Literature DB >> 26516343

SEED: the six excesses (Liu Yin) evaluation and diagnosis scale.

Pei-Jung Chiang1, Tsai-Chung Li2, Chih-Hung Chang3, Li-Li Chen4, Jun-Dai Lin5, Yi-Chang Su6.   

Abstract

BACKGROUND: Infections such as common colds, influenza, acute upper respiratory infections, bacterial gastroenteritis, and urinary tract infections are usually diagnosed according to patients' signs and symptoms. This study aims to develop a scale for the diagnosis of infectious diseases based on the six excesses (Liu Yin) etiological theory of Chinese medicine (CM) by the Delphi method.
METHODS: A total of 200 CM-guided diagnostic items measuring signs and symptoms for infectious diseases were compiled from CM literature archives from the Han to Ming dynasties, CM textbooks in both China and Taiwan, and journal articles from the China Knowledge Resource Integrated Database. The items were based on infections and the six excesses (Liu Yin) etiological theory, i.e., Feng Xie (wind excess), Han Xie (coldness excess), Shu Xie (summer heat excess), Shi Xie (dampness excess), Zao Xie (dryness excess), and Huo Xie (fire excess). The items were further classified into the six excess syndromes and reviewed via a Delphi process to reach consensus among CM experts.
RESULTS: In total, 178 items with a mean or median rating of 7 or above on a scale of 1-9 from a panel of 32 experts were retained. The numbers of diagnostic items in the categories of Feng (wind), Han (coldness), Shu (summer heat), Shi (dampness), Zao (dryness), and Huo (fire) syndromes were 15, 22, 25, 37, 17, and 62, respectively.
CONCLUSIONS: A CM-based six excesses (Liu Yin) evaluation and diagnosis (SEED) scale was developed for the evaluation and diagnosis of infectious diseases based only on signs and symptoms.

Entities:  

Year:  2015        PMID: 26516343      PMCID: PMC4624590          DOI: 10.1186/s13020-015-0059-4

Source DB:  PubMed          Journal:  Chin Med        ISSN: 1749-8546            Impact factor:   5.455


Background

Infections such as common colds, influenza, acute upper respiratory infections, bacterial gastroenteritis, and urinary tract infections are usually diagnosed according to patients’ signs and symptoms, while the diagnosis of pandemic infections such as influenza H1N1 [1-4] and H5N1 [5, 6] must be confirmed by expensive laboratory tests [7-9] or real-time RT-PCR assays of multiple specimens [10]. Pathogen testing in the laboratory might be of low sensitivity [11], and low accuracy in some cases [12-14], and above all time-consuming [15]. Chinese medicine (CM) can detect those infectious diseases mentioned above according to the etiological theory of Liu Yin (six excesses), i.e., Feng Xie (wind excess) representing varying temperature factors, Han Xie (coldness excess) representing falling temperature, Shu Xie (summer heat excess) representing rising temperature and humidity, Shi Xie (dampness excess) representing rising humidity, Zao Xie (dryness excess) representing falling humidity, and Huo Xie (fire excess) representing rising temperature [16, 17]. These Liu Yin (six excesses) collectively describe the circumstantial influences on Qi and Xue (blood), encompassing a number of CM diagnostic criteria checked by inquiry, inspection, olfaction, audition, percussion, palpation, and pulse examination (Fig. 1), and facilitate diagnostic and therapeutic decisions [18]. However, there has been no standard diagnostic assessment or measurement scales designed for infectious diseases based on the Liu Yin (six excesses) theory [19-28].
Fig. 1

Infectious diseases were classifiable in CM according to the Liu Yin (six excesses), Feng (wind), Han (coldness), Shu (summer heat), Shi (dampness), Zao (dryness), and Huo (fire), and could be classified into Feng (wind), Han (coldness), Shu (summer heat), Shi (dampness), Zao (dryness), and Huo (fire) syndromes

Infectious diseases were classifiable in CM according to the Liu Yin (six excesses), Feng (wind), Han (coldness), Shu (summer heat), Shi (dampness), Zao (dryness), and Huo (fire), and could be classified into Feng (wind), Han (coldness), Shu (summer heat), Shi (dampness), Zao (dryness), and Huo (fire) syndromes This study aims to develop the six excesses (Liu Yin) evaluation and diagnosis (SEED) scale for infectious diseases based on the Liu Yin (six excesses) etiological theory in CM by a Delphi process among experts. The Delphi method aims to build consensus and generate ideas in research fields [29-41], and is useful for the establishment of diagnostic criteria in clinical medicine. It is a structured communication process to establish the definition of the syndromes, the diagnostic criteria or the staging of the diseases, and the suggested treatments in the medical guidelines [42-48].

Methods

The Delphi method [49] was used to achieve a group panel consensus on the diagnostic items for the Liu Yin (six excesses) syndromes among a panel of experts between 2007 and 2008. A nationally representative panel of Chinese medical experts were invited; only CM experts with good knowledge about CM and modern research methods with master or doctoral degrees, and more than 7 years of practicing experience were invited to join the Delphi panel. Based on this consensus, we carried out further statistical analyses for infectious diseases. An interdisciplinary advisory board was formed by seven members, including five CM experts, one measurement methodologist, and one statistician. The advisory board selected the participants of the Delphi panel. Representatives from various education backgrounds, medical disciplines, geographical distributions, and clinical experience were considered for the panel. Finally, a total of 32 CM experts meeting these criteria were invited, and all agreed to participate (Table 1). Of the 32 participants, 20 were from CM departments in medical centers, 6 were from district or regional teaching hospitals, and 6 were from private practices; 7 practiced in Northern region, 11 in central region, 6 in Southern region and 8 in other region. Twenty-one panelists held master degrees, 11 had doctoral degrees in medical sciences, and 26 panelists were teachers in academic institutions. The age (mean ± SD) of the panelists was 43 ± 7.0 years with a median of 42 years. The year of practicing experience (mean ± SD) was 11.3 ± 3.7 years with a median of 10 years.
Table 1

Basic characteristics of the 32 CM experts

Age, mean (SD), years
 Average43 (SD = 7.0)
 Median42
Spectrum of practice, mean (SD), years
 Average11.3 (SD = 3.7)
 Median10
Educational background, n (%)
 Master degree21 (65.6 %)
 Doctorate degree11 (34.4 %)
Geographic distribution, n (%)
 Northern7 (21.9 %)
 Central11 (34.4 %)
 Southern6 (18.8 %)
 Other8 (25.0 %)
Practice institution, n (%)
 Medical centers20 (62.5 %)
 District teaching hospitals5 (15.6 %)
 Regional teaching hospitals1 (3.1 %)
 Private practices6 (18.8 %)
Teaching in an academic institution, n (%)
 Yes26 (81.3 %)
 No6 (18.8 %)
Basic characteristics of the 32 CM experts The Delphi process was iterative. We began with a systematic review of traditional CM literature including the Medicine Encyclopedia collected by Kentang Wang (AC1552–1639), 122 published modern textbooks, and 7364 journal articles from the China Knowledge Resource Integrated Database. The search keywords included: Feng (wind), Han (coldness), Shu (summer heat), Shi (dampness), Zao (dryness), Huo (fire), Wai-gan (external contraction), Liu Yin (six excesses), and Yin (excess), and we identified and compiled a pool of 200 diagnostic items for the Liu Yin (six excesses) syndromes. The CM experts categorized each of these 200 items into one of the Liu Yin (six excesses) syndromes, and the results were reviewed and face-validated by the same experts. The numbers of items for each Yin (excess) syndrome were: Feng (wind), 23; Han (coldness), 32; Shu (summer heat), 25; Shi (dampness), 40; Zao (dryness), 18; and Huo (fire), 62. We had mailed the items to the panelists and invited them to add any items; the numbers remained the same. The classified items were then incorporated into the processes of the Delphi method and circulated via mail to the panelists for their ratings with follow-up phone calls within 2 weeks (Fig. 2). In stage 1, the panelists were asked to rate the appropriateness of each of the classified signs and symptoms on a scale of 1 (highly inappropriate) to 9 (highly appropriate). They were also instructed to provide reasons for the items they rated as “inappropriate”. In stage 2, the results for the mean rating and standard deviation of the individual items were mailed to the panelists, and they were asked again to provide and return their ratings after reviewing the results. The two-stage Delphi method are enough to saturate consensus [49-57], which cannot be maximized by increasing the number of round [58-64]. The progress was assessed by any reduction in the variability of judgments among the panelists. The level of consensus was quantified by the standard deviation of their ratings. After the two-stage Delphi method, the expert-rated diagnostic items with an average or median rating of 7 or above were considered to have face-validity and integrated into the standardized assessment. The cut point of 7.0 had been chosen because it highly represents panelists’ agreement as well as the estimated time required to complete the selected items by CM doctors is expected to be no more than 30 min.
Fig. 2

Flow chart of the Delphi process

Flow chart of the Delphi process

Results

The mean, median and standard deviation of the ratings for each item from the first and second stages were calculated (Table 2). After the two-stage Delphi method, 15, 22, 25, 37, 17, and 62 diagnostic items with a rating of 7.0 or higher were retained in Feng (wind), Han (coldness), Shu (summer heat), Shi (dampness), Zao (dryness), and Huo (fire) syndromes, respectively. The standard deviations of all 178 retained items decreased from the first stage to the second stage because of the achieved agreement, with the following exceptions: “surging but weak pulse with dipped finger tip” (both 1.02) and “unclear head and eyesight” (1.01–1.06) in Shu (summer heat) syndrome; “edematous swelling in face and limbs” (both 1.10) and “unclear head and eyesight” (both 0.67) in Shi (dampness) syndrome; and “dry and yellow fur” (1.01–1.06) and “dry, yellow and white fur” (0.61–0.63) in Huo (fire) syndrome. However, the upward changes were relatively small.
Table 2

Results of the two-stage Delphi method

SyndromeNo.ItemStage 1Stage 2
Mean (SD)MedianMean (SD)Median
Feng (wind) syndrome1Aversion to winda 8.03 (1.06)88.28 (0.96)8
2Floating pulsea 7.63 (1.41)77.78 (0.87)7
3Itchy throata 7.25 (1.16)77.41 (0.80)7
4Headachea 7.09 (1.30)67.16 (0.51)6.5
5Headache and painful stiffness in napea 7.06 (1.34)77.06 (0.80)7
6Floating and relaxed pulsea 7.00 (1.42)67.28 (0.82)7
7Clear snivela 6.97 (1.23)77.09 (0.69)7
8Sneezinga 6.94 (1.34)57.13 (0.79)5
9Pain at unfixed location6.88 (2.03)66.91 (1.09)6
10Painful stiffness in nape and back6.84 (1.22)66.84 (0.95)5
11Floating and rapid pulsea 6.81 (1.42)77.19 (0.82)7
12Generalized paina 6.75 (1.59)77.06 (0.67)7
13Nasal congestiona 6.69 (1.31)77.13 (0.75)7
14Cough, productivea 6.59 (1.46)77.06 (0.67)7
15Floating and weak pulsea 6.53 (1.65)76.59 (1.07)7
16Aches and pains in joints6.44 (1.39)5.56.69 (0.59)5
17Generalized itching6.44 (1.68)5.56.44 (1.37)5
18Thin white fur6.38 (1.79)66.50 (1.05)6
19Pale red tongue6.28 (1.90)66.41 (0.98)6
20Deviated eye and mouth6.16 (1.92)85.84 (1.44)8
21Opisthotonosa 5.63 (2.23)75.09 (1.40)7
22Trismus (lockjaw)a 5.53 (2.17)75.06 (1.37)7
23Hemiplegia5.22 (2.35)65.13 (1.43)6
Han (coldness) syndrome1Aversion to colda 8.22 (0.87)8.58.41 (0.61)8
2Floating and tight pulsea 7.66 (1.10)77.78 (0.79)7
3Preference for hot drinksa 7.53 (1.37)77.53 (0.67)7
4Clear phlegma 7.53 (0.98)77.47 (0.57)7
5Clear snivela 7.41 (0.95)67.50 (0.67)7
6A lot of clear and white phlegma 7.38 (1.07)77.34 (0.60)7
7Generalized paina 7.13 (1.34)77.41 (0.67)7
8Headache and painful stiffness in napea 7.13 (1.18)77.28 (0.58)7
9Shiveringa 7.06 (1.37)77.22 (0.91)7
10Ache in limbsa 7.00 (1.39)77.28 (0.73)7
11Cold body and limbsa 7.00 (1.87)77.28 (0.96)7
12Tight pulsea 6.94 (1.39)67.13 (1.16)6
13Aches and pains in jointsa 6.88 (1.50)67.28 (0.58)6
14White and moist fur6.88 (1.50)66.81 (1.00)6
15Not thirstya 6.84 (1.32)67.03 (0.93)6
16White, moist and thin fura 6.84 (1.51)76.94 (0.95)7
17No desire to drink6.84 (1.27)66.81 (0.90)6
18Clear urinea 6.81 (1.64)76.78 (0.75)7
19Painful stiffness in nape and backa 6.78 (1.72)76.91 (0.95)7
20White and thin fur6.78 (1.72)66.84 (0.95)6
21Absence of sweatinga 6.69 (1.64)77.13 (1.01)7
22Cold feeling on nape and back6.69 (1.45)76.94 (0.76)6
23Headachea 6.63 (1.36)77.06 (0.95)8
24Cough, productive6.53 (1.24)76.75 (0.72)6
25White fur6.53 (1.78)76.59 (1.01)6
26Sloppy stool6.50 (1.32)76.66 (1.00)6
27Reversal cold of extremities6.50 (1.80)76.59 (1.24)6
28White and slippery fura 6.44 (1.63)76.50 (1.02)7
29Nasal congestion6.38 (1.36)76.81 (0.63)6
30Sneezing6.38 (1.34)66.81 (0.64)6
31Lumbar pain or achea 6.13 (1.54)86.53 (0.67)8
32Breathlessnessa 5.88 (1.52)76.22 (1.10)7
Shu (summer heat) syndrome1Thirstya 7.97 (1.00)87.88 (0.71)8
2Fevera 7.91 (1.09)88.00 (0.80)8
3High fevera 7.84 (1.05)87.88 (0.66)8
4Profuse sweatinga 7.81 (1.57)87.53 (0.92)7
5Surging pulsea 7.66 (0.94)87.66 (0.79)7
6Fatiguea 7.59 (1.21)77.72 (0.73)7
7Aversion to heata 7.56 (1.41)77.72 (0.73)7
8Reddish yellow urinea 7.56 (0.88)77.47 (0.67)7
9Red tonguea 7.53 (0.92)67.63 (0.66)6
10Surging but weak pulse with dipped finger tipa 7.53 (1.02)67.28 (1.02)6
11Desire to drinka 7.47 (1.41)77.53 (0.67)7
12Unclear head and eyesighta 7.44 (1.01)77.03 (1.06)7
13Rapid pulsea 7.34 (1.29)87.28 (0.68)8
14Heavy or tired limbsa 7.31 (1.38)87.25 (0.84)7
15Reddened complexiona 7.28 (0.85)77.22 (0.61)7
16Preference for cold drinksa 7.28 (1.51)77.13 (0.87)7
17Shortness of urinea 7.22 (1.04)67.06 (0.95)6
18Red lipsa 7.19 (0.74)77.19 (0.64)6
19Agitationa 7.13 (1.04)77.00 (0.76)7
20Lethargya 7.03 (1.26)76.78 (0.87)7
21Dry tongue with little salivaa 7.00 (0.95)87.09 (0.93)7
22Anorexiaa 6.81 (1.15)86.81 (0.90)8
23Dizzinessa 6.50 (1.22)86.47 (1.08)8
24Stomach refluxa 6.38 (1.07)76.34 (0.90)7
25Headachea 6.19 (1.51)76.38 (1.10)7
Shi (dampness) syndrome1Heavy or tired limbsa 8.19 (0.86)78.09 (0.73)7
2Heavy-headednessa 8.09 (0.86)88.06 (0.76)8
3Fatiguea 7.81 (0.90)77.81 (0.74)7
4White and slimy fura 7.75 (1.05)77.72 (0.68)7
5Unclear head and eyesighta 7.50 (0.67)87.50 (0.67)8
6Viscous feeling in oral cavitya 7.50 (0.95)77.47 (0.62)7
7Thick and slimy fura 7.47 (1.16)77.63 (0.79)7
8Soggy pulsea 7.41 (1.34)87.47 (1.02)8
9Edematous swelling in face and limbsa 7.41 (1.10)77.13 (1.10)7
10Edema, generalized7.28 (1.53)66.94 (0.95)6
11Rash7.25 (1.30)66.97 (1.09)6
12Sloppy stoola 7.22 (1.21)77.38 (0.61)7
13Slippery pulsea 7.19 (1.06)77.22 (0.79)7
14Soggy and relaxed pulsea 7.19 (1.35)77.19 (0.90)7
15White and slippery fura 7.19 (1.40)67.19 (0.74)6.5
16No desire to drinka 7.19 (1.23)67.00 (0.88)7
17Yellow and slimy fura 7.19 (1.18)76.97 (1.03)7
18Slippery fura 7.13 (1.43)77.16 (0.72)7
19Soft stoola 6.97 (1.36)67.22 (0.61)7
20Anorexiaa 6.97 (1.40)67.22 (0.71)6
21Dizzinessa 6.94 (1.46)77.13 (0.83)7
22Lethargya 6.94 (1.34)77.09 (0.89)7
23White and moist fura 6.94 (1.32)76.97 (0.78)7
24Stool with dischargea 6.94 (1.32)76.94 (0.72)7
25Oppression in chesta 6.91 (1.42)77.13 (0.83)7
26White and moist fura 6.91 (1.53)77.13 (0.75)7
27Not thirstya 6.91 (1.17)76.97 (0.78)7
28Soggy and rapid pulsea 6.91 (1.23)76.97 (0.90)7
29Dyspepsia6.91 (1.42)76.81 (1.00)6
30Jaundicea 6.91 (1.47)76.78 (1.16)7
31Mild fevera 6.88 (1.31)77.09 (0.59)7
32Stomach refluxa 6.78 (1.24)86.84 (0.81)8
33Gastric stuffinessa 6.75 (1.46)77.06 (0.76)7
34Vaginal dischargea 6.75 (1.46)87.06(0.76)8
35A lot of clear and white phlegma 6.75 (1.34)77.00 (0.51)7
36Aches and pains in jointsa 6.72 (1.35)77.03 (0.47)7
37White fura 6.66 (1.49)76.91 (0.78)7
38Vomitinga 6.59 (1.24)76.56 (0.98)7
39Ache in limbsa 6.50 (1.32)76.72 (0.58)7
40Generalized paina 6.44 (1.48)66.75 (0.50)7
Zao (dryness) syndrome1Dry throata 8.16 (0.72)88.17 (0.66)8
2Dry nasal cavitya 8.06 (0.84)77.90 (0.49)6
3Dry lipsa 8.06 (0.88)87.79 (0.49)8
4Dry skina 7.84 (0.92)87.83 (0.54)8
5Dry tongue with little fluida 7.75 (1.05)87.66 (0.55)8
6Cough, nonproductivea 756 (1.08)67.62 (0.62)6
7Thirstya 7.38 (1.43)87.24 (0.83)7.5
8Hard bound or dry stoola 7.31 (1.28)77.14 (0.49)7
9Sticky phlegma 7.31 (1.03)77.14 (0.52)7
10Dry, thin and white fura 7.25 (1.34)77.17 (0.80)7
11Dry, yellow and white fura 7.25 (1.16)87.00 (0.89)8
12Dry and yellow fura 7.06 (1.29)76.79 (0.73)7
13Desire to drinka 7.00 (1.37)77.10 (0.86)7
14Red tongue6.97 (1.58)66.90 (0.62)6
15Hoarsenessa 6.88 (1.21)77.00 (0.53)7
16Pruritusa 6.81 (1.38)77.10 (0.41)7
17Dyscheziaa 6.50 (1.34)76.59 (0.95)7
18Cough, productivea 6.28 (1.17)76.59 (0.82)7
Huo (fire) syndrome1High fevera 7.97 (0.82)88.00 (0.57)8
2Fevera 7.94 (1.08)87.97 (0.54)8
3Rapid pulsea 7.94 (1.19)87.84 (0.68)8
4Heat intolerancea 7.91 (0.86)77.94 (0.72)7
5Thirstya 7.91 (1.06)77.78 (0.61)7
6Red tonguea 7.88 (1.01)77.75 (0.67)7
7Preference for cold drinksa 7.69 (1.00)67.63 (0.66)6
8Surging pulsea 7.66 (1.18)77.56 (0.72)7
9Reddish yellow urinea 7.63 (1.01)77.59 (0.56)7
10Sore throata 7.56 (1.11)57.69 (0.69)5
11Reddish eyea 7.56 (1.01)77.56 (0.80)7
12Desire to drinka 7.56 (1.11)77.53 (0.57)7
13Reddened complexiona 7.56 (0.84)77.50 (0.72)6
14Erythema, blister or ulcera 7.53 (0.72)77.47 (0.98)7
15Hard bound or dry stoola 7.50 (1.19)77.44 (0.67)7
16Agitationa 7.50 (1.11)67.38 (0.71)6
17Red lipsa 7.47 (1.02)67.63 (0.71)6
18Sore swollen guma 7.47 (1.02)77.44 (0.76)6
19Dry and yellow fura 7.44 (0.56)77.47 (0.62)8
20Hotness in chesta 7.44 (1.01)77.38 (0.55)7
21Red tip of tonguea 7.44 (1.05)77.38 (0.71)7
22Red tip and margin of tonguea 7.44 (1.05)77.38 (0.71)7
23Red dot on tonguea 7.41 (1.07)87.41 (0.67)8
24Floating and rapid pulsea 7.38 (1.18)77.41 (0.67)7
25Dry tongue with little fluida 7.38 (1.01)77.31 (0.64)7
26Dry, yellow and white fura 7.38 (0.61)77.28 (0.63)7
Huo (fire) syndrome27Ulcer on tonguea 7.34 (1.26)67.31 (0.74)6
28Aphthaa 7.34 (1.15)87.28 (0.68)8
29Hot feeling around anusa 7.31 (1.09)77.28 (1.02)7
30Dry lipsa 7.31 (1.38)77.16 (0.57)7
31Profuse sweatinga 7.31 (1.00)87.06 (0.88)8
32Purpuraa 7.31 (1.28)77.06 (0.76)7
33String-like and rapid pulsea 7.28 (1.14)87.16 (0.63)7
34Stinky diarrheaa 7.28 (1.16)76.97 (0.61)7
35Slippery and rapid pulsea 7.22 (1.16)77.22 (0.61)7
36Hotness in abdomena 7.22 (1.21)77.19 (0.54)7
37Dry throata 7.22 (1.29)77.16 (0.57)6
38Decreased urinationa 7.22 (1.04)67.09 (0.69)6
39Dysuriaa 7.22 (0.97)76.91 (0.93)7
40Skin wheala 7.16 (0.92)87.16 (0.72)8
41Yellow phlegma 7.13 (1.24)77.22 (0.55)7
42Epistaxisa 7.13 (1.36)77.22 (0.66)7
43Sudden and watery diarrheaa 7.13 (1.01)76.97 (1.12)7
44Yellow snivela 7.06 (1.37)87.16 (0.63)7
45Dyscheziaa 7.06 (1.22)6.57.09 (0.64)6
46Anguish in hearta 7.03 (1.26)7.57.19 (0.64)7
47Dry nasal cavitya 7.00 (1.30)77.09 (0.53)7
48Bitter taste in moutha 7.00 (1.34)77.06 (0.80)7
49Rasha 6.97 (1.40)77.03 (0.69)7
50Bloody stool with pusa 6.97 (0.93)76.97 (1.09)7
51Difficulty falling asleepa 6.94 (1.32)77.09 (0.69)7
52Delirious speecha 6.84 (1.42)86.72 (0.99)8
53Gingival bleedinga 6.81 (1.40)76.91 (1.03)7
54Nasal flaringa 6.75 (1.46)76.81 (1.06)7
55Difficulty maintaining sleepa 6.72 (1.30)76.91 (0.59)7
56Hemoptysisa 6.69 (1.40)76.84 (0.85)7
57Hematuriaa 6.69 (1.49)76.66 (1.10)7
58Headachea 6.56 (1.32)86.41 (0.87)7
59Hematemesisa 6.44 (1.26)86.44 (0.94)8
60Breathlessa 6.34 (1.26)7.56.13 (0.94)7
61Lethargya 6.31 (1.60)76.31 (1.12)7
62Tinnitusa 5.84 (1.65)75.94 (0.91)7

The translations were mainly according to “WHO International Standard Terminologies on Traditional Medicine in the Western Pacific Region [70]”

SD standard deviation

aThe 178 diagnostic items graded as 7.0 and above

Results of the two-stage Delphi method The translations were mainly according to “WHO International Standard Terminologies on Traditional Medicine in the Western Pacific Region [70]” SD standard deviation aThe 178 diagnostic items graded as 7.0 and above The total number of retained items in each of the Liu Yin (six excesses) syndromes varied from 15 items in Feng (wind) syndrome to 62 items in Huo (fire) syndrome. All syndromes comprised two kinds of diagnostic items: subjective discomfort factors and objective examinations by the patients themselves or by clinicians. The diagnostic items for subjective discomfort included the following: items regarding sleeping, appetite, eyesight, and hearing; items regarding behavioral adjustments such as aversion, preference, anguish, and agitation; items regarding sensations of coldness, hotness, dryness, and bitterness; and items regarding feelings of pain, itch, ache, congestion, thirst, viscousness, oppression, fullness, stuffiness, heaviness, and tiredness. The diagnostic items for objective examinations included the following: general symptoms regarding complexion, eyes, lips, tongue, skin, snivel, stool, urine, phlegm, and awareness; physical responses such as breathlessness, coughing, shivering, sweating, sneezing, and vomiting; and appearance changes such as hemiplegia, deviated eyes and mouth, opisthotonos, trismus, and edema. In addition to the two kinds of diagnostic items, 4, 2, 3, 4, and 5 items of pulse examination were retained in Feng (wind), Han (coldness), Shu (summer heat), Shi (dampness), and Huo (fire) syndromes, respectively. Some items were retained in more than one syndrome because of their overlapping contributions, as follows: “headache”, “generalized pain”, “clear snivel”, and “headache and painful stiffness in nape” in Feng (wind) and Han (coldness) syndromes; “floating and rapid pulse” in Feng (wind) and Huo (fire) syndromes; “aches and pains in joints” and “a lot of clear and white phlegm” in Han (coldness) and Shi (dampness) syndromes; “fatigue”, “heavy or tired limbs”, and “unclear head and eyesight” in Shu (summer heat) and Shi (dampness) syndromes; “thirsty”, “desire to drink”, and “dry tongue with little saliva” in Shu (summer heat), Zao (dryness), and Huo (fire) syndromes; “dry nasal cavity”, “dry lips”, “dry throat”, “hard bound or dry stool”, and “dry, yellow and white fur” in Zao (dryness) and Huo (fire) syndromes; and “aversion to heat”, “fever”, “high fever”, “profuse sweating”, “red lips”, “preference for cold drinks”, “agitation”, “shortness of urine”, “reddish yellow urine”, “red tongue”, “surging pulse”, and “rapid pulse” in Shu (summer heat) and Huo (fire) syndromes. Including these overlapping items, the SEED scale for infectious diseases, which captured the Liu Yin (six excesses) syndromes, was created and formatted as follows: Feng (wind), 15 items; Han (coldness), 22 items; Shu (summer heat), 25 items; Shi (dampness), 37 items; Zao (dryness), 17 items; and Huo (fire), 62 items. Following the integration of common items, a total of 102 diagnostic criteria conformed to the Liu Yin (six excesses) and covered the manifestations of the Liu Yin (six excesses) syndromes.

Discussion

This study codified the Liu Yin (six excesses) syndromes by the Delphi method with a panel of 32 CM experts. The 178 diagnostic items derived from the two-stage Delphi method combined information gleaned from CM classic textbooks, journal articles, and opinions of CM experts. All six syndromes encompassed diagnostic criteria regarding subjective discomfort and objective examinations, both were deemed essential for diagnostic judgment. Subjective discomfort was important for medical care considerations, while objective examinations were crucial for disease progress evaluations. Common diagnostic items were present in different syndromes as a result of the same body responses to different Yin (excess). For example, “generalized pain” in Feng (wind) and Shi (dampness) syndromes results from obstructed circulation of Qi and Xue (blood) [65]. Common items combined with different signs or symptoms imply different body responses [66, 67]. “Fatigue” combined with “thirsty” was attributed to Shu Xie (summer heat excess), while “fatigue” combined with “not thirsty” was attributed to Shi Xie (dampness excess). Five syndromes, except for Feng (wind) syndrome, comprised diagnostic items of tongue examinations for detecting the Qi and Xue (blood) status. Five syndromes, except for Zao (dryness) syndrome, comprised pulse examinations for instant diagnostic judgment in CM practice [68]. Clinical skills in pulse and tongue examinations were important for accurate assessment of signs and symptoms in the SEED scale [69], just as in CM clinical practice. The 102 diagnostic criteria were checked by inquiry, inspection, olfaction, audition, percussion, palpation, and pulse examination to ensure complete consideration in medical care. Arrangement of these diagnostic items in a more systematic manner along with a designed record format for tongue and pulse examinations would be necessary for clinical practice. Practice manuals proposing the definition, description, and standardized process for each diagnostic criterion have also been developed for correct implementation. The limitation of homogeneous education backgrounds is inevitable, since we excluded CM clinicians who had only practicing experience, but no postgraduate degrees from participating in the Delphi panel, as some research background would be required for understanding of the Delphi method and the statistical results circulated during the processes. The panelists’ average practicing experience of 11.7 years was considered to be a good representation of their clinical experience. Because the Liu Yin (six excesses) syndromes were general categories, exploratory and confirmatory factor analyses were conducted to derive and validate the underlying structures of the SEED scale and to reveal the correlations among signs and symptoms. Future studies, including clinical observations to avoid item redundancy and to confirm the clinical practice of the SEED scale in infectious diseases, are required. It’s the first scale based on the six excesses (Liu Yin) and constructed by the Delphi method; the CM experts epitomized the contents of CM literature and journal articles via the process. Future applications of the SEED scale in clinical practice, research and CM education are expected.

Conclusion

A CM-based SEED scale was developed for the evaluation and diagnosis of infectious diseases based on only signs and symptoms.
  66 in total

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Journal:  J Altern Complement Med       Date:  2005-06       Impact factor: 2.579

5.  [University studies plan in geriatric medicine developed using a modified Delphi technique].

Authors:  Arturo Vilches-Moraga; Sergio Ariño-Blasco; Carlos Verdejo-Bravo; Jesús Mateos-Nozal
Journal:  Rev Esp Geriatr Gerontol       Date:  2014-12-23

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Authors:  N Guellac; T Niehues
Journal:  Klin Padiatr       Date:  2008-10-23       Impact factor: 1.349

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