<p>The behavioral patterns of rats in the control, CCD and CCD+LLLT groups were monitored at the indicated times (n = 6). (A) Foot withdrawal threshold responses to mechanical stimuli. (B) Foot withdrawal latencies in response to thermal stimuli. The levels of statistical significance are as follows: *, p<0.05.</p
<p>(A) Joint swelling displayed as delta (Δ) between ipsilateral (inflamed) and contralateral (nonin...
<p>Mechanical (<b>A, B</b>) and thermal (<b>C, D</b>) nociceptive thresholds were quantified before ...
<p>(A–C) BBB scores (A), paw withdrawal threshold (PWL) under thermal stimulation (B) and tactile wi...
<p><b>A</b>, <b>C</b>) The development of thermal hyperalgesia (A) and mechanical allodynia (C) was ...
We describe a method for evaluating the threshold for cutaneous mechanical sensation in rodents, bas...
<p><b>A</b>, <b>C</b>) Thermal hyperalgesia (A) and mechanical allodynia (C) were developed on the i...
<p>(<b>A</b>-<b>C</b>) Time-course of mechanical allodynia (<b>A</b>) and hyperalgesia (<b>B</b>,<b>...
Numbers of rats used in each group are indicated in the parentheses. The arrow indicates the point o...
<p>(A) Time course of changes in the withdrawl threshold of the ipsilateral hindpaw for control (n =...
Background Thermal sensory testing in rodents informs human pain research. There are important di...
<p>The somatic sensory function was shown by changes in mechanical pain sensitivity (A-B) and therma...
<p>Paw withdrawal threshold in mechanical allodynia (A) and in thermal hyperalgesia (B) in sham rats...
In animal studies, thermal sensitivity is mostly evaluated on the basis of nociceptive reaction late...
<p>PWLs and PWRs were recorded starting with assessment of the baseline before STZ administration (0...
International audienceThe tail and paws in rodents are heat exchangers involved in the maintenance o...
<p>(A) Joint swelling displayed as delta (Δ) between ipsilateral (inflamed) and contralateral (nonin...
<p>Mechanical (<b>A, B</b>) and thermal (<b>C, D</b>) nociceptive thresholds were quantified before ...
<p>(A–C) BBB scores (A), paw withdrawal threshold (PWL) under thermal stimulation (B) and tactile wi...
<p><b>A</b>, <b>C</b>) The development of thermal hyperalgesia (A) and mechanical allodynia (C) was ...
We describe a method for evaluating the threshold for cutaneous mechanical sensation in rodents, bas...
<p><b>A</b>, <b>C</b>) Thermal hyperalgesia (A) and mechanical allodynia (C) were developed on the i...
<p>(<b>A</b>-<b>C</b>) Time-course of mechanical allodynia (<b>A</b>) and hyperalgesia (<b>B</b>,<b>...
Numbers of rats used in each group are indicated in the parentheses. The arrow indicates the point o...
<p>(A) Time course of changes in the withdrawl threshold of the ipsilateral hindpaw for control (n =...
Background Thermal sensory testing in rodents informs human pain research. There are important di...
<p>The somatic sensory function was shown by changes in mechanical pain sensitivity (A-B) and therma...
<p>Paw withdrawal threshold in mechanical allodynia (A) and in thermal hyperalgesia (B) in sham rats...
In animal studies, thermal sensitivity is mostly evaluated on the basis of nociceptive reaction late...
<p>PWLs and PWRs were recorded starting with assessment of the baseline before STZ administration (0...
International audienceThe tail and paws in rodents are heat exchangers involved in the maintenance o...
<p>(A) Joint swelling displayed as delta (Δ) between ipsilateral (inflamed) and contralateral (nonin...
<p>Mechanical (<b>A, B</b>) and thermal (<b>C, D</b>) nociceptive thresholds were quantified before ...
<p>(A–C) BBB scores (A), paw withdrawal threshold (PWL) under thermal stimulation (B) and tactile wi...