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La ricerca find articoli where authors phrase all words ' BURITOVA J' sort by level,fasc_key/DESCEND, pagina_ini_num/ASCEND ha restituito 32 riferimenti
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    1. Buritova, J; Besson, JM
      Urethane anaesthesia could partly mask antinociceptive effects of non-steroidal anti-inflammatory drugs: a spinal c-Fos protein study

      BRAIN RESEARCH
    2. Buritova, J; Besson, JM
      Effects of flurbiprofen and its enantiomers on the spinal c-Fos protein expression induced by noxious heat stimuli in the anaesthetized rat

      EUROPEAN JOURNAL OF PHARMACOLOGY
    3. Buritova, J; Besson, JM
      Spinal c-Fos protein expression and inflammatory nociceptive processes: Pharmacological studies with non-steroidal anti-inflammatory drugs and their associations in the awake rat

      JOURNAL OF MUSCULOSKELETAL PAIN
    4. Buritova, J; Besson, JM
      c-Fos protein expression in the dorsal horn of the spinal cord, a technique to study some physiopharmacological aspects of nociception

      M S-MEDECINE SCIENCES
    5. BURITOVA J; BESSON JM
      DOSE-RELATED ANTI-INFLAMMATORY ANALGESIC EFFECTS OF LORNOXICAM - A SPINAL C-FOS PROTEIN STUDY IN THE RAT/

      Inflammation research
    6. HONORE P; BURITOVA J; CHAPMAN V; BESSON JM
      UP-202-56, AN ADENOSINE ANALOG, SELECTIVELY ACTS VIA A(1) RECEPTORS TO SIGNIFICANTLY DECREASE NOXIOUSLY-EVOKED SPINAL C-FOS PROTEIN EXPRESSION

      Pain
    7. BURITOVA J; BESSON JM; BERNARD JF
      INVOLVEMENT OF THE SPINOPARABRACHIAL PATHWAY IN INFLAMMATORY NOCICEPTIVE PROCESSES - A C-FOS PROTEIN STUDY IN THE AWAKE RAT

      Journal of comparative neurology
    8. BURITOVA J; BESSON JM
      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
    9. HONORE P; BURITOVA J; FOURNIEZALUSKI MC; ROQUES BP; BESSON JM
      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
    10. BURITOVA J; CHAPMAN V; HONORE P; BESSON JM
      THE CONTRIBUTION OF PERIPHERAL BRADYKININ B-2 RECEPTORS TO CARRAGEENAN-EVOKED EDEMA AND SPINAL C-FOS EXPRESSION IN RATS

      European journal of pharmacology
    11. BURITOVA J; CHAPMAN V; HONORE P; BESSON JM
      THE CONTRIBUTION OF GABA(B) RECEPTOR-MEDIATED EVENTS TO INFLAMMATORY PAIN PROCESSING - CARRAGEENAN EDEMA AND ASSOCIATED SPINAL C-FOS EXPRESSION IN THE RAT

      Neuroscience
    12. BURITOVA J; HONORE P; BESSON JM
      KETOPROFEN PRODUCES PROFOUND INHIBITION OF SPINAL C-FOS PROTEIN EXPRESSION RESULTING FROM AN INFLAMMATORY STIMULUS BUT NOT FROM NOXIOUS HEAT

      Pain
    13. BURITOVA J; HONORE P; CHAPMAN V; BESSON JM
      ENHANCED EFFECTS OF CO-ADMINISTERED DEXAMETHASONE AND DICLOFENAC ON INFLAMMATORY PAIN PROCESSING AND ASSOCIATED SPINAL C-FOS EXPRESSION IN THE RAT

      Pain
    14. HONORE P; CHAPMAN V; BURITOVA J; BESSON JM
      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
    15. CHAPMAN V; BURITOVA J; HONORE P; BESSON JM
      PHYSIOLOGICAL CONTRIBUTIONS OF NEUROKININ-1 RECEPTOR ACTIVATION, AND INTERACTIONS WITH NMDA RECEPTORS, TO INFLAMMATORY-EVOKED SPINAL C-FOS EXPRESSION

      Journal of neurophysiology
    16. BURITOVA J; CHAPMAN V; HONORE P; BESSON JM
      INTERACTIONS BETWEEN NMDA-MEDIATED AND PROSTAGLANDIN RECEPTOR-MEDIATED EVENTS IN A MODEL OF INFLAMMATORY NOCICEPTION

      European journal of pharmacology
    17. HONORE P; BURITOVA J; BESSON JM
      INTRAPLANTAR MORPHINE DEPRESSES SPINAL C-FOS EXPRESSION INDUCED BY CARRAGEENAN INFLAMMATION BUT NOT BY NOXIOUS HEAT

      British Journal of Pharmacology
    18. BURITOVA J; FLETCHER D; HONORE P; BESSON JM
      EFFECTS OF LOCAL-ANESTHETICS ON CARRAGEENAN-EVOKED INFLAMMATORY NOCICEPTIVE PROCESSING IN THE RAT

      British Journal of Anaesthesia
    19. HONORE P; BURITOVA J; BESSON JM
      THE EFFECTS OF MORPHINE ON CARRAGEENAN-INDUCED SPINAL C-FOS EXPRESSION ARE COMPLETELY BLOCKED BY BETA-FUNALTREXAMINE, A SELECTIVE MU-OPIOIDRECEPTOR ANTAGONIST

      Brain research
    20. BURITOVA J; CHAPMAN V; HONORE P; BESSON JM
      SELECTIVE CYCLOOXYGENASE-2 INHIBITION REDUCES CARRAGEENAN EDEMA AND ASSOCIATED SPINAL C-FOS EXPRESSION IN THE RAT

      Brain research
    21. HONORE P; CHAPMAN V; BURITOVA J; BESSON JM
      CONCOMITANT ADMINISTRATION OF MORPHINE AND AN N-METHYL-D-ASPARTATE RECEPTOR ANTAGONIST PROFOUNDLY REDUCES INFLAMMATORY EVOKED SPINAL C-FOS EXPRESSION

      Anesthesiology
    22. BURITOVA J; HONORE P; CHAPMAN V; BESSON JM
      CARRAGEENAN EDEMA AND SPINAL FOS-LI NEURONS ARE REDUCED BY PIROXICAM IN THE RAT

      NeuroReport
    23. CHAPMAN V; HONORE P; BURITOVA J; BESSON JM
      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
    24. HONORE P; BURITOVA J; BESSON JM
      ASPIRIN AND ACETAMINOPHEN REDUCED BOTH FOS EXPRESSION IN RAT LUMBAR SPINAL-CORD AND INFLAMMATORY SIGNS PRODUCED BY CARRAGEENAN INFLAMMATION

      Pain
    25. BURITOVA J; HONORE P; CHAPMAN V; BESSON JM
      CONCURRENT REDUCTION OF INFLAMMATION AND SPINAL FOS-LI NEURONS BY SYSTEMIC DICLOFENAC IN THE RAT

      Neuroscience letters
    26. HONORE P; BURITOVA J; BESSON JM
      CARRAGEENAN-EVOKED C-FOS EXPRESSION IN RAT LUMBAR SPINAL-CORD - THE EFFECTS OF INDOMETHACIN

      European journal of pharmacology
    27. CHAPMAN V; HONORE P; BURITOVA J; BESSON JM
      THE CONTRIBUTION OF NMDA RECEPTOR ACTIVATION TO SPINAL C-FOS EXPRESSION IN A MODEL OF INFLAMMATORY PAIN

      British Journal of Pharmacology
    28. HONORE P; CHAPMAN V; BURITOVA J; BESSON JM
      REDUCTION OF CARRAGEENAN EDEMA AND THE ASSOCIATED C-FOS EXPRESSION INTHE RAT LUMBAR SPINAL-CORD BY NITRIC-OXIDE SYNTHASE INHIBITOR

      British Journal of Pharmacology
    29. HONORE P; CHAPMAN V; BURITOVA J; BESSON JM
      WHEN IS THE MAXIMAL EFFECT OF PRE-ADMINISTERED SYSTEMIC MORPHINE ON CARRAGEENAN EVOKED SPINAL C-FOS EXPRESSION IN THE RAT

      Brain research
    30. CHAPMAN V; BURITOVA J; HONORE P; BESSON JM
      7-NITRO-INDAZOLE, A SELECTIVE INHIBITOR OF NEURONAL NITRIC-OXIDE SYNTHASE, REDUCES FORMALIN EVOKED C-FOS EXPRESSION IN DORSAL HORN NEURONS OF THE RAT SPINAL-CORD

      Brain research
    31. BURITOVA J; HONORE P; BESSON JM
      INDOMETHACIN REDUCES BOTH KROX-24 EXPRESSION IN THE RAT LUMBAR SPINAL-CORD AND INFLAMMATORY SIGNS FOLLOWING INTRAPLANTAR CARRAGEENAN

      Brain research
    32. BURITOVA J; HRABETOVA S; HRABE J; MARES P; PAVLIK V
      INFLUENCE OF CARBAMAZEPINE AND PHENYTOIN ON SPONTANEOUS ACTIVITY OF CEREBELLAR NEURONS

      Physiological Research


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Documento generato il 26/05/20 alle ore 15:10:50