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Results: 1-25 | 26-28
Results: 1-25/28
DOSE-RELATED ANTI-INFLAMMATORY ANALGESIC EFFECTS OF LORNOXICAM - A SPINAL C-FOS PROTEIN STUDY IN THE RAT/
Authors: BURITOVA J BESSON JM
Citation: J. Buritova et Jm. Besson, DOSE-RELATED ANTI-INFLAMMATORY ANALGESIC EFFECTS OF LORNOXICAM - A SPINAL C-FOS PROTEIN STUDY IN THE RAT/, Inflammation research, 47(1), 1998, pp. 18-25
UP-202-56, AN ADENOSINE ANALOG, SELECTIVELY ACTS VIA A(1) RECEPTORS TO SIGNIFICANTLY DECREASE NOXIOUSLY-EVOKED SPINAL C-FOS PROTEIN EXPRESSION
Authors: HONORE P BURITOVA J CHAPMAN V BESSON JM
Citation: P. Honore et al., UP-202-56, AN ADENOSINE ANALOG, SELECTIVELY ACTS VIA A(1) RECEPTORS TO SIGNIFICANTLY DECREASE NOXIOUSLY-EVOKED SPINAL C-FOS PROTEIN EXPRESSION, Pain, 75(2-3), 1998, pp. 281-293
INVOLVEMENT OF THE SPINOPARABRACHIAL PATHWAY IN INFLAMMATORY NOCICEPTIVE PROCESSES - A C-FOS PROTEIN STUDY IN THE AWAKE RAT
Authors: BURITOVA J BESSON JM BERNARD JF
Citation: J. Buritova et al., INVOLVEMENT OF THE SPINOPARABRACHIAL PATHWAY IN INFLAMMATORY NOCICEPTIVE PROCESSES - A C-FOS PROTEIN STUDY IN THE AWAKE RAT, Journal of comparative neurology, 397(1), 1998, pp. 10-28
PERIPHERAL AND OR CENTRAL EFFECTS OF RACEMIC-FLURBIPROFEN, S(+)-FLURBIPROFEN AND R(-)-FLURBIPROFEN ON INFLAMMATORY NOCICEPTIVE PROCESSES - A C-FOS PROTEIN STUDY IN THE RAT SPINAL-CORD/
Authors: BURITOVA J BESSON JM
Citation: J. Buritova et Jm. Besson, PERIPHERAL AND OR CENTRAL EFFECTS OF RACEMIC-FLURBIPROFEN, S(+)-FLURBIPROFEN AND R(-)-FLURBIPROFEN ON INFLAMMATORY NOCICEPTIVE PROCESSES - A C-FOS PROTEIN STUDY IN THE RAT SPINAL-CORD/, British Journal of Pharmacology, 125(1), 1998, pp. 87-101
ANTINOCICEPTIVE EFFECTS OF RB101, A COMPLETE INHIBITOR OF ENKEPHALIN-CATABOLIZING ENZYMES, ARE ENHANCED BY A CHOLECYSTOKININ TYPE-B RECEPTOR ANTAGONIST, AS REVEALED BY NOXIOUSLY EVOKED SPINAL C-FOS EXPRESSION IN RATS
Authors: HONORE P BURITOVA J FOURNIEZALUSKI MC ROQUES BP BESSON JM
Citation: P. Honore et al., ANTINOCICEPTIVE EFFECTS OF RB101, A COMPLETE INHIBITOR OF ENKEPHALIN-CATABOLIZING ENZYMES, ARE ENHANCED BY A CHOLECYSTOKININ TYPE-B RECEPTOR ANTAGONIST, AS REVEALED BY NOXIOUSLY EVOKED SPINAL C-FOS EXPRESSION IN RATS, The Journal of pharmacology and experimental therapeutics, 281(1), 1997, pp. 208-217
THE CONTRIBUTION OF PERIPHERAL BRADYKININ B-2 RECEPTORS TO CARRAGEENAN-EVOKED EDEMA AND SPINAL C-FOS EXPRESSION IN RATS
Authors: BURITOVA J CHAPMAN V HONORE P BESSON JM
Citation: J. Buritova et al., THE CONTRIBUTION OF PERIPHERAL BRADYKININ B-2 RECEPTORS TO CARRAGEENAN-EVOKED EDEMA AND SPINAL C-FOS EXPRESSION IN RATS, European journal of pharmacology, 320(1), 1997, pp. 73-80
THE CONTRIBUTION OF GABA(B) RECEPTOR-MEDIATED EVENTS TO INFLAMMATORY PAIN PROCESSING - CARRAGEENAN EDEMA AND ASSOCIATED SPINAL C-FOS EXPRESSION IN THE RAT
Authors: BURITOVA J CHAPMAN V HONORE P BESSON JM
Citation: J. Buritova et al., THE CONTRIBUTION OF GABA(B) RECEPTOR-MEDIATED EVENTS TO INFLAMMATORY PAIN PROCESSING - CARRAGEENAN EDEMA AND ASSOCIATED SPINAL C-FOS EXPRESSION IN THE RAT, Neuroscience, 73(2), 1996, pp. 487-496
KETOPROFEN PRODUCES PROFOUND INHIBITION OF SPINAL C-FOS PROTEIN EXPRESSION RESULTING FROM AN INFLAMMATORY STIMULUS BUT NOT FROM NOXIOUS HEAT
Authors: BURITOVA J HONORE P BESSON JM
Citation: J. Buritova et al., KETOPROFEN PRODUCES PROFOUND INHIBITION OF SPINAL C-FOS PROTEIN EXPRESSION RESULTING FROM AN INFLAMMATORY STIMULUS BUT NOT FROM NOXIOUS HEAT, Pain, 67(2-3), 1996, pp. 379-389
ENHANCED EFFECTS OF CO-ADMINISTERED DEXAMETHASONE AND DICLOFENAC ON INFLAMMATORY PAIN PROCESSING AND ASSOCIATED SPINAL C-FOS EXPRESSION IN THE RAT
Authors: BURITOVA J HONORE P CHAPMAN V BESSON JM
Citation: J. Buritova et al., ENHANCED EFFECTS OF CO-ADMINISTERED DEXAMETHASONE AND DICLOFENAC ON INFLAMMATORY PAIN PROCESSING AND ASSOCIATED SPINAL C-FOS EXPRESSION IN THE RAT, Pain, 64(3), 1996, pp. 559-568
TO WHAT EXTENT DO SPINAL INTERACTIONS BETWEEN AN ALPHA-2-ADRENOCEPTORAGONIST AND A MU-OPIOID AGONIST INFLUENCE NOXIOUSLY EVOKED C-FOS EXPRESSION IN THE RAT - A PHARMACOLOGICAL STUDY
Authors: HONORE P CHAPMAN V BURITOVA J BESSON JM
Citation: P. Honore et al., TO WHAT EXTENT DO SPINAL INTERACTIONS BETWEEN AN ALPHA-2-ADRENOCEPTORAGONIST AND A MU-OPIOID AGONIST INFLUENCE NOXIOUSLY EVOKED C-FOS EXPRESSION IN THE RAT - A PHARMACOLOGICAL STUDY, The Journal of pharmacology and experimental therapeutics, 278(1), 1996, pp. 393-403
PHYSIOLOGICAL CONTRIBUTIONS OF NEUROKININ-1 RECEPTOR ACTIVATION, AND INTERACTIONS WITH NMDA RECEPTORS, TO INFLAMMATORY-EVOKED SPINAL C-FOS EXPRESSION
Authors: CHAPMAN V BURITOVA J HONORE P BESSON JM
Citation: V. Chapman et al., PHYSIOLOGICAL CONTRIBUTIONS OF NEUROKININ-1 RECEPTOR ACTIVATION, AND INTERACTIONS WITH NMDA RECEPTORS, TO INFLAMMATORY-EVOKED SPINAL C-FOS EXPRESSION, Journal of neurophysiology, 76(3), 1996, pp. 1817-1827
INTERACTIONS BETWEEN NMDA-MEDIATED AND PROSTAGLANDIN RECEPTOR-MEDIATED EVENTS IN A MODEL OF INFLAMMATORY NOCICEPTION
Authors: BURITOVA J CHAPMAN V HONORE P BESSON JM
Citation: J. Buritova et al., INTERACTIONS BETWEEN NMDA-MEDIATED AND PROSTAGLANDIN RECEPTOR-MEDIATED EVENTS IN A MODEL OF INFLAMMATORY NOCICEPTION, European journal of pharmacology, 303(1-2), 1996, pp. 91-100
INTRAPLANTAR MORPHINE DEPRESSES SPINAL C-FOS EXPRESSION INDUCED BY CARRAGEENAN INFLAMMATION BUT NOT BY NOXIOUS HEAT
Authors: HONORE P BURITOVA J BESSON JM
Citation: P. Honore et al., INTRAPLANTAR MORPHINE DEPRESSES SPINAL C-FOS EXPRESSION INDUCED BY CARRAGEENAN INFLAMMATION BUT NOT BY NOXIOUS HEAT, British Journal of Pharmacology, 118(3), 1996, pp. 671-680
EFFECTS OF LOCAL-ANESTHETICS ON CARRAGEENAN-EVOKED INFLAMMATORY NOCICEPTIVE PROCESSING IN THE RAT
Authors: BURITOVA J FLETCHER D HONORE P BESSON JM
Citation: J. Buritova et al., EFFECTS OF LOCAL-ANESTHETICS ON CARRAGEENAN-EVOKED INFLAMMATORY NOCICEPTIVE PROCESSING IN THE RAT, British Journal of Anaesthesia, 77(5), 1996, pp. 645-652
THE EFFECTS OF MORPHINE ON CARRAGEENAN-INDUCED SPINAL C-FOS EXPRESSION ARE COMPLETELY BLOCKED BY BETA-FUNALTREXAMINE, A SELECTIVE MU-OPIOIDRECEPTOR ANTAGONIST
Authors: HONORE P BURITOVA J BESSON JM
Citation: P. Honore et al., THE EFFECTS OF MORPHINE ON CARRAGEENAN-INDUCED SPINAL C-FOS EXPRESSION ARE COMPLETELY BLOCKED BY BETA-FUNALTREXAMINE, A SELECTIVE MU-OPIOIDRECEPTOR ANTAGONIST, Brain research, 732(1-2), 1996, pp. 242-246
SELECTIVE CYCLOOXYGENASE-2 INHIBITION REDUCES CARRAGEENAN EDEMA AND ASSOCIATED SPINAL C-FOS EXPRESSION IN THE RAT
Authors: BURITOVA J CHAPMAN V HONORE P BESSON JM
Citation: J. Buritova et al., SELECTIVE CYCLOOXYGENASE-2 INHIBITION REDUCES CARRAGEENAN EDEMA AND ASSOCIATED SPINAL C-FOS EXPRESSION IN THE RAT, Brain research, 715(1-2), 1996, pp. 217-220
CONCOMITANT ADMINISTRATION OF MORPHINE AND AN N-METHYL-D-ASPARTATE RECEPTOR ANTAGONIST PROFOUNDLY REDUCES INFLAMMATORY EVOKED SPINAL C-FOS EXPRESSION
Authors: HONORE P CHAPMAN V BURITOVA J BESSON JM
Citation: P. Honore et al., CONCOMITANT ADMINISTRATION OF MORPHINE AND AN N-METHYL-D-ASPARTATE RECEPTOR ANTAGONIST PROFOUNDLY REDUCES INFLAMMATORY EVOKED SPINAL C-FOS EXPRESSION, Anesthesiology, 85(1), 1996, pp. 150-160
CARRAGEENAN EDEMA AND SPINAL FOS-LI NEURONS ARE REDUCED BY PIROXICAM IN THE RAT
Authors: BURITOVA J HONORE P CHAPMAN V BESSON JM
Citation: J. Buritova et al., CARRAGEENAN EDEMA AND SPINAL FOS-LI NEURONS ARE REDUCED BY PIROXICAM IN THE RAT, NeuroReport, 6(10), 1995, pp. 1385-1388
CHOLECYSTOKININ-B RECEPTOR ANTAGONISM ENHANCES THE ABILITY OF A LOW-DOSE OF MORPHINE TO REDUCE C-FOS EXPRESSION IN THE SPINAL-CORD OF THE RAT
Authors: CHAPMAN V HONORE P BURITOVA J BESSON JM
Citation: V. Chapman et al., CHOLECYSTOKININ-B RECEPTOR ANTAGONISM ENHANCES THE ABILITY OF A LOW-DOSE OF MORPHINE TO REDUCE C-FOS EXPRESSION IN THE SPINAL-CORD OF THE RAT, Neuroscience, 67(3), 1995, pp. 731-739
ASPIRIN AND ACETAMINOPHEN REDUCED BOTH FOS EXPRESSION IN RAT LUMBAR SPINAL-CORD AND INFLAMMATORY SIGNS PRODUCED BY CARRAGEENAN INFLAMMATION
Authors: HONORE P BURITOVA J BESSON JM
Citation: P. Honore et al., ASPIRIN AND ACETAMINOPHEN REDUCED BOTH FOS EXPRESSION IN RAT LUMBAR SPINAL-CORD AND INFLAMMATORY SIGNS PRODUCED BY CARRAGEENAN INFLAMMATION, Pain, 63(3), 1995, pp. 365-375
CONCURRENT REDUCTION OF INFLAMMATION AND SPINAL FOS-LI NEURONS BY SYSTEMIC DICLOFENAC IN THE RAT
Authors: BURITOVA J HONORE P CHAPMAN V BESSON JM
Citation: J. Buritova et al., CONCURRENT REDUCTION OF INFLAMMATION AND SPINAL FOS-LI NEURONS BY SYSTEMIC DICLOFENAC IN THE RAT, Neuroscience letters, 188(3), 1995, pp. 175-178
CARRAGEENAN-EVOKED C-FOS EXPRESSION IN RAT LUMBAR SPINAL-CORD - THE EFFECTS OF INDOMETHACIN
Authors: HONORE P BURITOVA J BESSON JM
Citation: P. Honore et al., CARRAGEENAN-EVOKED C-FOS EXPRESSION IN RAT LUMBAR SPINAL-CORD - THE EFFECTS OF INDOMETHACIN, European journal of pharmacology, 272(2-3), 1995, pp. 249-259
THE CONTRIBUTION OF NMDA RECEPTOR ACTIVATION TO SPINAL C-FOS EXPRESSION IN A MODEL OF INFLAMMATORY PAIN
Authors: CHAPMAN V HONORE P BURITOVA J BESSON JM
Citation: V. Chapman et al., THE CONTRIBUTION OF NMDA RECEPTOR ACTIVATION TO SPINAL C-FOS EXPRESSION IN A MODEL OF INFLAMMATORY PAIN, British Journal of Pharmacology, 116(1), 1995, pp. 1628-1634
REDUCTION OF CARRAGEENAN EDEMA AND THE ASSOCIATED C-FOS EXPRESSION INTHE RAT LUMBAR SPINAL-CORD BY NITRIC-OXIDE SYNTHASE INHIBITOR
Authors: HONORE P CHAPMAN V BURITOVA J BESSON JM
Citation: P. Honore et al., REDUCTION OF CARRAGEENAN EDEMA AND THE ASSOCIATED C-FOS EXPRESSION INTHE RAT LUMBAR SPINAL-CORD BY NITRIC-OXIDE SYNTHASE INHIBITOR, British Journal of Pharmacology, 114(1), 1995, pp. 77-84
WHEN IS THE MAXIMAL EFFECT OF PRE-ADMINISTERED SYSTEMIC MORPHINE ON CARRAGEENAN EVOKED SPINAL C-FOS EXPRESSION IN THE RAT
Authors: HONORE P CHAPMAN V BURITOVA J BESSON JM
Citation: P. Honore et al., WHEN IS THE MAXIMAL EFFECT OF PRE-ADMINISTERED SYSTEMIC MORPHINE ON CARRAGEENAN EVOKED SPINAL C-FOS EXPRESSION IN THE RAT, Brain research, 705(1-2), 1995, pp. 91-96
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