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Articles on Electrocautery
[Copper ion
electrochemistry in treatment of bleeding and prolapse due
to hemorrhoid, experimental and clinical studies]
Li DB, Wang JX, Chang BZ, Huang YT, Xie XD, Huang YZ, Wang
CS, Chen XL, Li Q, Wang LY.
Xiyuan Hospital, Chinese Academy of Traditional Chinese Medicine,
Beijing 100091, China.
Zhonghua Yi Xue Za Zhi. 2003 Jun 10; 83(11): 958-61.
[Article in Chinese]
OBJECTIVE: To observe the effect of copper ion electrochemistry
(CIE) in treatment of bleeding and prolapse due to hemorrhoid.
METHODS: Bleeding was caused at several points on the sacrospinal
muscles of 26 rabbits. Routine hemostasis was used at one
side (control side) and CIE was used on the opposite side
(experimental side). The stanch times at the different sides
were recorded. Then the rabbits were killed. Pathological
examination was made to the lung, liver, and kidney to observe
the amount of small thrombus and inflammation. CIE was performed
at the right side of anus of 6 dogs and the right side was
used as control side. Tissue specimens of rabbit muscle and
dog anus mucosa were collected to examine the copper ion concentration.
A copper needle was inserted into each pile to the depth of
10 - 15 mm for 4'40" (with the mean number of treated
points of 9.8) upon 202 patients suffering from bleeding due
to hemorrhoid, 79 with inner hemorrhoids and 123 patients
with mixed hemorrhoids (experimental group). Another 171 patients
suffering from bleeding due to hemorrhoid, 64 with inner hemorrhoids
and 107 with mixed hemorrhoids were treated with suppository
as controls. CEI was performed on 128 patients suffering from
prolapse of hemorrhoid, 41 with inner hemorrhoids and 87 with
mixed hemorrhoids (experimental group). Another 115 patients
suffering from prolapse of hemorrhoid, 40 with inner hemorrhoids
and 75 with mixed hemorrhoids were treated with suppository
as controls. Biopsy specimens of anus mucosa were taken from
18 patients with mixed hemorrhoid who underwent CIE. The copper
ion concentration was measured in 30 patients undergoing CIE.
RESULTS: The stanch time in the experimental side of rabbit
was (1.16 +/- 0.18) min, significantly shorter than that in
the control side [(2.13 +/- 0.46) min, P = 0.0037]. Extensive
small thrombi and edema of vascular wall were seen in the
rabbit liver, lung, kidney, and muscle tissues in comparison
with the tissues of the control side (P < 0.01). Copper
ion complex was seen in the experimental rabbit tissues. The
copper ion concentration was significantly higher in the experimental
area of dog anus mucosa than in the control area. Clinical
study showed that after CIE the curative rate for bleeding
was 95.5%, significantly higher than that of the control group
(8.8%, U = 44.6, P < 0.001). The curative rate for prolapse
in the experimental group was 60.8%, significantly higher
than that of the control group (20.9%, U = 313.2, P < 0.01).
No patient felt pain while treated and later. After the CIE
treatment, the patients only needed to take a rest for 4 hours.
Pathology showed there were much more small thrombi in the
treated tissues. The blood copper ion concentration in the
trial group did not increase significantly after CIE in comparison
with that before treatment. CONCLUSION: CIE is safe, effective
and easy to perform in treatment of bleeding and prolapse
due to hemorrhoid.
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