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Collagenous gastritis associated with lymphocytic gastritis and celiac disease. (Case Reports).

* Collagenous gastritis is a rare disorder, with only 8 cases reported in the literature, 2 in children and 6 in adults. We report an additional case of collagenous gastritis in a 42-year-old man with celiac disease. A thickened (>10 [micro]m) subepithelial collagen band with entrapped capillaries, fibroblasts, and inflammatory cells was seen in the stomach, associated with lymphocytic gastritis. The duodenal mucosa showed severe villous atrophy but no subepithelial collagen deposition. No evidence of lymphocytic or collagenous colitis was found in the colon. The patient became symptom-free on a gluten exclusion diet and showed partial improvement of histopathologic findings after 3 months. Collagenous gastritis is a rare disease, but a wider recognition of its histopathologic features and clinical associations may bring more cases to light and provide additional clues in determining its etiology and pathogenesis.

(Arch Pathol Lab Med. 2001;125:1579-1584)


Collagenous gastritis is a rare entity of unknown etiology that, similar to its colonic counterpart, is characterized by subepithelial collagen fibrosis greater than 10 [micro]m in thickness associated with mixed inflammatory infiltrate of the lamina propria. The disorder was originally described by Colletti and Trainer (1) in a 15-year-old girl with refractory Helicobacter pylori-negative chronic gastritis in which these specific histologic features were first noted. Since then 7 more cases of collagenous gastritis have been reported, either in isolation (2) or in association with collagenous colitis, (3-5) collagenous duodenitis, (6) lymphocytic colitis, (7) and celiac disease. (8)

Lymphocytic gastritis, first described by Haot and colleagues (9) in 1988, is characterized histologically by intra-epithelial lymphocytosis with at least 25 lymphocytes/100 epithelial cells accompanied by chronic inflammation in the lamina propria. It is associated with various etiologies and disease states, such as celiac disease (38%); H pylori infection (29%); varioliform gastritis (4%); and Crohn's disease, human immunodeficiency virus infection, inflammatory polyps, lymphoma, and esophageal carcinoma (approximately 1.5% each). In roughly 20% of the cases, the etiology is unknown.

Celiac disease is a T-cell-mediated disorder triggered by gluten in susceptible subjects, affecting not only the small bowel but also the gastric and colonic mucosae. Various histopathologic features of gastric mucosa have been noted in gluten-sensitive patients, including mild to marked increase in the cellularity of the lamina propria with a predominance of chronic inflammatory cells, intra-epithelial lymphocytosis, and, recently, increased deposition of subepithelial collagen to a thickness of more than 10 [micro]m. (8)

We report an additional case of collagenous gastritis associated with lymphocytic gastritis and celiac disease in the absence of collagenous or lymphocytic colitis, and we review the previously published observations of subepithelial collagen deposition in gastric mucosa.


A 42-year-old man presented with chronic iron deficiency anemia, intermittent diarrhea, rectal bleeding, postprandial flatulence, and periumbilical cramps relieved by bowel movements. He had not traveled, he took no medications, and there was no known environmental or occupational exposure; he had a family history positive for colon cancer. Physical examination was normal. Laboratory data showed mild iron deficiency anemia. Serology was positive for antigliadin, antiendomysial, and antitissue transglutaminase antibodies. Stool cultures and examination for ova and parasites were negative. The patient underwent upper gastrointestinal endoscopy, which showed a small hiatal hernia, a fundic polyp, and mild diffuse gastric erythema. In the duodenum a geographic pattern with scalloping and erythema was seen. Colonoscopy performed for rectal bleeding revealed 4 colonic polyps.

Biopsies were taken from stomach (fundus, body, and antrum), small intestine (distal duodenum and proximal jejunum), and colon (ascending, transverse, and sigmoid colon). The patient was placed on a gluten-free diet, which led to subsequent improvement of the symptoms. An esophagogastroduodenoscopy was performed after 3 months; it showed mild antritis and partially recovered distal duodenal mucosa. Biopsies were taken from the stomach (fundus, body, and antrum) and from the distal duodenum.



Biopsy specimens from stomach (initial biopsies: 3 fundus, 1 body, 1 antrum; follow-up biopsies: 6 fundus and body, 1 antrum), distal duodenum/proximal jejunum (n = 6), and colon (n = 5) were fixed in 10% formalin and embedded in paraffin. Five-micrometer sections were stained with hematoxylin-eosin. The gastric and small intestine biopsies were also stained with modified Giemsa, Masson trichrome, and Congo red stains. The thickness of subepithelial collagen fibrosis in the gastric biopsies stained with Masson trichrome was measured with an ocular micrometer. The intra-epithelial lymphocytes were assessed in hematoxylin-eosin-stained sections at x 40 magnification by counting both lymphocytes and epithelial cell nuclei in an uninterrupted length of surface and foveolar epithelium. Five hundred epithelial cell nuclei were counted, and the results were expressed as lymphocytes per 100 epithelial cells. Counts were performed on the most involved areas of the biopsies from gastric fundus, body, and antrum. Lymphocytic gastritis was diagnosed when 25 or more intra-epithelial lymphocytes/100 epithelial cell nuclei were present in the surface and foveolar epithelium. The intra-epithelial lymphocytes were identified by the following characteristics: small size, hyperchromatic nuclei, and clear perinuclear cytoplasm. They showed positive immunostain with antibody to CD3 (Dako Corporation, Carpinteria, Calif) using a avidin-biotin detection system. The degree of acute and chronic inflammation of the lamina propria, as well as the extent of atrophy and intestinal metaplasia, were determined by using the visual analogue scales of updated Sydney system for grading chronic gastritis.


Initial Biopsies.--The biopsies of the gastric fundus and body showed diffuse moderate to marked lymphoplasmacytic infiltrate, rare intra-epithelial neutrophils, and mild glandular atrophy. The epithelial surface was focally eroded and showed focal simplification with cuboidal cells with amphophilic cytoplasm and increased nucleus-cytoplasm ratio consistent with reepithelialization. The surface and foveolar epithelium of the biopsies originating from the fundus showed increased numbers of intra-epithelial lymphocytes and cuboidal epithelial cells with degenerative changes (Figure 1). The number of intra-epithelial lymphocytes ranged from 17 to 44 per 100 epithelial cell nuclei (mean of 29/100) in 5 adjacent areas. The surface and foveolar epithelium of the gastric body did not show the typical features of lymphocytic gastritis; however, the intra-epithelial lymphocytes were slightly increased in number (13.6/100 epithelial cell nuclei) compared with normal gastric mucosa (<5 intra-epithelial lymphocytes/100 epithelial cells). (8) The antrum showed a degree of chronic inflammation similar to that of the fundus, no neutrophilic infiltrates, and mild atrophy. The antral surface and foveolar epithelium showed intra-epithelial lymphocytosis, ranging from 12 to 57 intra-epithelial lymphocytes/100 epithelial cell nuclei (mean 34.8). The intra-epithelial lymphocytes within oxyntic glands of the fundus and corpus were considerably less numerous than in the surface epithelium and averaged 5 and 4, respectively, per 100 epithelial cell nuclei.


In the subepithelial region of the fundic lamina propria, a thick hyalinized collagen band with entrapped capillaries, fibroblasts, and inflammatory cells was identified (Figure 2). The collagen deposition was discontinuous, involved 30% to 60% of the subepithelial regions of all 3 fragments (mean 50%), and ranged from 10 to 26 [micro]m (mean 20 [micro]m) in thickness. Focal degenerative changes were noted in the corresponding surface epithelium (Figure 3). The subepithelial collagen deposition in the gastric body was focal, encompassing 15% of the total length of the biopsy, and ranged from 10 to 14/[micro]m (mean 12 [micro]m) in thickness. No thickened subepithelial collagen band was noted in the antral biopsy. The presence of abnormal subepithelial collagen deposition was confirmed by Masson trichrome stain (Figure 4); staining for amyloid with Congo red was negative. Mild deep fibrosis of the lamina propria showing coarse collagen fibers was noted only in the gastric body biopsy. The histologic findings are summarized in Table 1.


Distal Duodenum and Proximal Jejunum Biopsies (n = 3).-- Severe villous atrophy and crypt hyperplasia accompanied by transmucosal moderate to severe lymphoplasmacytic infiltrates with rare neutrophils and increased numbers of intra-epithelial lymphocytes was identified (Figure 5) together with surface epithelial damage (cuboidal appearance and focal flattening of superficial cells). The villi-crypt ratio ranged from 0:3 to 1:3, and the mucosa measured 0.51 mm in thickness. Crypt hyperplasia and increase in mitotic activity of the crypt epithelium were present. No collagen plate thickening was identified. No ova or trophozoites of Giardia lamblia were present on hematoxylin-eosin-stained sections.


Colonic Biopsies (n = 5).--Four tubular adenomas (0.3 to 0.8 cm in size) with low-grade dysplasia were found in sigmoid, proximal transverse, and distal ascending colon. Multiple fragments of nonadenomatous colonic mucosa at 30, 70, and 80 cm showed normal numbers of intra-epithelial lymphocytes, normal subepithelial collagen plate, and no degenerative changes of the surface epithelium; these were considered to show normal-appearing large intestine mucosa.

Follow-up Biopsies.--Gastric Biopsies (n = 7).--The mucosa from the gastric fundus and body showed residual and predominantly superficial mild lymphoplasmacytic infiltrate. Neither atrophy nor intra-epithelial lymphocytosis was noted. The subepithelial collagen band was discontinuously present in only 1 of the 6 mucosal fragments, involving 30% of the biopsy length. It was uniform in thickness and measured 15 [micro]m.

The antrum showed chronic H pylori-negative gastritis with moderate transmucosal lymphoplasmacytic infiltrate and mild atrophy. The intra-epithelial lymphocytes were less numerous (range 13 to 28 intra-epithelial lymphocytes/100 epithelial cell nuclei, mean 21). In contrast with the first biopsy, in which no subepithelial collagen deposition was identified, the follow-up antral sample showed a discontinuous subepithelial collagen band with a uniform thickness of 19 [micro]m involving 50% of the mucosal length. This discrepancy may be explained by the patchy distribution of collagenous gastritis.

Distal Duodenal Biopsies (n = 3).--The mucosal surface showed partial height recovery of the villi, with a villous-crypt ratio of 1:1 to 2:1 and a thickness of 0.85 mm. Residual mild to moderate chronic inflammation was present in the lamina propria accompanied by rare clusters of intra-epithelial lymphocytes and mild reactive epithelial changes.


Collagenous gastritis is a rare clinicopathologic entity of unknown etiology and pathogenesis. Similar to its more common counterparts in colon (collagenous colitis) and small intestine (collagenous sprue), it is characterized by increased discontinuous collagen deposition in the subepithelial lamina propria with irregular edge and entrapment of capillaries, fibroblasts, and inflammatory cells. (1) Depending on the extent of the accompanying lymphoplasmacytic infiltrate in the lamina propria, the corresponding surface epithelium may show cuboidal cytoplasmic changes and reactive nuclear enlargement, subepithelial edema with or without epithelial detachment, and erosions. All 8 previously reported cases and the present case showed a variable degree of glandular atrophy. The clinical and pathologic features are summarized in Tables 2 and 3.

Collagenous gastritis has been described in pediatric and elderly patients (age range 9 to 75 years). Clinicopathologic correlation cannot be considered definitive, as so few cases are available for study. So far, however, there has been a difference between the cases of the younger patients and those of the adults, with the former presenting with upper gastrointestinal tract symptoms, whereas the adults presented with diarrhea. A corollary of this is that the endoscopic findings in the upper gastrointestinal tract were more impressive in the young patients (erosive gastritis and hemorrhages) than in the adults. Therapy in these patients did not have a consistent effect on the thickness of the collagen band, but improvement of the clinical picture was in general achieved with symptomatic treatment. In 3 of the 7 cases in which tissue was available from the large intestine, collagenous colitis or lymphocytic colitis was found.

One of the cases present in the literature (Vesoulis et al (8)) and the current report showed an association of celiac disease and collagenous gastritis. Both patients presented with diarrhea, chronic iron deficiency anemia, and a serologic picture of celiac disease supported by characteristic histologic abnormalities of duodenal mucosa. In contrast to the clinical course of the patient presented in the current report, the patient reported by Vesoulis et al (8) eventually developed a clinical, endoscopic, and histologic picture of chronic active ulcerative colitis, suggesting overlapping causes or a similar pathogenesis. The gastric biopsies in these 2 patients show features similar to the previous cases of collagenous gastritis, with a maximum collagen band thickness of 26 [micro]m in the current case and 45 [micro]m in the previous case. Unique to the cases of collagenous gastritis associated with celiac disease was the presence of lymphocytic gastritis, which is known to occur in 38% of cases of celiac disease and is thought to represent a local immune response to luminal antigens such as gliadin, rather than being part of the histologic features of collagenous gastritis. (8) Although in some of the previous cases a mild increase in intra-epithelial lymphocytes was reported, (2,5,7) the numbers were not high enough (7 to 20 intra-epithelial lymphocytes/100 epithelial cells) to render the diagnosis of lymphocytic gastritis, which requires at least 25 intra-epithelial lymphocytes/100 epithelial cells. (9)

Celiac intestinal antibodies and subclinical gluten sensitivity have been reported in association with collagenous colitis. (10) Collagenous colitis and collagenous gastritis also share other histologic features besides the defining bandlike linear deposition of extracellular matrix: they both show lack of extension of the linear matrix deposition forming the thickened collagen plate along the crypts, lymphocytic infiltrate of the overlying epithelium is present in both, and the surface epithelium in both sites may flatten or become cuboidal.

Three major pathogenic hypotheses have been proposed for increased deposition of subepithelial collagen in collagenous colitis: (1) chronic inflammation and autoimmunity, (2) abnormality of the pericryptal fibroblast sheath, and (3) leakage of plasma proteins and fibrinogen with subsequent replacement with collagen. It is conceivable that these theories could also be suggested for collagenous gastritis, given the histologic similarities and the frequent association between these 2 conditions. The coexistence of collagenous gastritis with lymphocytic gastritis and celiac disease, as well as the significant histologic improvement after 3 months of gluten-free diet in our case, appear to concur with the first theory. According to this theory, an initial insult caused by an infective agent, drugs, or gluten may damage mucosal surface, leading to an autoimmune response with ongoing inflammation in susceptible individuals. It is conceivable that various cytokines released by mononuclear inflammatory cells may activate the upward-migrating pericryptal myofibroblasts and thus induce increased subepithelial collagen deposition; however, this theory remains to be demonstrated.

Regardless of the causative agent, the distribution within different segments of gastrointestinal tract, and the various clinical associations, the presence of the prominent subepithelial deposition represents a unifying histologic feature of this rare entity, most likely indicative of a common pathogenetic mechanism. The significance of collagenous gastritis in the clinical course of celiac disease still remains to be determined by long-term follow-up studies.

Although collagenous gastritis is a rare entity, it is our belief that through wider recognition of its clinicopathologic features, more cases will be brought to light and provide additional information on its etiology and pathogenesis.
Table 1. Combined Histologic Features of Lymphocytic and Collagenous
Gastritis *

 Inflammation ([dagger]) IEL Range (Mean)

Site Acute Chronic Surface Glands

Antrum 0 2 12-57 --
Body 1 3 7-18 4
Fundus 0 2 17-44 5

 Subepithelial Collagen Band

 Thickness in [micro]m
Site % Mucosa Range (Mean)

Antrum -- --

Body 15 10-14 (12)

Fundus 50 10-26 (20)

* IEL indicates intra-epithelial lymphocytes (number/100 epithelial
cells); %, mucosal length occupied by the collagen band.

([dagger]) Grading of acute/chronic inflammation based on visual
analogue scales (updated Sydney classification): 0 = no inflammation,
1 = mild, 2 = moderate, 3 = severe.
Table 2. Clinical and Endoscopic Features of Reported Cases of
Collagenous Gastritis *

 Age, y/ Upper GI Lower GI
 Case Reports Sex Symptoms Symptoms

Collagenous 15/F Epigastric pain, No
 gastritis (1) recurrent he-

Collagenous 9/F Retrosternal pain No
 gastritis (2) linked to se-
 vere anemia
 (Hb 1.7

Collagenous 75/F No Watery diarrhea
 tis and collag-
 enous colitis (3)

Collagenous 20/M Epigastric pain, Diarrhea, stool
 gastritis and vomiting, fa- OB+ (6 y af-
 metachronous tigue, malaise ter first epi-
 (6 years) col- sode)
 lagenous coli-
 tis (4)

Collagenous 57/F Anorexia, vomit- Watery diarrhea
 gastrobulbitis ing, postpran-
 and collage- dial fullness
 nous colitis (5)

Collagenous 67/F No Watery diarrhea
 tis (6)

Collagenous 35/F No Abdominal dis-
 gastritis and tention, fla-
 lymphocytic tulence,
 colitis (7) watery

Collagenous 57/M No Loose stools and
 gastritis, celi- bloody diar-
 ac disease, rhea
 and ulcerative
 colitis (8)

Collagenous 42/M No Diarrhea, flatu-
 gastritis, lym- lence, abdom-
 phocytic gas- inal cramps,
 tritis, and ce- rectal bleed-
 liac disease ing
 (present case)

 Other Symptoms,
 Age, y/ Signs, or
 Case Reports Sex Lab Results Endoscopy

Collagenous 15/F No Gastric hemor-
 gastritis (1) rhages; nor-
 mal duode-
 num and co-

Collagenous 9/F No Diffuse gastric
 gastritis (2) erythema, ero-
 sions; normal
 and colon

Collagenous 75/F Weight loss Normal upper
 gastroduodeni- and lower en-
 tis and collag- doscopy
 enous colitis (3)

Collagenous 20/M Weight loss, Diffuse nodulari-
 gastritis and anemia, hook- ty of gastric
 metachronous worm ova in mucosa; nor-
 (6 years) col- stools mal duode-
 lagenous coli- num and rec-
 tis (4) tum

Collagenous 57/F Weight loss; de- Gastric and bul-
 gastrobulbitis crease in se- bar mucosa
 and collage- rum albumin with patchy
 nous colitis (5) and total pro- erythema;
 tein normal colon-
 ic mucosa

Collagenous 67/F No Normal upper
 gastroduodeni- and lower en-
 tis (6) doscopy

Collagenous 35/F No Diffuse gastric
 gastritis and edema and
 lymphocytic submucosal
 colitis (7) nodules; nor-
 mal colon

Collagenous 57/M Anemia, weight Duodenal vil-
 gastritis, celi- loss, serology lous abnor-
 ac disease, diagnostic of mality; erythe-
 and ulcerative celiac disease ma and ulcer-
 colitis (8) ation of entire
 colon; gastric
 findings not

Collagenous 42/M Anemia, serolo- Diffuse gastric
 gastritis, lym- gy diagnostic erythema; du-
 phocytic gas- of celiac dis- odenal erythe-
 tritis, and ce- ease ma with geo-
 liac disease graphic pat-
 (present case) tern; normal
 colonic muco-
 sa with 4 pol-

 Age, y/ Previous Therapy and
 Case Reports Sex Drugs Follow-up

Collagenous 15/F Antacids Antacids; not re-
 gastritis (1) sponsive

Collagenous 9/F No Steroids, omep-
 gastritis (2) razole;
 no endoscopic
 or histologic

Collagenous 75/F No Not reported
 tis and collag-
 enous colitis (3)

Collagenous 20/M Not reported Antacids, anti-
 gastritis and helminthics;
 metachronous no symptom,
 (6 years) col- endoscopic,
 lagenous coli- or histologic
 tis (4) improvement

Collagenous 57/F NSAIDs Steroids; symp-
 gastrobulbitis tomatic im-
 and collage- provement,
 nous colitis (5) but no de-
 crease in col-

Collagenous 67/F Estrogens and Loperamide; not
 gastroduodeni- diazepam for responsive
 tis (6) 10 days

Collagenous 35/F No Sulfasalazine;
 gastritis and remission of
 lymphocytic diarrhea, no
 colitis (7) relief of the
 other symp-

Collagenous 57/M Not reported Gluten-free diet,
 gastritis, celi- steroids, Asa-
 ac disease, col; clinical
 and ulcerative and serologic
 colitis (8) improvement

Collagenous 42/M No Gluten-free diet;
 gastritis, lym- clinical and
 phocytic gas- histologic im-
 tritis, and ce- provement
 liac disease
 (present case)

* GI indicates gastrointestinal; Hb, hemoglobin; NSAIDS, nonsteroidal
anti-inflammatory drugs; and OB+, fecal occult blood positive.
Table 3. Comparative Histopathologic Features of Collagenous
Gastritis *

 Location of Gastric
 Collagen Band
 Case Reports (width in [micro]m)

Collagenous gastritis (1) Gastric body (20-
 30, up to 75),
Collagenous gastritis (2) Gastric body and
 antrum (mean 40,
 range 13-96),
Collagenous gastritis and Gastric body and
 metachronous (6 years) antrum (range
 collagenous colitis (4) 15-43), subepi-,
 thelial and at the
 level of foveolae
Collagenous gastrobulbi- Gastric body and
 tis and collagenous co- antrum (20-40),
 litis (5) subepithelial,
 rarely at the floor
 of the foveolae
Collagenous gastroduode- Gastric body and
 nitis (6) antrum (60), sub-
Collagenous gastritis and Gastric body and
 lymphocytic colitis (7) antrum (20-30),
Collagenous gastritis, ce- Gastric antrum (13-
 liac disease, and ulcer- 45, mean 25),
 ative colitis (8) subepithelial
Collagenous gastritis, Gastric fundus and
 lymphocytic gastritis, body (10-26,
 and celiac disease mean 20), subepi-
 (present case) thelial

 Other Gastric
 Case Reports Pathology

Collagenous gastritis (1) Chronic active gas-
 tritis, focal atro-
 phy, erosions
Collagenous gastritis (2) Chronic gastritis, 12
 to 20 CD3/CD8+
Collagenous gastritis and Diffuse chronic gas-
 metachronous (6 years) tritis, moderate to
 collagenous colitis (4) severe atrophy, no
 increase in IELs
Collagenous gastrobulbi- Chronic active atro-
 tis and collagenous co- phic gastritis, fo-
 litis (5) cal intestinal
 metaplasia, sparse
Collagenous gastroduode- Focal atrophy
 nitis (6)
Collagenous gastritis and Chronic active gas-
 lymphocytic colitis (7) tritis, 7 IELs
Collagenous gastritis, ce- Chronic gastritis, in-
 liac disease, and ulcer- creased numbers
 ative colitis (8) of IELs (mean
Collagenous gastritis, Marked chronic gas-
 lymphocytic gastritis, tritis, atrophy, in-
 and celiac disease creased numbers
 (present case) of IELs (12-57,
 mean 34.8)

 Case Reports Pathology

Collagenous gastritis (1) Mild focal inflam-
Collagenous gastritis (2) Normal
Collagenous gastritis and Not reported
 metachronous (6 years)
 collagenous colitis (4)
Collagenous gastrobulbi- Subepithelial colla-
 tis and collagenous co- gen band (20-30
 litis (5) [micro]m), acute in-
 flammation and
Collagenous gastroduode- Villous atrophy of
 nitis (6) proximal duode-
Collagenous gastritis and Not studied
 lymphocytic colitis (7)
Collagenous gastritis, ce- Near total villous at-
 liac disease, and ulcer- rophy, crypt hy-
 ative colitis (8) perplasia, marked
 chronic inflamma-
Collagenous gastritis, Severe villous atro-
 lymphocytic gastritis, phy, crypt hyper-
 and celiac disease plasia, extensive
 (present case) lymphoplasmacyt-
 ic infiltrate

 Case Reports Pathology

Collagenous gastritis (1) Normal
Collagenous gastritis (2) Nomal
Collagenous gastritis and Subepithelial colla-
 metachronous (6 years) gen band (20-30
 collagenous colitis (4) [micro]m) and mild
 chronic proctitis
Collagenous gastrobulbi- Subepithelial colla-
 tis and collagenous co- gen band (>30
 litis (5) [micro]m), mild lym-
Collagenous gastroduode- Not studied
 nitis (6)
Collagenous gastritis and Mild lymphoplasma-
 lymphocytic colitis (7) cytic infiltrate, 30
Collagenous gastritis, ce- Diffuse chronic ac-
 liac disease, and ulcer- tive ulcerative
 ative colitis (8) pancolitis
Collagenous gastritis, 4 tubular adenomas
 lymphocytic gastritis, with mild dyspla-
 and celiac disease sia, normal nona-
 (present case) denomatous mu-

 Case Reports Biopsy (mo)

Collagenous gastritis (1) 17 mo; no reduction
 in band thickness
Collagenous gastritis (2) 26 mo; no reduction
 in band thickness
Collagenous gastritis and 3 mo; increase in
 metachronous (6 years) gastric collagen
 collagenous colitis (4) band (23-225
Collagenous gastrobulbi- 18 mo; collagen
 tis and collagenous co- band present
 litis (5)
Collagenous gastroduode- 12 mo; collagen
 nitis (6) band present
Collagenous gastritis and No
 lymphocytic colitis (7)
Collagenous gastritis, ce- No
 liac disease, and ulcer-
 ative colitis (8)
Collagenous gastritis, 3 mo; less extensive
 lymphocytic gastritis, collagen band (19
 and celiac disease [micro]m); partial re-
 (present case) covery of villi

* IELs indicates intra-epithelial lymphocytes expressed as number/100
epithelial cells.

Note.--Subsequent to acceptance of this manuscript, an article by Lagorce-Pages et al(11) has been published. The authors report 6 new cases of this rare condition, none associated with celiac disease. The authors confirmed the suggestion that 2 subsets of patients (young with severe symptoms and adults with chronic watery diarrhea) may be identified in collagenous gastritis.


(1.) Colletti RB, Trainer TD. Collagenous gastritis. Gastroenterology. 1989;97: 1552-1555.

(2.) Cote JF, Hankard GF, Faure C, et al. Collagenous gastritis revealed by severe anemia in a child. Hum Pathol. 1998;29:883-886.

(3.) Stolte M, Ritter M, Borchard F, Koch-Scherrer G. Collageneous gastroduodenitis on collagenous colitis. Endoscopy. 1990;22:186-187.

(4.) Pulimood AB, Ramakrishna BS, Mathan MM. Collagenous gastritis and collagenous colitis: a report with sequential histological and ultrastructural findings. Gut. 1999;44:881-885.

(5.) Castellano VM, Munoz MT, Colina F, Nevado M, Casis B, Solis-Herruzo JA. Collagenous gastrobulbitis and collagenous colitis. Scand J Gastroenterol. 1999;6:632-638.

(6.) Borchard F, Niederau C. Kollagene gastroduodenitis. Dtsch Med Wochenschr. 1989;114:1345-.

(7.) Groisman GM, Meyers S, Harpaz N. Collagenous gastritis associated with lymphocytic colitis. J Clin Gastroenterol. 1996;22:134-137.

(8.) Vesoulis Z, Lozanski G, Ravichandran P, Esber E. Collagenous gastritis: a case report, morphologic evaluation and review. Mod Pathol. 2000;13:591-596.

(9.) Haot J, Hamichi L, Wallez L, Mainguet P. Lymphocytic gastritis: a newly described entity: a retrospective endoscopic and histologic study. Gut. 1988;29:1258-1264.

(10.) Moayyedi P, O'Mahony S, Jackson P, et al. Small intestine in lymphocytic and collagenous colitis. J Clin Pathol. 1997;50:527-529.

(11.) Lagorce-Pages C, Fabiani B, Bouvier R, Scoazec JY, Durand L, Flejou JF. Coliagenous gastritis. Am J Surg Pathol. 2001;25:1174-1179.

Accepted for publication June 8, 2001.

From the Departments of Pathology and Laboratory Medicine (Drs Stancu, De Petris, and Lev) and Gastroenterology (Dr Palumbo), Roger Williams Medical Center, Providence, RI, a Boston University affiliate.

Corresponding author: Giovanni De Petris, MD, Department of Pathology and Laboratory Medicine, Roger Williams Medical Center, 825 Chalkstone Ave, Providence, RI 02908.
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No portion of this article can be reproduced without the express written permission from the copyright holder.
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Author:Stancu, Mirela; De Petris, Giovanni; Palumbo, Theodore P.; Lev, Robert
Publication:Archives of Pathology & Laboratory Medicine
Geographic Code:1USA
Date:Dec 1, 2001
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