Clyde H. Barlow, Ph.D. | MICROSPHERE IMAGING SYSTEM. |
Susan Bernard, DVM | DISTRIBUTION OF PULMONARY AND BRONCHIAL BLOOD SUPPLY TO AIRWAYS MEASURED BY FLUORESCENT MICROSPHERES |
Lynn F. Buchwalder, MS | ADRENAL BLOOD FLOW MEASUREMENT WITH FLUORESCENT MICROSPHERES (FMS) IN FETAL SHEEP: SPLANCHNICOTOMY (SPLX) AND HYPOXEMIA. |
Michael G. Clark, DSc. | TYPE B VASOCONSTRICTOR EFFECT ON FLUORESCENT MICROSPHERE DISTRIBUTION IN THE CONSTANT FLOW PERFUSED RAT HINDLIMB |
William C. Dalsey, MD | INTER- AND INTRA-ANIMAL VARIABILITY IN BASELINE ORGAN BLOOD FLOW (BF) IN RATS AS MEASURED WITH FLUORESCENT MICROSPHERES (FM) |
Eugene C. Eckstein, PhD | A TRANSPORT MODEL TO DESCRIBE MIXING IN BLOOD FLOW |
C. Andrew Eynon, MD | ORGAN-SPECIFIC FLUORESCENT MICROSPHERE RECOVERY IN THE RAT |
C. Andrew Eynon, MD | CORONARY AND RENAL BLOOD FLOWS DURING CARDIOPULMONARY RESUSCITATION (CPR) IN PIGS |
Jon R. Ewen | HETEROGENEITY OF FLOW AND METABOLISM IN RAT HEART DURING GRADED ISCHEMIA. |
Michael P. Hlastala, PhD | PULMONARY PERFUSION DISTRIBUTION IN EXERCISING HORSES. |
Iain Johnson, PhD | INTRODUCTION TO FLUORESCENCE METHODS. |
Daniel L Luchtel, PhD | HISTOLOGICAL METHODS TO DETERMINE ORGAN BLOOD FLOW DISTRIBUTION. |
Karen Powers | ADAPTATION OF THE SEDIMENTATION METHOD TO MEASURE BRAIN BLOOD FLOW USING FLUORESCENT MICROSPHERES. |
Frits Prinzen, PhD | FLUORESCENT MICROSPHERES FOR BLOOD FLOW MEASUREMENTS - AN OVERVIEW - |
H.Thomas Robertson, MD | FLUORESCENT MICROSPHERE (FMS) AEROSOLS PROVIDE HIGH RESOLUTION MAPS OF REGIONAL VENTILATION. |
Dawn A. Rorvik | FLUORESCENT MICROSPHERE COUNTING FOR FLOW MEASUREMENTS. |
Carmel Schimmel | VALIDATION OF AUTOMATED SPECTROFLUORIMETRY FOR MEASUREMENT OF REGIONAL LUNG PERFUSION USING FLUORESCENT MICROSPHERES. |
Carmel Schimmel | VALIDATION OF SPILLOVER CORRECTION FOR 10 FLUORESCENT LABELED MICROSPHERES. |
Wei-Ping Tan, MSc | USING FLUORESCENT MICROSPHERES TO ASSESS REGIONAL BLOOD FLOW IN FETAL LAMBS IN UTERO. |
Michelle A. Vincent | METABOLIC EFFECTS OF MICROSPHERE INFUSION IN THE PERFUSED RAT HINDLIMB |
Sten Walther, MD | PULMONARY BLOOD FLOW (PBF) HETEROGENEITY IS INCREASED BY POSITIVE END-EXPIRATORY PRESSURE (PEEP) IN SUPINE BUT NOT IN PRONE POSTURE |
Yu-zhong Zhang, Ph.D. | OPTIMIZED CHARACTERISTICS OF FLUORESCENT MICROSPHERES FOR BLOOD FLOW DETERMINATION. |