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Results: 1-13 |
Results: 13
INFLAMMATORY MEDIATORS POTENTIATE PAIN INDUCED BY EXPERIMENTAL TISSUEACIDOSIS
Authors: STEEN KH STEEN AE KREYSEL HW REEH PW
Citation: Kh. Steen et al., INFLAMMATORY MEDIATORS POTENTIATE PAIN INDUCED BY EXPERIMENTAL TISSUEACIDOSIS, Pain, 66(2-3), 1996, pp. 163-170
DOSE-DEPENDENT COMPETITIVE BLOCK BY TOPICAL ACETYLSALICYLIC AND SALICYLIC-ACID OF LOW PH-INDUCED CUTANEOUS PAIN
Authors: STEEN KH REEH PW KREYSEL HW
Citation: Kh. Steen et al., DOSE-DEPENDENT COMPETITIVE BLOCK BY TOPICAL ACETYLSALICYLIC AND SALICYLIC-ACID OF LOW PH-INDUCED CUTANEOUS PAIN, Pain, 64(1), 1996, pp. 71-82
PAIN DUE TO TISSUE ACIDOSIS - A MECHANISM FOR INFLAMMATORY AND ISCHEMIC MYALGIA
Authors: ISSBERNER U REEH PW STEEN KH
Citation: U. Issberner et al., PAIN DUE TO TISSUE ACIDOSIS - A MECHANISM FOR INFLAMMATORY AND ISCHEMIC MYALGIA, Neuroscience letters, 208(3), 1996, pp. 191-194
DILTIAZEM BLOCKS THE PH-INDUCED EXCITATION OF RAT NOCICEPTORS TOGETHER WITH THEIR MECHANICAL AND ELECTRICAL EXCITABILITY IN-VITRO
Authors: WEGNER H REEH PW BREHM S KREYSEL HW STEEN KH
Citation: H. Wegner et al., DILTIAZEM BLOCKS THE PH-INDUCED EXCITATION OF RAT NOCICEPTORS TOGETHER WITH THEIR MECHANICAL AND ELECTRICAL EXCITABILITY IN-VITRO, Journal of neurophysiology, 75(1), 1996, pp. 1-10
TOPICAL ACETYLSALICYLIC, SALICYLIC-ACID AND INDOMETHACIN SUPPRESS PAIN FROM EXPERIMENTAL TISSUE ACIDOSIS IN HUMAN SKIN
Authors: STEEN KH REEH PW KREYSEL HW
Citation: Kh. Steen et al., TOPICAL ACETYLSALICYLIC, SALICYLIC-ACID AND INDOMETHACIN SUPPRESS PAIN FROM EXPERIMENTAL TISSUE ACIDOSIS IN HUMAN SKIN, Pain, 62(3), 1995, pp. 339-347
PAIN DUE TO EXPERIMENTAL ACIDOSIS IN HUMAN SKIN - EVIDENCE FOR NON-ADAPTING NOCICEPTOR EXCITATION
Authors: STEEN KH ISSBERNER U REEH PW
Citation: Kh. Steen et al., PAIN DUE TO EXPERIMENTAL ACIDOSIS IN HUMAN SKIN - EVIDENCE FOR NON-ADAPTING NOCICEPTOR EXCITATION, Neuroscience letters, 199(1), 1995, pp. 29-32
A DOMINANT ROLE OF ACID PH IN INFLAMMATORY EXCITATION AND SENSITIZATION OF NOCICEPTORS IN RAT SKIN, IN-VITRO
Authors: STEEN KH STEEN AE REEH PW
Citation: Kh. Steen et al., A DOMINANT ROLE OF ACID PH IN INFLAMMATORY EXCITATION AND SENSITIZATION OF NOCICEPTORS IN RAT SKIN, IN-VITRO, The Journal of neuroscience, 15(5), 1995, pp. 3982-3989
TISSUE ACIDOSIS AND PAIN
Authors: STEEN KH
Citation: Kh. Steen, TISSUE ACIDOSIS AND PAIN, Anasthesiologie und Intensivmedizin, 36(7-8), 1995, pp. 195-200
REDUCED EXPRESSION OF VINCULIN AND LOSS OF ADHERENS JUNCTIONS IN KERATINOCYTES AFTER EXPOSURE TO IFN-GAMMA
Authors: HARZHEIM M OKEEFE E STEEN KH KUCKEL S REINHOLD U KREYSEL HW KAISER HW
Citation: M. Harzheim et al., REDUCED EXPRESSION OF VINCULIN AND LOSS OF ADHERENS JUNCTIONS IN KERATINOCYTES AFTER EXPOSURE TO IFN-GAMMA, Journal of investigative dermatology, 105(3), 1995, pp. 517-517
SCLEROTIC FIBROMA
Authors: WILK M KAISER HW STEEN KH KREYSEL HW
Citation: M. Wilk et al., SCLEROTIC FIBROMA, Hautarzt, 46(6), 1995, pp. 413-416
TOPICAL ACETYLSALICYLIC AND SALICYLIC-ACID DOSE-DEPENDENTLY BLOCK PH-INDUCED CUTANEOUS PAIN IN HUMAN SKIN
Authors: STEEN KH KREYSEL HW
Citation: Kh. Steen et Hw. Kreysel, TOPICAL ACETYLSALICYLIC AND SALICYLIC-ACID DOSE-DEPENDENTLY BLOCK PH-INDUCED CUTANEOUS PAIN IN HUMAN SKIN, Journal of investigative dermatology, 103(3), 1994, pp. 449-449
SUSTAINED GRADED PAIN AND HYPERALGESIA FROM HARMLESS EXPERIMENTAL TISSUE ACIDOSIS IN HUMAN SKIN
Authors: STEEN KH REEH PW
Citation: Kh. Steen et Pw. Reeh, SUSTAINED GRADED PAIN AND HYPERALGESIA FROM HARMLESS EXPERIMENTAL TISSUE ACIDOSIS IN HUMAN SKIN, Neuroscience letters, 154(1-2), 1993, pp. 113-116
ACTIONS OF CHOLINERGIC AGONISTS AND ANTAGONISTS ON SENSORY NERVE-ENDINGS IN RAT SKIN, IN-VITRO
Authors: STEEN KH REEH PW
Citation: Kh. Steen et Pw. Reeh, ACTIONS OF CHOLINERGIC AGONISTS AND ANTAGONISTS ON SENSORY NERVE-ENDINGS IN RAT SKIN, IN-VITRO, Journal of neurophysiology, 70(1), 1993, pp. 397-405
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