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PubMedDate not supplied

Usefulness of bipolar scissors for rectal cancer surgery with autonomic nerve preservation.

BACKGROUND/AIMS: Pelvic autonomic nerve preservation for rectal cancer has become more common in recent years. Therefore, we evaluated the usefulness of bipolar scissors for this procedure. METHODOLOGY: This study included 30 consecutive patients with lower rectal cancer who underwent pelvic autonomic nerve preservation at our hospital between April 1998 and August 2001. The bipolar scissors group comprised 10 patients who received the procedure using bipolar scissors, while the conventional group included 20 patients who received the procedure without the use of bipolar scissors. The two groups were compared in terms of operating time, blood loss, postoperative urinary and sexual function. RESULTS: Blood loss in the bipolar scissors group was 394.4 +/- 201.8mL, which was a significantly lower volume than that in the conventional group (881.8 +/- 582.9ml) (p=0.0049). All the patients in the bipolar scissors group (10/10=100%) and 19 cases in the conventional group (19/20=95.0%) answered that they were satisfied with the results of their voiding function. In the bipolar scissors group, 100% were capable of erection (5/5) and 80.0% preserved ejaculation (4/5). In the conventional group, 100.0% (10/10) and 77.8% (7/9) preserved erection and ejaculation, respectively. CONCLUSIONS: The use of bipolar scissors is quite beneficial when patients with rectal cancer receive pelvic autonomic nerve preservation.

Aged↗
PubMed2004

Mechanistic and clinical aspects of complex regional pain syndrome (CRPS).

Complex regional pain syndromes (CRPS, reflex sympathetic dystrophy, causalgia) are painful disorders that develop after trauma affecting a limb with (I) or without (II) nerve injury. Clinical features are pain, impairment of motor function, swelling and autonomic abnormalities (changes in sweating and blood flow). Autonomic abnormalities. The maximal skin temperature difference between the affected and unaffected extremity that occurs during a controlled thermoregulation can be used as a diagnostic tool. SMP. Sympathetic outflow to the painful extremity was experimentally activated. The intensity as well as area of spontaneous pain and mechanical hyperalgesia increased considerably in patients that had been classified as having SMP by positive sympathetic blocks. A pathological interaction between sympathetic vasoconstrictor and afferent neurons within the affected skin is the likely explanation for SMP in CRPS patients. Motor abnormalities. Kinematic analysis of target reaching as well as grip force analysis showed a pathological sensorimotor integration located in the parietal cortex. Furthermore, MEG studies demonstrated a continuous inhibition of the primary motor cortex. Neurogenic inflammation. Some features of acute CRPS (vasodilatation, swelling, pain) indicate a localized inflammatory process. Transcutaneous electrical stimulation of nociceptive C-fibre provoked protein extravasation into the interstitial fluid (microdialysis) only in CRPS patients and not in controls.

Animals↗
PubMed2004

Short-term physical training alters cardiovascular autonomic response amplitude and latencies.

This study reports the results of 15 days of exercise training in 25 adult males on cardiovascular autonomic response amplitude and latencies. A standard battery of autonomic function tests including both activity (tone) and reactivity was used. Parasympathetic activity as evaluated from Heart rate variability (HRV) showed no statistically significant change in both time and frequency domain measures, similarly Sympathetic activity as measured by QT/QS2 ratio showed no statistically significant change, but there was a trend of a decrease in sympathetic activity and an increase in parasympathetic activity. There were no changes in the parameters measuring parasympathetic reactivity. Sympathetic reactivity as evaluated by diastolic blood pressure responses to hand grip test (HGT) and cold pressor test (CPT) showed significant decreases. Time domain assessment of autonomic responses was done by measuring tachycardia and bradycardia latencies during Valsalva maneuver (VM) and lying to standing test (LST). Physical training resulted in a decrease in tachycardia latency during LST and a decrease in bradycardia latency during VM. We conclude from the present study that 15 days of physical training is not enough to alter autonomic activity and PNS reactivity but can result in changes in SNS reactivity and latency parameters. We hypothesize that a decrease in bradycardia latency during VM signifies a faster recovery of heart rate during VM and a decrease in tachycardia latency during LST denotes a delayed activation of the system both of which are favorable cardiovascular responses.

Adult↗