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JKM > Volume 36(2); 2015 > Article
Choi, Kim, and Jang: Pharmacopuncture for Acute peripheral facial paralysis: A systematic review and meta-analysis of randomized controlled trials



This study aims to evaluate the efficacy of pharmacopuncture in the treatment of acute peripheral facial paralysis (APFP) through a meta-analysis of randomized controlled trials to assess the clinical evidence for pharmacopuncture as a treatment for PFP.


Literature was searched using databases. The search terms used were “pharmacopuncture,” “sweet BV,” “apipuncture,” “apitoxin,” “injection acupuncture,” and “herbal acupuncture” in English and “bongchim,” “bongyakchim,” and “yakchim” in Korean. The RevMan 5.2 program was used for meta-analysis.


In all, 1902 studies were screened and the full texts of 219 articles were reviewed. Of these, nine studies were included in the systematic review and nine studies were included in the meta-analysis. Treatments utilizing bee venom, sweet bee venom (SBV), Soyeom, Calculus Bovis · Fel Ursi · Moschus (BUM), Hominis Placenta, and Suseunghwagang (SSHG) were observed in nine RCTs. In the forest plot, the diamond favors the PA treatment against the control treatment. (95% CI: 0.34 [0.08, 0.60], Z = 2.57, P = 0.01), which Our meta-analysis in RevMan 5.2 confirmed the significant efficacy of PA in treating APFP.


Our systematic review and meta-analysis suggest that treatments using Soyeom, bee venom, and BUM are effective in APFP and they reduce the duration of postauricular pain occurring at the acute stage of APFP. However, due to small effect size, further investigation is needed.


Acute peripheral facial paralysis (APFP) is a relatively common disease of the facial area. Its incidence varies from 20 to 30 cases per 100,000 people with the incidence increasing with age [1, 2].
In addition, it is the most common cause of unilateral facial paralysis, accounting for 60% to 75% of all cases of damage to the seventh cranial nerve [2]. APFP is characterized by unilateral facial weakness and the inability to control movement in the facial muscles; other symptoms include loss of taste, hyperacusis, decreased salivation, and tear secretion. Acute facial pain radiating from the ear may precede the onset of other symptoms [3, 4]. Several studies provide increasing evidence of the beneficial effect of acupuncture and moxibustion as an adjunctive treatment for APFP [57]. In conjunction with acupuncture and herbal medicine, pharmacopuncture (PA) is being used for the treatment of APFP. PA has been utilized in various types of disease as a complimentary method to conventional acupuncture treatment; however, no evidence shows its effectiveness for APFP. Therefore, the aim of this systematic review and meta-analysis is to investigate the effect of PA as an adjunctive treatment given in conjunction with the conventional Korean medical treatment for APFP.


1. Data Sources and Searches

The literature search was performed separately on April 3, 2014 by two investigators, who are Korean medical doctors. Only results published in English or Korean were considered. Data were recorded and assessed using Microsoft Excel 2007. The following electronic databases were searched from inception through April 2, 2014: Pubmed, Elsevier-EMBASE, Cochrane Central Register of Controlled Tirals (CENTRAL) (The Cochrane Library), SCOPUS, Cumulative Index to Nursing and Allied Health Literature (CINAHL), Citation Information by National Institute of Informatics (CiNii), Korean-studies Information Service System (KISS), DBPIA, KoreaMed. We used the following terms in English: pharmacopuncture, sweet bee venom, apipuncture, apitoxin, injection acupuncture, aquapuncture, herbal acupuncture. In Korean: bongchim, bongyakchim, yakchim, and suchim.

2. Study Selection

The study selection was performed independently by two investigators. Duplicate studies were excluded from the Excel database of articles by comparing the title, author, and year published. Inappropriate studies were excluded by examining the title and the abstract.

1) Types of studies

Studies mentioning randomized controlled trials (RCTs) of PA for APFP were considered. Studies that did not mention random allocation method, non-randomized controlled trials (nRCTs), case studies, and experimental studies were excluded.

2) Types of participants

The patients selected were diagnosed with APFP, and their initial treatment began within ten days of onset.

3) Types of intervention

The interventions selected involved the PA of any ingredient to any injection point with no limit on the total dosage per injection per treatment session.

4) Control group

No restrictions were placed on the type of control. Normal saline, conventional acupuncture treatments or various PA ingredients were included.

5) Types of outcome measurements

The outcome measure was set to the Yanagihara-system to assess APFP at the end of the fourth week as the primary outcome. The second and third week scores were also compared by grouping the trials according to the similar control groups. The VAS score for postauricular pain was examined at the end of the treatment session.

3. Data Extraction

Data extraction was performed independently by two unblinded investigators, and discrepancies were resolved through discussion. Data from the articles were validated and extracted using a predefined data extraction form. The study characteristics examined were sample size, age range, intervention, treatment duration, outcome, and result. The outcomes included symptoms and adverse events.

4. Risk of Bias Assessment

Risk of bias (ROB) assessment was independently performed by the two reviewers, using the Cochrane Handbook for Systematic Reviews of Interventions [8]. In addition, the Jadad score [9] was used as a complimentary assessment. The reviewers had no disagreements regarding the risk of bias.

5. Data Synthesis: Estimation Statistics

To summarize the effects of PA on outcomes, Review Manager (RevMan) (Version 5.2., Nordic Cochrane Centre, Cochrane Collaboration, Copenhagen) was used. The effect size was calculated as weighted mean differences (WMDs) and a 95% confidence interval (95% CI). Random-effect models were employed to consider the possible clinical heterogeneity among the included studies using the chi-square test, the tau2test, and Higgins I2statistics [8]).


1. Study Selection

The titles and/or abstracts of 1902 studies were screened, and the full texts of 219 studies were reviewed (Figure 1). Studies declared ineligible based on their titles and/or abstracts were excluded. Ineligible studies that were not filtered out during the title and/or abstract screening stage were found and removed after reviewing the full text. Of the 219 articles reviewed in full text, nine studies were identified for inclusion in the systematic review and meta-analysis [1018]. Of the nine studies, four articles focusing on postauricular pain were included [1012, 18].

2. Study description

1) Characteristics of included studies

In all, nine studies were included for systematic review and meta-analysis. The summary of the included RCTs are presented in Table 1 and 2. All nine RCTs originated from the Republic of Korea, and all the trials adopted an open-label RCT, two-armed parallel group design. In all, 200 patients were included in these PA treatment trials. Of those, 76 patients were included in studies on the effect of PA on APFP with postauricular pain. None of the RCTs had a treatment group receiving PA as a single intervention. Instead, PA in all the trials was combined with conventional Korean medical treatments, including acupuncture, herbal medicine, and other physical therapies (e.g., silver spike point therapy (SSP), hot pack, interferential current therapy (ICT), cupping therapy, and facial massage and exercise). Overall, six different PA ingredients were studied. Soyeom, bee venom, Calculus Bovis · Fel Ursi · Moschus (BUM), sweet bee venom (SBV), Suseunghwagang (SSHG), and Hominis Placenta (HP) were used in the treatment group. In studies on APFP with postauricular pain, Soyeom, bee venom, and BUM were used in the treatment group. Different types of controls were used in the studies. Lee CW (2004) used a placebo controlled with normal saline. Four RCTs compared PA with conventional Korean medical treatment [10, 11, 14, 18]. Three RCTs compared PA treatments with different PA treatments [12, 15, 17]. Kim JH (2013) compared PA with needle-embedding therapy, which is a unique method of acupuncture in which absorbable needles are left in the subcutaneous tissue in the affected region.

2) Characteristics of pharmacopuncture intervention

Soyeom, Bee venom, BUM, SBV, SSHG, and Hominis Placenta have been studied (Table 3). Of nine studies, four trials used herbal formula compounds [10, 12, 15, 18]. Six trials used single-herb PA [11, 1317]. Lee CH et al. (2011) compared single-herb with mixed-herb PA, and Choi YJ et al. (2012) compared mixed-herb PA with formulated ingredients. Of the 200 patients with APFP, 47 were treated with Soyeom, 83 were treated with bee venom, 14 were treated with BUM, 15 were treated with SSHG, and 41 were treated with Hominis Placenta . Of the 76 patients with postauricular pain, 47 were treated with Soyeom, 15 were treated with bee venom, and 14 were treated with BUM. All trials used 5∼10 acupuncture points in the facial area; for one group, Lee CH et al. (2011) included two acupuncture points not located on the face. Four trials studying postauricular pain chose TE17 as the injection point [13, 14, 22, 25]. Of these, Kim MS et al. (2004) was the only trial to report the assessment of skin sensitivity before the test for any allergic reaction and was the only trial to report any adverse events.

3) Outcome Measures

All the trials examined in this study used the Yanagihara-system as the primary outcome (the change of Yanagihara system). In addition, four postauricular pain trials used VAS scores [13, 14, 25]. Kim JH et al. (2013) also used HBS. Choi BC et al. (2009) did not report on the treatment duration and only reported the end scores. Four trials reported weekly scores and improvement rates for four weeks of treatment [1315, 17]. Lee CW et al. (2004) reported weekly scores for five weeks of treatment but did not report improvement rates. Three trials reported only the initial and end scores and the improvement rates with VAS scores for the second, fourth, and sixth days of treatment [11, 12, 18]. Choi BC et al. (2009) reported scores from the seventh, fifteenth, and last days of treatment and the improvement rates with VAS scores for the third, fifth, and seventh days of treatment. The quality of life was not assessed in any of the trials examined. Kim MS et al. (2004) was the only trial to report adverse events following the injection.

3. Risk of Bias Assessment

The Cochrane Handbook was used to assess the risk of bias to review the studies for methodological quality and the risk of bias [8]. Four trials used random sequence generation [13, 15, 17, 18]. None of the trials showed allocation concealment. Six trials had a high risk for performance bias. Only three trials had two parallel groups that used the same intervention techniques [12, 16, 17]. None of the trials showed detection bias, reporting bias, or any other bias. Kim MS et al. (2004) was at high risk for attrition bias because of drop-outs in the experimental group due to adverse events (Figures 2 and 3). According to the Jadad scoring system, all the trials were randomized in various ways and therefore received 1 point; however, only four trials used appropriate methods [5, 13, 17, 18]. Three trials used randomization codes [5, 13, 17]. Park JH et al. (2010) tossed a coin to randomize. None of the trials used blinding, and three trials included drop-outs or withdrawals [13, 14, 15]. Thus, none of the trials obtained a score of 5, which indicates a high-quality RCT. Only two studies received a total score of 3 [13, 15]. Three studies received a score of 2 [14, 17, 18]. The rest of the trials received a score of 1. None of the trials received a score of negative 1.

4. Outcome Results

The data extracted from the included studies were classified according to the weekly assessment results, with the fourth week used as the primary outcome in the analysis of efficacy (Figure 4). Only three studies that had conventional Korean medical treatment or normal saline as control were used for the primary outcome during the fourth week of treatment. The meta-analysis showed no heterogeneity among the three studies. The result of primary outcome was significant with Relative Ratio (RR) = 0.35 (χ2= 2.79, P=0.25, I2=28%). The diamond in the forest plot was on the right side of the vertical line, but it did intersect with the line. We found 95% CI for −0.09 to 0.79 (Z=1.54, P=0.12), which meant that the PA treatment was better than the control treatment. When comparing the primary outcome (fourth week of treatment) with the secondary outcome (second and third weeks of treatment), the data shows that the diamond intersects with the line at the second week of treatment, thus indicating that the result does not favor PA. However, at the third week of treatment, the diamond does not intersect with the vertical line. Kim JH et al. (2013) used the embedded-needling method of acupuncture and showed that this method and PA are both effective but with no significant differences. No heterogeneity and no significance was seen in the second week, with RR = 0.08 (χ2=2.91, P=0.23, I2=31%). At the third week, the heterogeneity among the two included studies was significant (χ2=8.62, P=0.07, I2=54%). Overall, RR=0.34 with a 95% CI of 0.08 to 0.60 with heterogeneity present (χ2=16.74, P=0.08, I2=40%) and an overall effect of Z=2.57 (P=0.01). The test for subgroup differences had no heterogeneity (χ2=1.81, P=0.41, I2=0%), thus favoring the PA method.

1) Outcome results in the RCTs on VAS for postauricular pain

The scores related to the use of VAS for postauricular pain were extracted from the included studies and analyzed to determine its efficacy in controlling pain and shortening the duration of pain (Figure 6). Four pieces of data from the sixth day of treatment were used. The meta-analysis showed that the heterogeneity among the four studies included was significant (χ2=6.51, df=3, P=0.09, I2=54%). The diamond was on the left side of the vertical line in the forest plot, and it did not intersect with the line. We found that RR=−0.95 with a 95% CI of −0.95 to −0.38 (Z=3.28, P=0.001), which meant that PA shortened the duration of and reduced postauricular pain by 15%.


Recently, PA was introduced as an improved method to compliment conventional acupuncture treatment. When used as a complimentary treatment to acupuncture, PA is much more effective [20]. PA, which involves the integration of acupuncture and herbal medicine, has been one of the most widely used acupuncture treatment methods in Korean medicine since Nam Sang Chun began its clinical utilization in 1967. However, its historical origin dates back to BC 168 in China. At the beginning of the 20th century, PA began to be used in Korea [21]. RCTs on PA were screened; in all, nine RCTs were found that focused on APFP. Although the search for RCTs was performed using international search engines, all the RCTs included in this study originated from the Republic of Korea. Our review of the RCT studies compared PA used in conjunction with conventional Korean medical treatments with conventional Korean medical treatments alone or with other PA treatments. Choi BC (2009) lacked standard deviation information for the weekly scores; this author tried to reach the author of the study by phone and email but received no reply. Therefore, only the VAS score was used. Trial observations were performed, with a total of 200 patients observed in the PA groups (Soyeom: 47 patients; SBV: 53; bee venom: 30; SSHG: 15; HP: 41; BUM: 14). The results suggest that Soyeom controls pain during the initial treatment stage; one study on Soyeom showed that it was significantly effective for APFP [12]. In addition, Soyeom relieved and shortened the duration of postauricular pain [12, 18]. In Shin HW study on Soyeom, the duration of postauricular pain lasted for 8.53±1.24 days compared to 7.06±1.44 days for control group. There was only about 1.5 day difference between the two groups thus Soyeom may be the most effective at the very acute stage of pain. Two studies on bee venom and SBV showed effectiveness at two weeks and thereafter; thus, they were effective in the acute stage [13, 15]. In Choi JY study, Bee venom did not show significant results on reducing the degree of pain, but significant difference was seen on duration on pain. Bee venom group had the lasting postauricular pain for 5.86±1.35 days compared to 8.26±1.9 days for the control group. BUM also shortened the duration of postauricular pain; however, no significant difference was seen between the control groups related to the improvement of APFP. Hominis Placenta showed results in the second, third, and fourth weeks but with no significance. SSHG also showed results with no significance. Yanagihara system grades the degree of APFP under ten category; at rest, wrinkle forehead, blink, closure of eye lightly, closure of eye tightly, closure of eye involved side only, wrinkle nose, whistle, grin, and depress lower lip with each category scored in the scale of 0 to 4. Unfortunately, none of the studies mentioned detailed description of improvement on APFP of those ten categories. To rank the most effective PA for APFP, more studies should be performed. The current evidence lacks enough information regarding the termination of the treatment and the number of treatment sessions needed for the best results. Consequently, the real efficacy of PA for APFP remains unclear because the quality of some of the articles included in the systematic review and meta-analysis were poor. We performed the heterogeneity test using the χ2 test (χ2=1.81, P=0.41, I2=0%) We found that the included studies did not cause heterogeneity. All the trials included here were randomized in various ways. Kim JH et al. (2013) and Lee CH et al. (2011) used randomization codes and Park JH et al. (2010) tossed a coin. None reported subject or evaluator blinding. Thus, no RCTs had a Jadad score of 4 or 5. Nonetheless, all the RCTs had a high risk of bias. In addition, the RCTs except Kim MS et al. (2004) were missing information on adverse effects; therefore, the safety of PA is also unclear. The RCTs showed no publication bias.


Nine randomized clinical trials were included in this systematic review and meta-analysis, which focused on Soyeom, bee venom, SBV, BUM, HP, and SSHG. The evidence from all the RCTs examined in this study was positive except for those from Kim JH et al. (2013). Although the results vary, our findings suggest the effectiveness of Soyeom, bee venom, and SBV for APFP and of Soyeom and BUM for postauricular pain at acute stage. However, further research is required to assess more accurate results and PA’s mechanism of action in the treatment of APFP.

Fig. 1.
PRISMA flowchart of study selection. RCTs: Randomized controlled trials.
Fig. 2.
The risk of bias of included studies. +: Low risk of bias; −: High risk of bias; ?: Unclear.
Fig. 3.
The summary of risk of bias
Fig. 4.
The forest plot of Yanagihara-system score by weekly treatment. All controls were conventional Korean medical treatments except for Kim JH (2013), which used the embed-needling technique.
Fig. 5.
The forest plot of VAS score on postauricular pain based on the sixth day of the treatment
Table 1.
General Characteristics of RCTs of Pharmacopuncture for APFP
First Author (Year) Study Design Patient Age (MEAN±SD: or RANGE) Sample Size Stage of APFP Level of Severity Initiation Period of tx after O/S (MEAN±SD)
Total TG(M/F) CG(M/F)
Choi BC (2009) Open label RCT A+B vs B 20∼60≤ 30 15(6/9) 15(8/7) Acute stage w/ postauricular pain on O/S day
Choi JY (2009) Open label RCT A+B vs B 43.17 30 15(10/5) 15(8/7) Diagnosed as APFP w/ Symptoms, Signs, postauricular pain 2.23 days later
Choi YJ (2012) Open label RCT A+C, B+C TG 48.07
CG 41.71
29 14(6/8) 17(5/12) Diagnosed as APFP w/ Symptoms, Signs, postauricular pain ≤10 days later
Kim JH (2013) Open label RCT A+C, B+C TG 48.25±10.34 CG 50.05±11.63 40 20 20 Diagnosed as APFP TG 3.35±2.32 days later
CG 2.35±1.76 days later
Kim MS (2004) Open label RCT A+B vs B 20∼50 30 15(7/8) 15(5/10) Diagnosed as APFP w/ nerve palsy distal to chorda tympani nerve ≤2days later (n=13), 3∼7days later (n=14), ≤8days later (n=3)
Lee CH (2011) Open label RCT A+C, B+C TG 51.07
CG 49.40
30 15(9/6) 15(6/9) Diagnosed as APFP w/ Lab, NET, MST, ENoG TG ≤3 days later
CG 3.33 days later
Lee CW (2004) Open label RCT A+C, B+C TG 46.78
CG 48.05
49 23(9/14) 21(12/9) Diagnosed as APFP,TG ENoG 63.52% CG ENoG 56.29% TG 2.65 days later
CG 2.29 days later
Park JH (2010) Open label RCT A+C, B+C 20∼69 36 18(10/8) 18(9/9) Diagnosed as APFP w/ Symptoms, Signs, postauricular pain ≤3 days later (n=29), 4∼7 days later (n=6), ≤10 days later (n=1)
Shin HW (2009) Open label RCT A+B vs B TG 47.23
CG 39.26
30 15(7/8) 15(8/7) Diagnosed as APFP w/ Symptoms, Signs, postauricular pain TG 2.06 days later
CG 2.16 days later

APFP: Acute Peripheral Facial Paralysis; TT: Total; Tx: Treatment; TG: Treatment Group; CG: Control Group W/: With; O/S: On set; NET; Nerve Excitability Test; MST: Maximal Stimulation Test; ENoG: Electronerography.

Table 2.
Treatment Characteristics of RCTs of Pharmacopuncture for APFP
First Author (Year) Intervention Conventional Treatment No of treatments/duration
Treatment Group (Regimen) Control Group (Regimen) A-TX, duration Decoction PT W-med
Choi BC (2009) Soyeom
+ Conventional Tx
Conventional Tx BID, 20 mins TID SSP Facial Massage & Exercise ICT Negative Not reported TG NR
CG 30tx for 2wks
Choi JY (2009) Bee Venom
+ Conventional Tx
Conventional Tx BID, 20 mins TID SSP Facial Massage & Exercise ICT Hot Spa Negative Not reported TG 3/wk for 3wks
CG 7/wk for 3wks
Choi YJ (2012) BUM
+ Conventional Tx
+ Conventional Tx
BID w/ Electroa-tx, NR TID Hot pack, Facial Massage No TG 6/wk for 3wks
CG 7/wk for 3wks
Kim JH (2013) Needle-embedding (29G, 4mm)
+ Conventional Tx
+ Conventional Tx
inpatients BID, outpatients 2–3/wk, 15 mins Yes Not Reported Not reported 2∼3/wk for 4wks
Kim MS (2004) Bee Venom
+ Conventional Tx
Conventional Tx BID w/ Electroa-tx, 15 mins Yes SSP Not reported 1∼3/wk for 4 wks
Lee CH (2011) Ascending Kidney Water Descending Heart Fire Method
+ Conventional Tx
+ Conventional Tx
inpatients BID, outpatients 2–3/wk, 15 mins Yes Not Reported Yes1 TG 2∼3/wk for 4wks
CG 8∼12tx for 4wks
Lee CW (2004) Hominis Placenta
+ Conventional Tx
Placebo (Normal Saline)
+ Conventional Tx
inpatients QD, outpatients 2/wk, 20∼30 mins Yes E.S.T, Jolly Hot Pack, Facial Massage & Exercise Yes (Steroids, vessel dilator, antacid) 7∼10tx for 7∼10days for inpatients, 2/wk for 4wks for outpatients
Park JH (2010) Hominis Placenta
+ Conventional Tx
+ Conventional Tx
2∼3/wk Yes Not Reported Yes2 TG 2∼3/wk for 4wks
CG 8∼12tx for 4wks
Shin HW (2009) Soyeom
+ Conventional Tx
Conventional Tx BID, 20 mins TID SSP Facial Massage & Exercise Hot Spa ICT(some patients) Not reported TG 3/wk for 3wks
CG 7/wk for 3wks

1 Steroids, vessel dilator, antiviral agents, artificial tears, eye ointment,

2 Steroids, vessel dilator, antiviral agents, vitamins, artificial tears, eye ointment. A-Tx: Acupuncture Treatment; PT: Physical Training; W-med: Western Medication; No: Number; Tx: Treatment;SSP: Silver Spike Point Therapy; ICT: Interferential Current Therapy; /wk: per Week; SBV: Sweet Bee Venom; BID: twice a day; TID: three times a day; QD: once a day; Mins: minutes; Electroa-tx: Electroacupuncture treatment; EST: Electrical Stimulation Therapy; P:Patients; NR:Not Reported.

Table 3.
Materials used in pharmacopuncture in clinical trials.
First Author (Year) Pharmacopuncture Intervention Ingredients of Pharmacopuncture Injection Point Dosage per points (mL) Total Dosage (mL) Skin Sensitivity
Choi BC (2009) Soyeom Taraxaci Herba, Lonicerae Flos, Rehmanniae Radix, Forsythiae Fructud, Coptidis Rhizoma, Scutellariae Radix, Phellodendri Cortex, Gardeniae Fructus TE17 (left & right) 0.4 at each point 0.8 N/A
Choi YJ (2009) Bee Venom Bee Venom (diluted in 20000:1 with d/w) 6 pts around TE17 (at effected side) 0.2∼0.6 N/A N/A
Choi JY (2012) BUM Calculus Bovis, Fel Ursi, Moschus TE17 GB12 (no report on sides) 0.2 per point 0.4 N/A
Soyeom Taraxaci Herba, Lonicerae Flos, Rehmanniae Radix, Forsythiae Fructud, Coptidis Rhizoma, Scutellariae Radix, Phellodendri Cortex, Gardeniae Fructus N/A
Kim JH (2013) SBV Sweet Bee Venom ST4 ST6 GB14 TE23 BL2 SI18 (at affected side) 0.05–0.1 per point 0.4 N/A
Kim MS (2004) Bee Venom Bee Venom (diluted in 4000:1 with d/w) ST4 ST6 GB14 SI18 TE17 (at affected side) 0.03 per point 0.15 Yes
Lee CH (2011) Hwangryunhaedoktang + BUM Coptidis rhizoma, Scutel-lariaeradix, Phellodendri cotex, Gardeniaefructus + CalculusBovis, FelUrsi, Moschus GB21 (both sides) CV17 (A) 0.2 (B) 0.2 0.6 N/A
SBV Sweet Bee Venom ST4 ST6 GV26 CV24 ST2 BL2 + α (no report on sides) 0.05∼0.1 0.3 N/A
Lee CW (2004) Hominis Placenta Hominis Placenta ST4 ST6 GB14 TE23 BL2 SI18 (at affected side) 0.05 0.3 N/A
Park JH (2010) Hominis Placenta Hominis Placenta ST4ST6BL2ST1+ α (no report on sides) 0.05∼0.1 0.3 N/A
SBV Sweet Bee Venom
Shin HW (2009) Soyeom Taraxaci Herba, Lonicerae Flos, Rehmanniae Radix, Forsythiae Fructud, Coptidis Rhizoma, Scutellariae Radix, Phellodendri Cortex, Gardeniae Fructus Points around TE17 (at affected side) Not reported 0.6∼0.8 N/A

NR: Not Reported; N/A: Not Available; PA: Pharmacopuncture; PS: The Korean Society of Pharmacopuncture; SBV: Sweet Bee Venom.


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