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Results: 1-24 |
Results: 24
AMPEROMETRIC FLOW-INJECTION DETERMINATION OF PUTRESCINE AND PUTRESCINE OXIDASE
Authors: MARZOUK SAM XU CX COSOFRET BR BUCK RP HASSAN SSM NEUMAN MR SPRINKLE RH
Citation: Sam. Marzouk et al., AMPEROMETRIC FLOW-INJECTION DETERMINATION OF PUTRESCINE AND PUTRESCINE OXIDASE, Analytica chimica acta, 363(1), 1998, pp. 57-65
AMPEROMETRIC MEASURING CELL FOR THE DETERMINATION OF PUTRESCINE OXIDASE ACTIVITY
Authors: NAGY G XU CX COSOFRET VV BUCK RP LINDNER E NEUMAN MR SPRINKLE RH
Citation: G. Nagy et al., AMPEROMETRIC MEASURING CELL FOR THE DETERMINATION OF PUTRESCINE OXIDASE ACTIVITY, Talanta, 47(2), 1998, pp. 367-376
AGREEMENT AMONG RATERS IN ASSESSMENT OF PHYSIOLOGICAL WAVE-FORMS RECORDED BY A CARDIORESPIRATORY MONITOR FOR HOME-USE
Authors: CORWIN MJ LISTER G SILVESTRI JM PEUCKER M BROOKS LJ WARD SLD HUNT CE NEUMAN MR CROWELL DH COLTON T
Citation: Mj. Corwin et al., AGREEMENT AMONG RATERS IN ASSESSMENT OF PHYSIOLOGICAL WAVE-FORMS RECORDED BY A CARDIORESPIRATORY MONITOR FOR HOME-USE, Pediatric research, 44(5), 1998, pp. 682-690
MEASURING THE PROGRESSION OF FOREIGN-BODY REACTION TO SILICONE IMPLANTS USING IN-VIVO MR MICROSCOPY
Authors: QIU HH HEDLUND LW NEUMAN MR EDWARDS CR BLACK RD COFER GP JOHNSON GA
Citation: Hh. Qiu et al., MEASURING THE PROGRESSION OF FOREIGN-BODY REACTION TO SILICONE IMPLANTS USING IN-VIVO MR MICROSCOPY, IEEE transactions on biomedical engineering, 45(7), 1998, pp. 921-927
AMPEROMETRIC MICROCELL FOR ENZYME-ACTIVITY MEASUREMENTS
Authors: NAGY G XU CX BUCK RP LINDNER E NEUMAN MR
Citation: G. Nagy et al., AMPEROMETRIC MICROCELL FOR ENZYME-ACTIVITY MEASUREMENTS, Analytical chemistry, 70(10), 1998, pp. 2156-2162
ASSESSMENT OF TIDAL VOLUME OVER TIME IN PRETERM INFANTS USING RESPIRATORY INDUCTANCE PLETHYSMOGRAPHY
Authors: BROOKS LJ DIFIORE JM MARTIN RJ BAIRD TM BROOKS LJ COLTON T CORWIN MJ CROWELL D WARD SLD HOPPENBROUWERS TT HUFFORD DR HUNT CE KEENS TG LISTER G MARTIN RJ NEUMAN MR RAMANATHAN R SCHAFER S SILVESTRI JM TINSLEY L WEESEMAYER DE WILLINGER M
Citation: Lj. Brooks et al., ASSESSMENT OF TIDAL VOLUME OVER TIME IN PRETERM INFANTS USING RESPIRATORY INDUCTANCE PLETHYSMOGRAPHY, Pediatric pulmonology, 23(6), 1997, pp. 429-433
INFANT POLYSOMNOGRAPHY - RELIABILITY
Authors: CROWELL DH BROOKS LJ COLTON T CORWIN MJ HOPPENBROUWERS TT HUNT CE KAPUNIAI LE LISTER G NEUMAN MR PEUCKER M WARD SLD WEESEMAYER DE WILLINGER M BAIRD M HUFFORD D KEENS TG MARTIN RJ RAMANATHAN R SCHAFER SC SILVESTRI JM TINSLEY L
Citation: Dh. Crowell et al., INFANT POLYSOMNOGRAPHY - RELIABILITY, Sleep, 20(7), 1997, pp. 553-560
DEVELOPMENT OF A DIAMINE BIOSENSOR
Authors: XU CX MARZOUK SAM COSOFRET VV BUCK RP NEUMAN MR SPRINKLE RH
Citation: Cx. Xu et al., DEVELOPMENT OF A DIAMINE BIOSENSOR, Talanta, 44(9), 1997, pp. 1625-1632
DYNAMIC-MODEL OF OXYGEN-TRANSPORT FOR TRANSCUTANEOUS PO2 ANALYSIS (VOL 24, PG 294, 1996)
Authors: TALBOT A NEUMAN MR SAIDEL GM JACOBSEN E
Citation: A. Talbot et al., DYNAMIC-MODEL OF OXYGEN-TRANSPORT FOR TRANSCUTANEOUS PO2 ANALYSIS (VOL 24, PG 294, 1996), Annals of biomedical engineering, 24(3), 1996, pp. 6-6
DYNAMIC-MODEL OF OXYGEN-TRANSPORT FOR TRANSCUTANEOUS PO2 ANALYSIS
Authors: TALBOT A NEUMAN MR SAIDEL GM JACOBSEN E
Citation: A. Talbot et al., DYNAMIC-MODEL OF OXYGEN-TRANSPORT FOR TRANSCUTANEOUS PO2 ANALYSIS, Annals of biomedical engineering, 24(2), 1996, pp. 294-304
ALIPHATIC POLYURETHANE AS A MATRIX FOR PH SENSORS - EFFECTS OF NATIVESITES AND ADDED PROTON CARRIER ON ELECTRICAL AND POTENTIOMETRIC PROPERTIES
Authors: COSOFRET VV ERDOSY M RALEIGH JS JOHNSON TA NEUMAN MR BUCK RP
Citation: Vv. Cosofret et al., ALIPHATIC POLYURETHANE AS A MATRIX FOR PH SENSORS - EFFECTS OF NATIVESITES AND ADDED PROTON CARRIER ON ELECTRICAL AND POTENTIOMETRIC PROPERTIES, Talanta, 43(1), 1996, pp. 143-151
UNTITLED
Authors: NEUMAN MR
Citation: Mr. Neuman, UNTITLED, IEEE transactions on biomedical engineering, 43(6), 1996, pp. 561-561
MICROFABRICATION TECHNOLOGY OF FLEXIBLE MEMBRANE-BASED SENSORS FOR IN-VIVO APPLICATIONS
Authors: BUCK RP COSOFRET VV LINDNER E UFER S MADARAS MB JOHNSON TA ASH RB NEUMAN MR
Citation: Rp. Buck et al., MICROFABRICATION TECHNOLOGY OF FLEXIBLE MEMBRANE-BASED SENSORS FOR IN-VIVO APPLICATIONS, Electroanalysis, 7(9), 1995, pp. 846-851
ELECTROANALYTICAL AND BIOCOMPATIBILITY STUDIES ON MICROFABRICATED ARRAY SENSORS
Authors: LINDNER E COSOFRET VV BUCK RP JOHNSON TA ASH RB NEUMAN MR KAO WYJ ANDERSON JM
Citation: E. Lindner et al., ELECTROANALYTICAL AND BIOCOMPATIBILITY STUDIES ON MICROFABRICATED ARRAY SENSORS, Electroanalysis, 7(9), 1995, pp. 864-870
ASSESSMENT OF COMPLIANCE WITH HOME CARDIORESPIRATORY MONITORING IN INFANTS AT RISK OF SUDDEN-INFANT-DEATH-SYNDROME
Authors: SILVESTRI JM HUFFORD DR DURHAM J PEARSALL SM OESS MA WEESEMAYER DE HUNT CE LEVENSON SM CORWIN MJ BAIRD TM BROOKS LJ COLTON T CROWELL DH HOPPENBROUWERS T KEENS TG LISTER G NEUMAN MR RAMANATHAN R SCHAFER SC TINSLEY L WARD D WILLINGER M
Citation: Jm. Silvestri et al., ASSESSMENT OF COMPLIANCE WITH HOME CARDIORESPIRATORY MONITORING IN INFANTS AT RISK OF SUDDEN-INFANT-DEATH-SYNDROME, The Journal of pediatrics, 127(3), 1995, pp. 384-388
MICROFABRICATED SENSOR ARRAYS SENSITIVE TO PH AND K+ FOR IONIC DISTRIBUTION MEASUREMENTS IN THE BEATING HEART
Authors: COSOFRET VV ERDOSY M JOHNSON TA BUCK RP ASH RB NEUMAN MR
Citation: Vv. Cosofret et al., MICROFABRICATED SENSOR ARRAYS SENSITIVE TO PH AND K+ FOR IONIC DISTRIBUTION MEASUREMENTS IN THE BEATING HEART, Analytical chemistry, 67(10), 1995, pp. 1647-1653
ELECTROANALYTICAL AND SURFACE CHARACTERIZATION OF ENCAPSULATED IMPLANTABLE MEMBRANE PLANAR MICROSENSORS
Authors: COSOFRET VV ERDOSY M JOHNSON TA BELLINGER DA BUCK RP ASH RB NEUMAN MR
Citation: Vv. Cosofret et al., ELECTROANALYTICAL AND SURFACE CHARACTERIZATION OF ENCAPSULATED IMPLANTABLE MEMBRANE PLANAR MICROSENSORS, Analytica chimica acta, 314(1-2), 1995, pp. 1-11
FABRICATING BIOMEDICAL SENSORS WITH THIN-FILM TECHNOLOGY
Authors: NEUMAN MR BUCK RP COSOFRET VV LINDNER E LIU CC
Citation: Mr. Neuman et al., FABRICATING BIOMEDICAL SENSORS WITH THIN-FILM TECHNOLOGY, IEEE engineering in medicine and biology magazine, 13(3), 1994, pp. 409-419
PLANAR MICRO SENSORS FOR IN-VIVO MYOCARDIAL PH MEASUREMENTS
Authors: COSOFRET VV LINDNER E JOHNSON TA NEUMAN MR
Citation: Vv. Cosofret et al., PLANAR MICRO SENSORS FOR IN-VIVO MYOCARDIAL PH MEASUREMENTS, Talanta, 41(6), 1994, pp. 931-938
ION-SELECTIVE MEMBRANES WITH LOW PLASTICIZER CONTENT - ELECTROANALYTICAL CHARACTERIZATION AND BIOCOMPATIBILITY STUDIES
Authors: LINDNER E COSOFRET VV UFER S BUCK RP KAO WJ NEUMAN MR ANDERSON JM
Citation: E. Lindner et al., ION-SELECTIVE MEMBRANES WITH LOW PLASTICIZER CONTENT - ELECTROANALYTICAL CHARACTERIZATION AND BIOCOMPATIBILITY STUDIES, Journal of biomedical materials research, 28(5), 1994, pp. 591-601
ION-SELECTIVE MICROCHEMICAL SENSORS WITH REDUCED PRECONDITIONING TIME- MEMBRANE BIOSTABILITY STUDIES AND APPLICATIONS IN BLOOD ANALYSIS
Authors: COSOFRET VV ERDOSY M LINDNER E JOHNSON TA BUCK RP KAO WJ NEUMAN MR ANDERSON JM
Citation: Vv. Cosofret et al., ION-SELECTIVE MICROCHEMICAL SENSORS WITH REDUCED PRECONDITIONING TIME- MEMBRANE BIOSTABILITY STUDIES AND APPLICATIONS IN BLOOD ANALYSIS, Analytical letters, 27(15), 1994, pp. 3039-3063
ELECTROANALYTICAL AND BIOCOMPATIBILITY STUDIES ON CARBOXYLATED POLY(VINYL CHLORIDE) MEMBRANES FOR MICROFABRICATED ARRAY SENSORS
Authors: COSOFRET VV ERDOSY M BUCK RP KAO WJ ANDERSON JM LINDNER E NEUMAN MR
Citation: Vv. Cosofret et al., ELECTROANALYTICAL AND BIOCOMPATIBILITY STUDIES ON CARBOXYLATED POLY(VINYL CHLORIDE) MEMBRANES FOR MICROFABRICATED ARRAY SENSORS, Analyst, 119(11), 1994, pp. 2283-2292
IN-VIVO AND IN-VITRO TESTING OF MICROELECTRONICALLY FABRICATED PLANARSENSORS DESIGNED FOR APPLICATIONS IN CARDIOLOGY
Authors: LINDNER E COSOFRET VV UFER S JOHNSON TA ASH RB NAGLE HT NEUMAN MR BUCK RP
Citation: E. Lindner et al., IN-VIVO AND IN-VITRO TESTING OF MICROELECTRONICALLY FABRICATED PLANARSENSORS DESIGNED FOR APPLICATIONS IN CARDIOLOGY, Fresenius' journal of analytical chemistry, 346(6-9), 1993, pp. 584-588
PILKINGTON,THEO,C. JUNE 23, 1935 - JANUARY 6, 1993 - IN MEMORIAM
Authors: NEUMAN MR
Citation: Mr. Neuman, PILKINGTON,THEO,C. JUNE 23, 1935 - JANUARY 6, 1993 - IN MEMORIAM, IEEE transactions on biomedical engineering, 40(2), 1993, pp. 117-117
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