This post is an easy one for me: An article that started out as an essay for my herbal masters course was accepted for publication in the RCHM journal and was finally published this quarter so I have decided to reproduce it here as well as providing a link to the PDF of the final draft. Over the course of the year in which it was waiting several updates happened, especially in relation to the effects of long term PPI use which were included in the final draft and, almost as soon as it was finalised, I became aware of a new study that filled a piece of the puzzle connecting gut inflammation and heart disease to overgrowth of bacteriodetes (Nemati, et al. 2017, doi: 10.1194/jlr.M077792) that may explain why formulas like Xue Fu Zhu Yu Tang and Dan Shen Yin can be applied to both gastric pain and chest pain regardless of origin. So without further ado…
Gastritis is defined as “inflammation of the gastric mucosa” (Beers and Berkow, 2004, p245) with formal diagnosis made histologically. Over 80% of cases are caused by the non-sporing curvilinear gram-negative bacteria Helicobacter pylori (Liu and Crawford, 2005) with the rest being autoimmune, infection by other microbes, duodenogastric reflux and other specific causes (Clark and Silk, 2002). It may lead to erosion of the stomach lining at which point it is referred to as atrophic or erosive gastritis. Acute and chronic forms can also be differentiated with chronic cases able to remain asymptomatic throughout life unless they progress to complication. When symptoms do present they are usually due to erosion and cause a gnawing or burning stomach pain, nausea, vomiting and a feeling of fullness after eating. In severe cases there may be bleeding if the gastric mucosa is perforated or there may be a progression into gastric cancer. This often presents as the vomiting of “coffee grounds” rather than fresh blood but both situations require immediate referral for investigation.
Other diseases with similar presentations such as functional dyspepsia or peptic ulcer are also often included under the term “gastritis” in casual literature (NHS Choices, 2014). Functional dyspepsia has no organic cause although it is often treated in the same way despite inconsistent results (Du et al., 2016). Emotional causes, once considered the main aetiology of gastritis, remain controversial but do not cause inflammation without another agent present (Clark and Silk, 2002). Peptic ulcers may be a complication of gastritis but are also possible without infection especially from the use of Non-Steroidal Anti-Inflammatory Drugs (NSAIDs) and alcohol which may erode the endothelium without inflammation and even reduce the rates of H. pylori infection (Kuepper-Nybelen, Rothenbacher and Brenner, 2005). This is becoming more common in the developed world where antibiotic therapies have dramatically reduced the H. pylori carrying population but the use of painkillers rises.
The discovery of H. pylori by Marshall and Warren (1984) and subsequent dramatic self-infection by one of the researchers (Marshall et al., 1985) proved the role of bacteria in gastritis. This caused a revolutionary paradigm shift away from the prevailing opinion that the stomach was too acidic to support life. It is now known that the stomach is host to a variety of bacteria whose profile is altered in various disease states although to what extent H. pylori colonisation perturbs the healthy ecology or how the existing microbiota affect the outcome of an H. pylori infection is currently unclear (Nardone and Compare, 2015). This has also enabled simple breath tests for the detection of H. pylori colonisation by ingesting 13C Urea which is broken down by H. pylori to produce 13CO2 in the breath detectable by mass spectrometry although blood, stool and endoscopic examinations are also available (Clark and Silk, 2002).
Aetiology and Pathology
The mechanisms that H. pylori uses have been well documented (Sheh and Fox, 2013). Upon infection H. pylori utilises the enzymes urease and α-carbonicanhydrase to raise the pH of the local area until it can establish itself in the inner mucus layer and attach to epithelial cells. The host then mounts an acute inflammatory response which H. pylori defends against using further enzymes which detoxify and inhibit the attacks from the host leading to a chronic inflammatory state mediated mainly by T-celllymphocytes from the hosts adaptive immune system. Over time this can progress through a series of discrete steps known as the Correa pathway to atrophy, metaplasia, dysplasia and adenocarcinoma. As the specialised acid secreting parietal cells are lost the pH of the stomach rises allowing H. pylori to colonise other areas of the stomach along with other bacteria not normally able to survive in such an acidic environment. These changes in microbiota are associated with gastric cancer although which ones are causative is not clear and H. pylori is noticeably absent from areas of intestinal metaplasia, even in heavily colonised stomachs (Liu and Crawford, 2005).
There is still a lot we do not know about H. pylori. Its exact mechanisms of transmission are unknown and estimated by a process of elimination. It appears to be an intrafamilial gastro-oral or fecal-oral route acquired in childhood from the parents since a lack of acquisition from partners has ruled out the oral-oral route (Perez-Perez et al., 1991), large family size seems to be a predisposing factor (Gao et al., 2010) and child-child transmission in nurseries has not been demonstrated (Tindberg et al., 2001). The relationship between infection and development of complications also varies dramatically according to region where factors such as the virulence of local strains, diet and parasitic infection may play an important role (Tan and Wong, 2011).
Some arguments for a beneficial role of H. pylori have also been made. Due to its ability to reduce gastric acid secretion, the reduction in H. pylori infection has seen an associated rise in gastro-esophagal reflux disease (GERD) and its associated conditions of Barrett’s oesophagus, oesophageal adenocarcinomas and asthma (Blaser, 2006). Children infected with H. pylori have lower incidences of diarrhoea compared to the uninfected (Ahmed, 2005) and higher incidences of H. pylori infection have also been associated with lower incidences of inflammatory bowel disease, possibly due to its ability to down-regulate the pro-inflammatory responses of the T-cells in the host’s gastric mucosa (Yang and Sheu, 2016). Even protective roles in diseases such as metabolic syndrome, type II diabetes and obesity have been postulated due its effect on the expression of leptin and ghrelin, hormones which affect appetite and satiety (Blaser and Atherton, 2004). Whether these benefits outweigh the risks of harbouring a potentially carcinogenic pathogen is subject to debate and there is the possibility that different strains with varying virulence may exist or the relative ease of detection for H. pylori makes it an indicator organism for the effects of the antibiotic age on our microbiome (Blaser, 2006).
Treatment involves the eradication of H. pylori with triple therapy (Clark and Silk, 2002) consisting of two antibiotics and a proton pump inhibitor (PPI) or H2-receptor agonist to reduce gastric acid secretion, raising the pH of the stomach to ease discomfort and encourage healing (BNF, 2016). This has almost eliminated the incidence of H. pylori in developed countries although rates remain high in other parts of the world and resistance has resulted in the adoption of quadruple therapy, sequential therapy and many other combinations all aimed at the extermination of H. pylori (Tan and Wong, 2011). If the dangers and benefits of H. pylori have caused controversy then its eradication has been equally controversial with some arguing it should be reserved for those at serious risk (Blaser, 1997) countered with the opinion that it should be made extinct (Graham, 1997). Eradication is still standard practice despite the broad spectrum antibiotics used causing perturbations in the microbial profile of the entire gut associated with metabolic disorders (Yap et al., 2016).
PPIs and H2-receptor agonists are also used to treat GERD (BNF, 2016) which may be a side effect of H. pylori eradication and may raise the pH of the stomach enough (pH >4) to enable colonisation by microorganisms not naturally occurring (Sheh and Fox, 2016). In particular they may facilitate the movement of surviving H. pylori to the areas beyond its usual niche and allow the introduction of nitrosating bacteria that are correlated with gastric cancer. By eradicating H. pylori we are replicating some of its effects through pharmacy which may predispose us to the very complications we sought to avoid. Prolonged use of PPIs have even been associated with an increased risk of death from unknown factors (Xie et al., 2017) although increased risk of gastric cancer (Cheung et al., 2017) and cardiovascular complications (Shah et al., 2015; Lazaro et al. 2017) have been suggested.
Chinese medicine is guided by syndrome differentiation so symptomatic manifestations are required for diagnosis meaning a broader definition than formal histological testing is necessary which includes gastropathy and functional dyspepsia too. Tang et (2012) describe the main symptoms likely to be seen as stomach ache (Weiwantong 胃脘痛), abdominal distension (Piman 痞满) or gastric discomfort (Caoza 嘈 杂)1. They acknowledge there is a difference between symptomatic expression treated by Chinese medicine and H. pylori infection diagnosed by laboratory test and advise that when H. pylori is present eradication therapy with western medicine should accompany traditional treatment according to syndrome differentiation aimed at alleviating symptoms. Their guidelines and those of Chen and Chen (2015) shall be used to provide a structure for the possible syndromes and recommended formulae. These headings are also agreed upon by Zhang, Zhou et al. (2016) except for the exclusion of yin deficiency, which is notable since they focus on chronic atrophic gastritis for which this is the most common diagnosis in other sources, and damp heat being replaced with phlegm turbidity. Since the aetiology of phlegm is often the stagnation and damage of fluids from pathogenic fire (Clavey, 2002) and the formulas advised such as Warm Gallbladder Decoction (wen dan tang) and Sweet Wormwood and Scutellaria Decoction to Clear the Gallbladder (hao qin qing dan tang) are also applicable to phlegm syndromes, these may be considered a different classification of the same pattern. One notable omission from all the guidelines was an excess pattern of cold in the stomach. This is probably because it occurs in acute situations and is treated mainly with single herbs or two herb combinations added to formulas aimed at the underlying pattern so will be discussed under individual herbs and modifications.
Additional research for each syndrome was acquired by searching against the University of Westminster database for articles using the formula name and the terms “gastritis”, “dyspepsia”, “peptic ulcer” and “pylori”. They also acknowledge the necessity of customising formulae to the individual so an additional section describing individual herbs that can be added will be included after the discussion of whole formulae. A description of each syndrome can be found at the end of the article.
Spleen and Stomach Deficiency
This can be further divided into Spleen and Stomach qi deficiency and Spleen and Stomach deficiency cold.
For Stomach and Spleen qi deficiency Tang et al. (2012) recommend Six-Gentlemen Decoction with Aucklandia and Amomum (xiang sha liu jun zi tang), Tonify the Middle to Augment the Qi Decoction (bu zhong yi qi tang) or Ginseng Poria, and White Atractylodes Powder (shen ling bai zhu san) while Chen and Chen (2015) agree with only xiang sha liu jun zi tang. Xiao et al. (2012) reviewed Six-Gentlemen Decoction (liu jun zi tang) and xiang sha liu jun zi tang and decided it might be more effective than prokinetic drugs in functional dyspepsia but that methodology was poor and larger, more rigorously conducted trials are necessary. If believed this would indicate an improvement in symptoms, even if eradication of H. pylori is not demonstrated and explains xiang sha liu jun zi tang being the second most common formula prescription for peptic ulcer in Taiwan (Huang et al., 2015). Kuriowa et al. (2004) reported that bu zhong yi qi tang boosted the immunological function of Natural Killer cells in elderly people and Li et al. (1999) found that it restored anti-tumour responses of stress suppressed T-cells in mice. These suggest a mechanism by which this formula may be effective against H. pylori or prevent its progression to neoplasms but neither tested against gastritis specifically. Shen ling bai zhu san was only found to be tested for its antacid properties in an artificial stomach model where it was found to have greater acid neutralising properties than water, equivalent to sodium bicarbonate but poorer than colloidal aluminium phosphate (Wu, Chen and Chen, 2010).
For Spleen and Stomach deficiency cold Tang et al. (2012) recommend Astragalus Decoction to Construct the Middle (huang qi jian zhong tang) or Regulate the Middle Pill (li zhong wan) while Chen and Chen (2015) identify this pattern with peptic ulcers and agree with both formulae. A review of Chinese and English trials found huang qi jian zhong tang improved the effectiveness of conventional medicine in both superficial and atrophic gastritis by improving the effect of antibiotics with no serious adverse effects but methodological quality was poor which prevented these conclusions being confirmed (Wei et al., 2015). No studies into li zhong wan were found.
Disharmony of Liver and Stomach
This disorder can also be divided into two more specific syndromes of Liver invading Stomach or stagnant heat in the Liver and Stomach. There is often an emotional component in these syndromes (Tang et al., 2012) making them more likely to be functional dyspepsia than H. pylori infection.
For Liver invading Stomach patterns Frigid Extremities Powder (si ni san), Bupleurum Powder to Dredge the Liver (chai hu shu gan san) and Minor Bupleurum Decoction (xiao chai hu tang) are advised by Tang et al. (2012) with Chen and Chen (2015) agreeing with chai hu shu gan san for both gastritis and peptic ulcers. Ling et al. (2015) looked at the effectiveness of si ni san in both upper and lower gastrointestinal disorders to discuss the reasons why a single formula may be effective in different disorders. They suggested it affected common mechanisms found throughout the GI tract such as sphincter and smooth muscle contractions, irritable stimulation and microcirculation but called for higher quality of trials before they could draw firm conclusions. Ohta et al. (2006) examined irritable stimulation in greater depth using artificially induced gastric mucosal lesions in rats and found that si ni san attenuated the damage caused by neutrophil infiltration and lipid peroxidation with a dose dependent relationship but their acute chemically induced model may not be representative of the chronic bacterially mediated cases most often seen in clinic. Qin, Liu and Yuan (2013) found chai hu shu gan san more effective than conventional treatment, although again, concluded methodological quality was low. No specific studies into xiao chai hu tang on gastritis, dyspepsia, peptic ulcer or H. pylori were found.
For stagnant heat in the Liver and Stomach hua gan tang2, Augmented Rambling Powder (jia wei xiao yao san) or Left Metal Pill (zuo jin wan) are recommended by Tang et al. (2012) with Chen and Chen (2015) identifying this pattern with peptic ulcers and recommending zuo jin wan only. No research or even a complete formula for hua gan tang was found but jia wei xiao yao san was found to improve symptoms and improve gastric motility in patients with functional dyspepsia (Qu et al., 2009) and a review of 14 other trials also found it to be effective for functional dyspepsia although methodological quality in all was low (Qin, Huang and Ren, 2009). Zuo jin wan has demonstrated the inhibition of several inflammatory mediators in mice (Wang et al., 2012; Wang et al., 2015) which may suggest a mechanism by which it could have moderating effect in gastritis.
Stomach Yin Deficiency
Tang et al. (2012) treat this pattern with Linking Decoction (yi guan jian), Benefit the Stomach Decoction (yi wei tang) or Ophiopogonis Decoction (mai men dong tang). Chen and Chen (2015) prefer to use mai men dong tang in cases of gastritis and yi guan jian in peptic ulcer disease. Research into yi guan jian seemed to focus on hepatic disorders and nothing was found on yi wei tang although it is the formula of choice for Maclean and Lyttleton (2002) for this type of gastritis too. Mai men dong tang only produced results for antitussive effects and so no conclusions about the efficacy of these formulae could be ascertained.
Spleen and Stomach Damp-Heat
The main formulae advised by Tang et al. (2012) are Pinellia Decoction to Drain the Epigastrium (ban xia xie xin tang), wen dan tang, Three-Seed Pill (san ren tang), Coptis and Magnolia Bark Drink (lian po yin) or Sweet Worrmwood and Scutellaria Decoction to Clear the Gallbladder (hao qin qing dan tang). Chen and Chen (2015) only recommend wen dan tang for this pattern of gastritis although their summary of clinical trials for ban xia xie xin tang includes many demonstrating effects in both gastritis and peptic ulcer disease. It was also found to to be the most popular formula for peptic ulcers in Taiwan (Huang et al., 2015). Zhao et al. (2013) found a modified ban xia xie xin tang to be effective compared against placebo in a double-blind RCT for functional dyspepsia but it was diagnosed as “cold and heat in complexity syndrome”3 rather than Spleen and Stomach damp heat. They also mention previous studies that found ban xia xie xin tang to be effective against H. pylori but only two of those were available in English and one cited three herbs that are not in ban xia xie xin tang as effective against H. pylori: jue ming zi (Cassia obtusifolia), zhe bei mu (Fritillaria thunbergii) and ding xiang (Eugenia caryophyllata) (Li et al., 2005) while the other used microcalorimetry coupled with chemometric techniques to test the effect of huang lian (Coptis chinensis) on E. Coli and not H. pylori (Kong et al., 2011). No results were found for the remaining formulae.
Blood Stasis in the Stomach
For this pattern Tang et al. (2012) use Drive Out Stasis from the Mansion of Blood Decoction (xue fu zhu yu tang), Sudden Smile Powder (shi xiao san) or Salvia Drink (dan shen yin). Chen and Chen (2015) agree with shi xiao san and dan shen yin. There was no research on any of these formulae for the search terms used. Shi xiao san cannot be used in the UK due to it consisting of only two ingredients of which one, wu ling zhi (Trogopterori Faeces), is an animal product and so does not conform to the UK definition of herbal medicine (Medicines Act, 1968). Maclean and Lyttleton (2002) recommend combining this and dan shen yin together so an alternative option may be to add the other ingredient pu huang (Typha angustifolia) and perhaps another blood mover to dan shen yin. Zhang, Tao et al. (2016) carried out research into San He Tang which combines dan shen yin with Galangal and Cyperus Pill (liang fu wan) and bai he tang4. They discovered this formula targets pathways common to cardiovascular and gastrointestinal disorders making it a good choice where blood stasis is affecting both Heart and Stomach. xue fu zhu yu tang is primarily used for cardiovascular disorders too so may also be working on mechanisms common to both disorders but since they do not share any of the same herbs this can only be speculated at present.
Individual Herbs and Modifications
Herbs that show a particular action or efficacy against gastritis, dyspepsia or H. pylori are suitable for additions to the standard formulae. The herbs mentioned by Li et al. (2005) already give three possibilities tested in vitro: jue ming zi, zhe bei mu and ding xiang. In vitro does not always mean effectiveness in humans but Maclean and Lyttleton (2002) advise the addition of ding xiang and bai dou kou (Amomum krervanh) to li zhong wan for Stomach yang deficiency cold patterns. For further information on individual herbs, the same database collection was searched for “Chinese herbs” and “gastritis”, “dyspepsia”, “peptic ulcer” or “pylori” and scanned for results that looked at actions of single herbs or pairs.
Shi et al. (2011) looked at the inhibition of urease with the extracts of 15 Chinese herbs. Urease plays a key role in the ability of H. pylori to colonise the stomach (Sheh and Fox, 2013) so its inhibition may be useful to prevent its colonisation without the global harm to the microbiome caused by antibiotics. Hou po (Magnolia officinalis) was most effective followed by jue ming zi (also mentioned by Li et al., 2005, above) and huang qin, however, these were extracted by alcohol and their effect was considerably reduced with water extraction as Chinese herbs are generally delivered. The most effective herb from water extraction was yan hu suo (Corydalis yanhusuo) which is known for its ability to stop pain in both traditional lore (Bensky et al., 2004) and supported by modern research (Zhang et al., 2014) suggesting a suitable addition in instances where pain and H. pylori are significant factors such as peptic ulcer blood stasis patterns or as the replacement for wu ling zhi in shi xiao san.
Wang and Huang (2005) screened Taiwanese folk medicines for anti-H. pylori effects. They also extracted using alcohol and gave only Latin names so their Chinese translations had to be cross-referenced. Of the five they found strongly effective only two have an entry in the English materia medica (Bensky et al., 2004). These are Alpinia species root, which is most likely Alpiniacae officinarum Rhizoma, or gao liang jiang which has indications for warming the Stomach, dispersing cold, stopping pain and directing rebellious qi downwards. This makes it a suitable addition to a Spleen and Stomach deficiency cold pattern, or an excess cold condition which was not included in most of the reviews of common patterns but is included by Maclean and Lyttleton (2002) who advise liang fu wan for this presentation of gastritis. The other is Bombax malabaricum root, which is listed as mu mian but only gives the bark (pi) and not the root form tested in the study although it does include indications for chronic gastritis and peptic ulcers (Bensky et al., 2004). Of the two they found most effective Plumbago zeylanica is not listed at all and Paederia scandens only listed as an adulterant of qing feng teng (Sinomenium acutum). TCMwiki.com (2012a,b) is the only place that lists these herbs as an actual medicine making them unlikely to be of use in clinical practice unless their popularity increases.
A second study of prescription patterns in Taiwan (Huang et al., 2015) found the most popular single herb was hai piao xiao (Sepia Endoconcha) which cannot be used in the UK due to restrictions on animal products (Medicines Act, 1968), followed by yan hu suo, bai ji (Bletilla striata), bei mu, da huang (Rheum palmatum), hou po (Magnolia officinalis), dan shen (Salvia miltiorrhiza), mu xiang (Aucklandia lappa), chuan lian zi (Melia toosendan) and sha ren (Amomum villosum). The most popular formula with modification overall was ban xia xie xin tang with yan hu suo, bei mu and chuan lian zi. Only frequency of use was determined by this study and efficacy or potential mechanisms require further research although some have already been discussed above. Their claim that TCM users had lower expenditure has to be offset against them also being younger and with fewer comorbidities. This is surprising since the studies of Zhang, Tao et al. (2015) and Ling et al. (2015) suggested herbal formulas act on common mechanisms of multiple conditions and may be especially well suited to people with the relevant comorbidities.
Two studies looked at niu bang zi (Arctium lappa) essence as an adjuvant to gastric ulcer treatments. Liu et al. (2012) compared niu bang zi against a mixture of dang gui (Angelica sinensis), zi cao (Arnebia eychroma) and sesame oil when combined with antibiotics to reveal a significant improvement for the niu bang zi group. Both niu bang zi and zi cao are more noted for their ability to vent rashes and clear toxic heat with neither having a traditional application for Stomach disorders, zi cao even being contraindicated for spleen deficiency with cold patterns (Bensky et al., 2004) and recently withdrawn from internal use over concerns of pyrrolizidine alkaloids (RCHM, 2016). This makes them a curious pair to choose, possibly conflating all gastric inflammation as toxic heat rather than conducting a traditional pattern diagnosis. They also stress that niu bang zi has anti-viral effects when H. pylori is a bacteria. Wu et al. (2010) looked at niu bang zi to promote mucosal repair in ulcer patients and found greater improvement in the active group to the control but they do not explain why there was a 3:1 ratio of active to controls and provided no statistical analysis. In their conclusion, they recommend healthy individuals take burdock essence as a preventative revealing a motive for bias in the desire to market a supplement to a mass audience.
It is interesting to see the modern arguments regarding H. pylori adopting an ecological model of the human being similar to those in Chinese medicine which see the body as a community (e.g. Su Wen Ch.8: Unschuld and Tessenow, 2011) or a landscape (e.g. Neijing Tu: Pregradio, 2015) to be cultivated and balanced. The mechanisms of Chinese herbs to inhibit the growth of H. pylori instead of eradicating it completely might also be of interest to achieve this goal. Meanwhile Chinese researchers are using modern techniques to find biomarkers for different syndrome presentations of gastritis using systems biology (Li et al., 2013) which may help in future trials where objective differentiation of syndromes has always presented a problem. This and other methodological problems make firm conclusions difficult but it seems likely that, with correct differentiation, Chinese herbs can help to favourably influence the outcome of patients with gastritis.
Thanks to Ivy Xin Xu for help in translating the term Caoza and tracing its origins to Dan Xi and to Mike Potter for forwarding the article for publication and suggesting alterations.
Steve Woodley has been interested in perspectives on health and the body from other cultures since studying anthropology at UCL in the late 90s. He worked in the body art industry while studying acupuncture, graduating in 2007, then qualifying in tui na in 2012 and completing his masters degree in Chinese Herbal Medicine at Westminster in 2016. He is particularly interested in areas where modern theories are rediscovering or validating ancient practices.
He currently lives and works in north west London.
1. Caoza, 嘈杂, literally means a “noisy crowd” and describes a busy, noisy environment but appears as a chapter heading in Dan Xi’s Jin-Yuan Dynsasty work, Dan Xi Zhi Fa Xin Yao (Heart and Essence of Dan Xi’s Treatment Methods). Yang (1993, p161) translates this as “Clamoring Stomach” and being due to phlegm formed from food stagnation and heat. Sionneau and Gang (1998) describe the symptoms as:
“a sensation of emptiness and burning in the stomach duct or heart region which is described as being like hunger but not hunger, like pain but not pain. Typically it is also accompanied by belching, nausea, acid regurgitation and fullness.” (Sionneau and Gang, 1998, p327)
The use of a term for a noisy crowd being applied to gastric discomfort brings to mind the description of the Spleen in the Book of the Centre, also known as the Jade Calendar (in Schipper 1993, p106) as “the Yellow Court, the body’s ritual area and the meeting place of its inhabitants” like a market place where food and services are exchanged becoming overcrowded and raucous.
2. Hua gan tang
The ingredients given by Tang et al. (2012) are:
Qing pi (Citrus reticulata), zhi zi (Gardenia jasminoides), chen pi (Citrus Reticulata), ze xie (Alisma orientalis), bai shao (Paeonia lactiflora), bei mu, mu dan pi (Paeonia suffruticosa), etc.
The etc. suggests there are other ingredients not listed but no source could be found to provide a complete list.
3. Huang (2009) discusses the symptomatic presentation of this cold and heat in complexity syndrome in relation to ban xia xie xin tang: “These mixed cold-heat patterns can manifest as epigastric focal distention, abdominal fullness and distention that is aggravated when encountering cold, thirst with a lack of desire to drink, dry lips, and a red tongue with a yellow coating. It also can be seen as epigastric focal distention with pain where encountering either cold or heat both increase the patient’s discomfort. The bowels can be either constipated or loose, and the urine can be either yellow or clear.” (Huang, 2009, p265)
From this description there is some overlap with a damp heat presentation but it is not the same and should probably constitute another possible presentation of gastritis.
4.Bai He Tang: (Jiao, 2003)
Bai he (Lilium lancifolium)30g, wu yao (Lindera aggregata) 9g
Syndrome Differentiation of Gastritis
Descriptions are taken from Tang et al. (2012, 57-58).
Spleen and Stomach Qi deficiency
“Epigastric distending pain, distention and fullness, weakness and lassitude, aggravation by exertion or exposure to cold, loss of appetite, abdominal distension after meal, sallow or lusterless complexion, loose stool, light red or pale tongue, white or white thin coating, and deep, thread and weak pulse.”
Spleen and Stomach Deficiency-Cold
“Dull pain of Stomach, preference for warmth and pressure, being ameliorated after meal, fear of cold, cold extremities, clear watery vomit, diarrhea with undigested food, pale, enlarged and teeth- printed tongue, white and slippery coating, and deep and thin, or deep and moderate pulse.”
Liver Qi invading Stomach
“Epigastric distending pain or radiating to costal regions, frequent belching, being aggravated by emotional upset, light red or red tongue, white thin or yellowish thin coating, stringy pulse.”
Stagnant Heat in Liver and Stomach
“Epigastric burning pain, urgent pain, restlessness and irritability, gastric discomfort, acid regurgitation, dry mouth, bitter taste, constipation, red tongue, yellow coating, and rapid stringy pulse.”
Stomach Yin Deficiency
“Epigastric burning pain, hunger without desire to eat, dry mouth, constipation, red and dry tongue, less or no coating or with fissures, and rapid thin or stringy thin pulse.”
Spleen and Stomach Damp-Heat
“Burning sensations, distending pain, and pain in the epigastric region, resistance to pressing, distention and fullness in stomach, heaviness and weakness of limbs, bitter taste and stickiness in mouth, halitosis, thirsty without polydipsia, anorexia, nausea, sticky and stagnant feeling in defecation, red tongue, yellowish thick or thick greasy coating, and slippery or rapid soft pulse.”
Blood Stasis in Stomach collaterals
“Epigastralgia, fixed or prolonged pain, resistance to pressure, melena, dark red or purplish tongue with ecchymosis or petechiae, stasis or expansion of sublingual vessels, and moderate, astringent and stringy pulse.”
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