Observation
on the Therapeutic Effect of Enclosing Needling
under
CT Orientation for Treatment of Ischemia Cerebral Stroke
and
its Influence on Plasma NO
by
Li Yanhui(李艳慧)
Jiang Ganghui(江钢辉)
Pan Wenyu(潘文宇)
(Dept.
of Acupuncture and Moxibustion, First Affiliated Hospital of
Guangzhou University of TCM and Pharmacology, Guangzhou 510405,
China)
Abstract
In the present paper, 61 cases of ischemic cerebral apoplexy
were randomly divided into enclosing needling group (n=31) and
scalp-acupuncture group (n=30). After 30 sessions of treatment,
there was a significant difference between the two groups in the
therapeutic effect (P<0.05), indicating enclosing needling
being superior to scalp-acupuncture. Both enclosing needling and
scalp-acupuncture could lower plasma NO content while the former
was more apparent in lowering plasma NO level.
Key
Words
Ischemic cerebral apoplexy Enclosing needling Scalp-acupuncture
Plasma NO
Stroke is a common
disease occurring in the middle-aged and old people and is of
higher death rate and disable rate. Many studies demonstrated
that acupuncture is quite effective in treatment of cerebral
apoplexy. In order to searching more effective therapies, in the
present paper, comparison of the therapeutic effect between
enclosing needling and scalp-acupuncture was made in 61 cases of
ischemic cerebral apoplexy patients.
Clinical
Data
According to
“Criteria for Diagnosis of Apoplexy and Evaluation of the
Therapeutic Effect" formulated by the Cerebral Disease and
Emergency Cooperation Group of Chinese State Administration of
Traditional Chinese Medicine in 1996[1], 61 cases of
ischemic stroke patients confirmed to have cerebral infarction
focus by CT or MRI examination were subjected into this study.
Among them, 39 cases were male and 27 female. All the patients
were inpatients and were randomly divided into CT-orientation
enclosing needling group (enclosing needling group, in shor t,
n=31) and scalp-acupuncture group (n=30). Their average duration
of disease and average age were 12.23±6.36 days and 60.66±5.91
years respectively in enclosing needling group; and 13.47±6.81
days and 61.38±4.68 years respectively in scalp-acupuncture
group. There were no any significant differences between the two
groups in the sex, age and duration of disease (P>0.05).
Treatment
Methods
Enclosing needling
group: The punctured spots were within the peripheral scalp zone
around the focus-projecting location shown by CT scanning.
Gauge-28 or 30 filiform needles were inserted into the
subcutaneous tissues one by one, with an angle of about 30
degrees between the needle body and the scalp and the needle
tips being controlled to advance towards the center of the
focus. The interval between two needles was about 2 cm. After
achieving needling sensations (numbness and distention feeling
in the local area), the needles were twirled rapidly at a
frequency of 180-200 times/min for 2 min. The needles were
retained for 30 min and manipulated once again about every 5
min. Adjunct acupoints: Hegu (LI 4), Taichong (LR 3) and Taixi (KI
3) were supplemented for hyperactivity of the liver-yang;
Fenglong (ST 40) and Xuehai (SP 10) supplemented for blockage of
meridian collaterals by accumulation of phlegm; Quchi (LI 11)
and Fenglong (ST 40) supplemented for up-stirring of
phlegm-heat; Zusanli (ST 36) and Sanyinjiao (SP 6) supplemented
for qi-deficiency and blood stasis; Taixi (KI 3) and Taichong (
LR 3) supplemented for wind-stirring due to yin-deficiency; and
Yamen (GV 15) and Lianquan (CV 23) supplemented for slurred
speech. The needles were manipulated with reinforcing method for
deficiency-type stroke and with reducing method for excess-type
stroke.
Scalp-acupuncture
group: The Motor Area (MS 6) and Sensory Area (MS 7) on the
opposite side of the hemiplegia were punctured. The needle
insertion angle, two needles' distance, needling manipulations
and adjunct acupoints were the same to those of enclosing
needling group. Patients of both groups were treated once daily
and 30 sessions were made up of one therapeutic course. In case
of persistent hypertension, the patients were asked to take
Nifepine, etc. Plasma nitric oxide (NO) contents were determined
using enzyme labeling method. NO kit was supplied by Shenzhen
Jingmei Bio-engineering Limited Company.
Observation
on the Therapeutic Effect
In the light of
“Criteria for Diagnosis of Apoplexy and Evaluation of the
Therapeutic Effect"[1],
changes of symptoms of mental activity, speech, limb movement
function and others were evaluated by giving marks. The
therapeutic effect was judged by using the formula; (marks of
pre-treatment-marks of post-treatment)/marks of pretreatment ×100%.
Basically cured: After treatment, symptoms and signs decreased
by ≥81%, below 6 marks; Markedly effective: ≥56% and <8
1%; Effective: ≥11% and <56%; Ineffective: <11% or the
state of disease worsened.
Result
1. Ridit analysis of
the results showed a significant difference between enclosing
needling group and scalp-acupuncture group in the therapeutic
effect (P<0. 05), suggesting enclosing needling being
superior to scalp-acupuncture (Table 1 ).
Table
1. Comparison of the Therapeutic Effects between
Enclosing
Needling Group and Scalp-acupuncture
|
| Groups |
Cases |
Basically |
Markedly |
Effective |
Ineffective |
P |
|
| Enclosing
needling |
31 |
20 |
10 |
1 |
0 |
<0.05 |
| Scalp-acupuncture |
30 |
11 |
15 |
4 |
0 |
|
|
2. Changes of
plasma NO
Comparison of plasma NO
contents between healthy people (15 cases, 52.32±10 .61 μmol/L)
and stroke patients (40 cases, 87.92±16.58 μmol/L) showed a
significant difference (P<0.01). It indicated that plasma NO
level in stroke patients was significantly higher than that of
normal people. After treatment, the plasma NO contents of both
enclosing needling and scalp-acupuncture groups lower ed
considerably in comparison with pre-acupuncture (P< 0.01,
Table 2).
Table
2. Comparison of Plasma NO Contents (μmol/L, M±SD)
between
Pre- and Post-Treatment
of Enclosing Needling
and Scalp-Acupuncture Groups
|
| Groups |
Cases |
Pre-treatment |
Post-treatment |
P |
|
| Enclosing
needling |
20 |
89.20±15.31 |
63.86±16.22 |
<0.01 |
| Scalp-acupuncture |
20 |
86.64±17.89 |
72.07±19.22 |
<0.01 |
|
The average difference
value of plasma NO between pre-and post-treatment in enclosing
needling group (25.34±17.95 μmol/L ) was significantly higher
than that of scalp-acupuncture group (14.57±11.36) (P<0.01),
suggesting a more significant effect of enclosing needling on
plasma NO level.
Discussion
The point selection in
CT-orientation enclosing needling group was based on the
combination principle of local and distal acupoints, with the
principal stimulating site being on the scalp. The head is the
convergence place of all yang meridians of the whole body.
Acupuncture stimulation can promote circulation of blood and qi
and dredge meridians. Thus, patients' symptoms and signs could
be improved significantly.
NO is a non-typical
information molecule and has a wide range of physiological
functions. It is a gas substance functioning as an
inter-cellular massager an d also has a toxic effect on cells[2-3].
During cerebral ischemia, NO also has both potential beneficial
and noxious effects including maintaining blood flow volume of
the brain and suppressing platelet or leukocyte aggregation and
adhesiveness in one aspect and enlarging ischemic focus and
aggravating cerebral edema on the other aspect. It was reported
recently that within the first sever al hours of occurrence of
ischemia, NO had a beneficial effect on cerebral cells and then
generated a neurotoxic action[4].
In the present study, result s indicated that plasma NO contents
in normal people were significantly higher than that of stroke
patients, which was identified to the results reported by some
scholars[5,6].
After acupuncture treatment, plasma NO level lowered
significantly and the therapeutic effect of enclosing needling
was superior to that of scalp-acupuncture . This may be one of
the mechanisms of acupuncture-induced improvement of cerebral
blood flow and clinical symptoms and signs.
References
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2.徐俊.脑缺血时一氧化氮在谷氨酸兴奋毒性中的作用.国外医学脑血管疾病册,1998,6
(5):259.
3.田恒力.一氧化氮与脑缺血.国外医学脑血管疾病分册,1995,3(2):59.
4.赵希敏.一氧化氮与微血管通透性.国外医学脑血管疾病分册,1998,6(1):6.
5.李思民,等.急性脑梗塞病人血浆中NO含量变化及其临床意义的研究.中风与神经疾病杂志,1996,13(5):258.
6.俞龙,等.缺血性脑血管疾病患者血浆NO和SOD含量动态变化的临床意义探讨.临床神经病学杂志,1998,11(1):29.
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