 1, 1993
Simultaneous determination of ammonia nitrogen and L-glutamine in bioreactor media using flow injectionB O Palsson, B Q Shen, M E Meyerhoff, et al.
Analytical Chemistry|August 1, 1985
Response of ion-selective field effect transistors to carbon dioxide and organic acidsE J Fogt, D F Untereker, M S Norenberg, et al.
The Journal of General Physiology|December 1, 1999
Cystic fibrosis transmembrane conductance regulator. Physical basis for lyotropic anion selectivity patternsS S Smith, E D Steinle, M E Meyerhoff, et al.
Analytical Chemistry|January 15, 1988
Influence of porphyrin structure on anion selectivities of manganese(III) porphyrin based membrane electrodesN A Chaniotakis, A M Chasser, M E Meyerhoff, et al.
Science (New York, N.Y.)|January 27, 1978
Glutamine-selective membrane electrode that uses living bacterial cellsG A Rechnitz, T L Riechel, R K Kobos, et al.
Pageof 9