2016
DOI: 10.1080/14656566.2016.1201071
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Evaluation of the antihyperalgesic effect of tapentadol in two human evoked pain models – the TapCapMentho pilot trial

Abstract: The discrepancy between pain models using healthy volunteers and drug trials under real acute and chronic pain conditions in patients as well as methodological aspects may have contributed to this result. The impact of these findings questions the general use of pain models as predictors for early decision making during drug development. The study was registered in ClinicalTrials.gov (NCT01615510).

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Cited by 5 publications
(4 citation statements)
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References 38 publications
(57 reference statements)
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“…Menthol (C10 H20 O) is a cyclic terpene alcohol widely used in anti‐pruritic creams and nasal decongesting formulae, and has been employed as topical application to provoke cold hyperalgesia. Low concentrations (5%–10%) do not produce consistent pain changes (Green, 1992 ; Yosipovitch et al., 1996 ), but concentrations of 40% produce pain and local thermo‐mechanical primary hyperalgesia when applied topically (Wasner et al., 2004 , Förster et al, 2016 ). Typical protocols use a 3 × 3 cm soaked gaze with a solution of 30%–40% menthol in 90% ethanol, covered by an adhesive film and applied to the skin during 20 min.…”
Section: Resultsmentioning
confidence: 99%
“…Menthol (C10 H20 O) is a cyclic terpene alcohol widely used in anti‐pruritic creams and nasal decongesting formulae, and has been employed as topical application to provoke cold hyperalgesia. Low concentrations (5%–10%) do not produce consistent pain changes (Green, 1992 ; Yosipovitch et al., 1996 ), but concentrations of 40% produce pain and local thermo‐mechanical primary hyperalgesia when applied topically (Wasner et al., 2004 , Förster et al, 2016 ). Typical protocols use a 3 × 3 cm soaked gaze with a solution of 30%–40% menthol in 90% ethanol, covered by an adhesive film and applied to the skin during 20 min.…”
Section: Resultsmentioning
confidence: 99%
“…lindern [5]. In humanen experimentellen Schmerzmodellen waren jedoch keine sensorischen Auffälligkeiten festzustellen, die eine Wirkung von Tapentadol voraussagen könnten [15]. Bei Gesunden wurde durch eine Gabe von Oxycodon die Latenz und Toleranz von Kälteschmerz deutlich erhöht.…”
Section: Fragebögenunclassified
“…Bei Mäusen konnte durch Tapentadol eine thermale Hyperalgesie gelindert werden (5). In humanen experimentellen Schmerzmodellen konnten jedoch keine sensorischen Auffälligkeiten festgestellt werden, welche eine Wirkung von Tapentadol hervorsagen könnte (15). Bei Gesunden wurde durch Oxycodongabe die Latenz und Toleranz von Kälteschmerz deutlich erhöht.…”
Section: Opioideunclassified