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维基百科

派亞氏淋巴叢

十二月 13, 2023

派亞氏淋巴叢（英語：Peyer's patches），又稱培氏斑、派爾集合淋巴結，是有組織的淋巴結，以17世紀的瑞士解剖學家約翰·康拉德·派亞命名[1]。它們是腸相關淋巴組織（英语：Gut-associated lymphoid tissue）的一個重要部分，通常在人類的小腸最低部分發現，主要在遠端空腸和迴腸，但也可以在十二指腸中檢測到[2]。

派亞氏淋巴叢
迴腸的橫切面，派亞氏淋巴叢為圈起部分
基本信息
系統淋巴系統
标识字符
拉丁文noduli lymphoidei aggregati
MeSHD010581
TA98A05.6.01.014、​A05.7.02.009
TA22960、2978
THH3.04.03.0.00020
FMAFMA:15054
《解剖學術語》
[在维基数据上编辑]
维基百科中的醫學内容仅供参考，並不能視作專業意見。如需獲取醫療幫助或意見，请咨询专业人士。詳見醫學聲明。

歷史 编辑

派亞氏淋巴叢在17世紀已經被幾個解剖學家觀察和描述過[3]，但在1677年，瑞士解剖學家約翰·康拉德·派亞非常清楚地描述這種結狀構造，以至於它們最終以他的名字命名[1][4]。然而派亞認為它們是向小腸排放一些促進消化的物質的腺體。直到1850年，瑞士醫生魯道夫·奧斯卡·齊格勒（Rudolph Oskar Ziegler）在仔細的顯微鏡檢查後提出，派亞氏淋巴叢實際上是淋巴腺[5]。

構造 编辑

派亞氏淋巴叢是可觀察到的腸道上皮細胞（英语：Intestinal epithelium）的拉長增厚，長度為幾公分，在人體中發現約100個。在顯微鏡下，派亞氏淋巴叢顯示為橢圓形或圓形的淋巴濾泡（類似於淋巴結），位於迴腸的黏膜層，並延伸到黏膜下層。派亞氏淋巴叢的數量在15至25歲達到高峰，然後在成年期下降[2]。在迴腸遠端，它們數量眾多，形成一個淋巴環。在人類中至少有46%的派亞氏淋巴叢集中在迴腸遠端25公分處。值得注意的是，不同個體的派亞氏淋巴叢的大小、形狀和分佈都有很大的差異[6]。在成年人中，B細胞被認為是卵泡生髮中心的主導。T細胞存在於濾泡之間的區域。在單核細胞中，CD4+/CD25+（10%）細胞和CD8+/CD25+（5%）細胞在派亞氏淋巴叢中比外周血中更豐富[7]。

派亞氏淋巴叢的特點是濾泡相關上皮（FAE），它覆蓋所有的淋巴濾泡[8]。FAE與典型的小腸絨毛上皮不同：它有較少的杯狀細胞[9] ，因此黏液層較薄[10]，而且它的特點是存在專門的M細胞或微皺褶細胞，它們提供從腔內吸收和運輸抗原的功能[8]。此外，與腸道絨毛相比，FAE的基底層更加多孔[11]。最後，FAE細胞對離子和大分子的滲透性較低，這基本上是由於緊密連接蛋白的較高表達[12]。

功能 编辑

由於消化道的管腔（英语：Lumen (anatomy)）暴露在外部環境中，其中大部分是潛在的病原微生物，因此派亞氏淋巴叢在腸腔的免疫監視和促進黏膜內免疫反應的產生方面確立了其重要性。

進入腸道的病原微生物和其他抗原會遇到巨噬細胞、樹突狀細胞、B細胞和T細胞，這些細胞在派亞氏淋巴叢和腸相關淋巴組織（英语：Gut-associated lymphoid tissue）的其他部位發現。因此派亞氏淋巴叢對消化系統的作用就像扁桃體對呼吸系統的作用一樣，捕獲外來顆粒，監視它們，並將其消滅。

派亞氏淋巴叢被一種特殊的FAE所覆蓋，該上皮含有被稱為微皺褶細胞（M細胞）的特殊細胞，該細胞直接從管腔中取樣抗原並將其傳遞給抗原呈遞細胞（位於其基底面的獨特口袋狀結構中）。樹突狀細胞和巨噬細胞也可以通過將樹突延伸到經細胞的M細胞特異性孔中來直接對腔體進行採樣[13][14]。同時FAE細胞的旁路被緊緊關閉，以防止抗原的滲透和與免疫細胞的持續接觸[15]。T細胞、B細胞和記憶細胞在派亞氏淋巴叢遇到抗原時受到刺激，然後這些細胞傳到腸系膜淋巴結（英语：Superior mesenteric lymph nodes），免疫反應在那裡被放大。被激活的淋巴細胞通過胸導管進入血流，並前往腸道，在那裡執行其最終的效應器功能。 B細胞的成熟是在派亞氏淋巴叢中進行的。

臨床意義 编辑

儘管在免疫反應中很重要，但派亞氏淋巴叢中淋巴組織的過度生長是病理性的，因為派亞氏淋巴叢的肥大與特發性腸套疊密切相關。

擁有過多或大於正常的派亞氏淋巴叢與朊毒體疾病的風險增加有關。

沙門氏菌屬和脊髓灰質炎病毒也針對腸道的這一部分[16]。

參見 编辑

參考資料 编辑

  1. ^ 1.0 1.1 Peyer, Johann Conrad. Exercitatio Anatomico-Medica de Glandulis Intestinorum, Earumque Usu et Affectionibus [Anatomical-medical essay on the intestinal glands, and their function and diseases]. Schaffhausen, Switzerland: Onophrius à Waldkirch. 1677 （Latin）. 
    • Reprinted as: Peyer, Johann Conrad. Exercitatio Anatomico-Medica de Glandulis Intestinorum, Earumque Usu et Affectionibus. Amsterdam, Netherlands: Henrik Wetstein. 1681 [2022-10-02]. （原始内容于2022-10-02） （Latin）. 
    • Peyer referred to Peyer's patches as plexus or agmina glandularum (clusters of glands). From (Peyer, 1681), p. 7: "Tenui a perfectiorum animalium Intestina accuratius perlustranti, crebra hinc inde, variis intervallis, corpusculorum glandulosorum Agmina sive Plexus se produnt, diversae Magnitudinis atque Figurae." (I knew from careful study of more advanced animals, the intestines bear — often here and there, at various intervals — clusters of glandular small bodies or "plexuses" of diverse size and shape.) From p. 15: "(has Plexus seu agmina Glandularum voco)" (I call them "plexuses" or clusters of glands) He described their appearance. From p. 8: "Horum vero Plexuum facies modo in orbem concinnata; modo in Ovi aut Olivae oblongam, aliamve angulosam ac magis anomalam disposita figuram cernitur." (But the configurations of these "plexuses" are arranged at one time in a circle; at another time, it is seen in an egg [shape] or an oblong olive [shape] or other faceted and more irregularly arranged shape.) Drawings of Peyer's patches appear after pages 22 and 24.
  2. ^ 2.0 2.1 Zijlstra M, Auchincloss H, Loring JM, Chase CM, Russell PS, Jaenisch R. Skin graft rejection by beta 2-microglobulin-deficient mice. The Journal of Experimental Medicine. April 1992, 175 (4): 885–93. PMC 1552287  . PMID 18668776. doi:10.1136/gut.6.3.225. 
  3. ^ Haller, Albrecht von. Elementa Physiologiae corporis humani [Elements of the physiology of the human body] 7. Bern, Switzerland: Societas Typographica. 1765: 35 [2022-10-02]. （原始内容于2022-10-04） （Latin）.  Anatomists who mentioned Peyer's patches included:
    • Johann Theodor Schenck (1619 – 1671): Schenck, Johann Theodor. Exercitationes Anatomicæ ad Usum Medicum Accommodatæ [Anatomical Exercises Suited to Medical Practice]. Jena, (Germany): Johann Ludwig Neuenhahn. 1672: 334 [2022-10-02]. （原始内容于2022-10-07） （Latin）.  Schenk thought that intestinal worms resided in Peyer's patches and that the orifices of the patches were the worms' mouths. From p. 334: "In canibus saepissime observavi non ad ventriculum … a praeter labente chylo sibi conveniens allicerent." (In dogs, I very often noticed — not only near the stomach but also on the walls of their small intestines — flesh-colored or glandular blisters, [appearing] to swim one after another, [in] which, when we dissected [them], I observed some smooth reddish worms [vermium] living there in clusters [with] their heads facing towards the cavity of the intestines, in which part there were glands with orifices, [but] reversed, so that from there they obtained, from the chyle flowing past, nourishment [that was] suitable for them.)
    • Jeremias Loss (1643 – 1684): Loss, Jeremias. Dissertatio Medica de Glandulis in Genere [Medical Discourse on Glands in [Various] Species]. Wittenberg, (Germany): Martin Schultz. 1683: 12 [2022-10-02]. （原始内容于2022-10-07） （Latin）.  On page 12, Loss states that some glands are located "inter Membranas viscerum quorundam" (between the membranes of certain internal organs) " … prout id in Glandulis Intestinorum satis manifestum est." (as it is quite clear in the glands of the intestines), where "In Intestinis ita congregantur, interdum pauciores, interdum plures, ut areolas quasdam constituant: … " (in the intestines there are thus gathered sometimes fewer [glands], sometimes more [glands], so that they form certain round patches.)
    • Johannes Nicolaus Pechlin (1646 – 1706): Pechlin, Johannes Nicolaus. De Purgantium Medicamentorum Facultatibus [On the Means of Medicinal Purges]. Leiden and Amsterdam, Netherlands: Daniel, Abraham, and Adrian à Gaasbeek. 1672: 510 [2022-10-02]. （原始内容于2022-10-02） （Latin）.  From p. 510: " … ego tenuium glandularum glomeratum agmen esse ratus, … " (… I considered the heaped cluster of fine glands, … )
    • Martin Lister (ca. 1638 – 1712): Lister, Martin. A letter of Mr Lister dated May 21. 1673. in York, partly taking notice of the foregoing intimations, partly communicating some anatomical observations and experiments concerning the unalterable character of the whiteness of the chyle within the lacteous veins; together with divers particulars observed in the guts, especially several sorts of worms found in them.. Philosophical Transactions of the Royal Society of London. 23 June 1673, 8 (95): 6060–6065 [2022-10-02]. Bibcode:1673RSPT....8.6060L. doi:10.1098/rstl.1673.0026. （原始内容于2022-10-06）.  From p. 6062: "As 1. Glandulae miliares of the small Guts, which may also in some Animals be well call'd fragi-formes, from the figure of the one half of a Strawberry, and which yet I take to be Excretive glanduls, because Conglomerate."
    • Nehemiah Grew (1641 – 1712): Grew, Nehemiah. The Comparative Anatomy of Stomachs and Guts Begun. Being Several Lectures Read before the Royal Society. In the Year, 1676.. London, England: Self-published. 1681: 3 [2022-10-02]. （原始内容于2022-10-02）.  Grew called Peyer's patches pancreas intestinale.
  4. ^ There were many earlier names for Peyer's patches:
    • Todd, Robert Bentley (编). The Cyclopædia of Anatomy and Physiology 5. London, England: Longman, Brown, Green, Longmans, & Roberts. 1859: 356 footnote [2022-10-02]. （原始内容于2022-10-07）. 
    • Leidy, Joseph. An Elementary Treatise on Human Anatomy. Philadelphia, Pennsylvania, USA: J.B. Lippincott & Co. 1861: 313 footnote [2022-10-02]. （原始内容于2022-10-06）. 
  5. ^ Ziegler, Rudolph Oskar (1850) Ueber die solitären und Peyerschen Follikel : Inaugural-Abhandlung, der medicinischen Facultät der Julius-Maximilians-Universität zu Würzburg vorgelegt [On solitary and Peyer's follicles: Inaugural treatise, submitted to the medical faculty of the Julius-Maximilians-University of Würzburg] (in German) Würzburg, (Germany): Friederich Ernst Thein. From p. 37: "Ebensogross, wo nicht grösser ist die Aehnlichkeit der sogenannten Peyer'schen Drüsen und der Lymphdrüsen." (Just as great, if not greater, is the resemblance between the so-called Peyer's glands and the lymph glands.) From p. 38: " … ja, man könnte selbst versucht sein, die letzteren für nichts als eine Art von zwischen den Wänden der Darmsschleimhaut eingebetteten Lymphdrüsen zu halten." ( … indeed, one could even be tempted to regard the latter [i.e., the Peyer's patches] as nothing but some type of lymph glands [which are] embedded between the walls of the intestinal mucosa.)
  6. ^ Van Kruiningen HJ, West AB, Freda BJ, Holmes KA. Distribution of Peyer's patches in the distal ileum. Inflammatory Bowel Diseases. May 2002, 8 (3): 180–5. PMID 11979138. S2CID 22514793. doi:10.1097/00054725-200205000-00004. 
  7. ^ Jung C, Hugot JP, Barreau F. Peyer's Patches: The Immune Sensors of the Intestine. International Journal of Inflammation. September 2010, 2010: 823710. PMC 3004000  . PMID 21188221. doi:10.4061/2010/823710. 
  8. ^ 8.0 8.1 Owen RL, Jones AL. Epithelial cell specialization within human Peyer's patches: an ultrastructural study of intestinal lymphoid follicles. Gastroenterology. February 1974, 66 (2): 189–203. PMID 4810912. doi:10.1016/s0016-5085(74)80102-2  . 
  9. ^ Onori P, Franchitto A, Sferra R, Vetuschi A, Gaudio E. Peyer's patches epithelium in the rat: a morphological, immunohistochemical, and morphometrical study. Digestive Diseases and Sciences. May 2001, 46 (5): 1095–104. PMID 11341655. S2CID 34204173. doi:10.1023/a:1010778532240. 
  10. ^ Ermund A, Gustafsson JK, Hansson GC, Keita AV. Mucus properties and goblet cell quantification in mouse, rat and human ileal Peyer's patches. PLOS ONE. 2013, 8 (12): e83688. Bibcode:2013PLoSO...883688E. PMC 3865249  . PMID 24358305. doi:10.1371/journal.pone.0083688  . 
  11. ^ Takeuchi T, Gonda T. Distribution of the pores of epithelial basement membrane in the rat small intestine. The Journal of Veterinary Medical Science. June 2004, 66 (6): 695–700. PMID 15240945. doi:10.1292/jvms.66.695  . 
  12. ^ Markov AG, Falchuk EL, Kruglova NM, Radloff J, Amasheh S. Claudin expression in follicle-associated epithelium of rat Peyer's patches defines a major restriction of the paracellular pathway. Acta Physiologica. January 2016, 216 (1): 112–9. PMID 26228735. S2CID 13389571. doi:10.1111/apha.12559. hdl:11701/6438  . 
  13. ^ Lelouard H, Fallet M, de Bovis B, Méresse S, Gorvel JP. Peyer's patch dendritic cells sample antigens by extending dendrites through M cell-specific transcellular pores. Gastroenterology. March 2012, 142 (3): 592–601.e3. PMID 22155637. doi:10.1053/j.gastro.2011.11.039. 
  14. ^ Bonnardel J, Da Silva C, Henri S, Tamoutounour S, Chasson L, Montañana-Sanchis F, Gorvel JP, Lelouard H. Innate and adaptive immune functions of peyer's patch monocyte-derived cells. Cell Reports. May 2015, 11 (5): 770–84. PMID 25921539. doi:10.1016/j.celrep.2015.03.067  . 
  15. ^ Diener M. Roadblock for antigens--take a detour via M cells. Acta Physiologica. January 2016, 216 (1): 13–4. PMID 26335934. doi:10.1111/apha.12595  . 
  16. ^ Pascall, C R; Stearn, E J; Mosley, J G, Short Reports, British Medical Journal 281 (6232), 1980-07-05: 26, PMC 1713722  , PMID 7407483, doi:10.1136/bmj.281.6232.26-a, Unlike S hadar peritonitis, S typhi peritonitis is due to perforation of Peyer's patches. 
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十二月 13, 2023
派亞氏淋巴叢, 英語, peyer, patches, 又稱培氏斑, 派爾集合淋巴結, 是有組織的淋巴結, 以17世紀的瑞士解剖學家約翰, 康拉德, 派亞命名, 它們是腸相關淋巴組織, 英语, associated, lymphoid, tissue, 的一個重要部分, 通常在人類的小腸最低部分發現, 主要在遠端空腸和迴腸, 但也可以在十二指腸中檢測到, 迴腸的橫切面, 為圈起部分基本信息系統淋巴系統标识字符拉丁文noduli, lymphoidei, aggregatimeshd010581ta98a05, 00. 派亞氏淋巴叢 英語 Peyer s patches 又稱培氏斑 派爾集合淋巴結 是有組織的淋巴結 以17世紀的瑞士解剖學家約翰 康拉德 派亞命名 1 它們是腸相關淋巴組織 英语 Gut associated lymphoid tissue 的一個重要部分 通常在人類的小腸最低部分發現 主要在遠端空腸和迴腸 但也可以在十二指腸中檢測到 2 派亞氏淋巴叢迴腸的橫切面 派亞氏淋巴叢為圈起部分基本信息系統淋巴系統标识字符拉丁文noduli lymphoidei aggregatiMeSHD010581TA98A05 6 01 014 A05 7 02 009TA22960 2978THH3 04 03 0 00020FMAFMA 15054 解剖學術語 在维基数据上编辑 维基百科中的醫學内容仅供参考 並不能視作專業意見 如需獲取醫療幫助或意見 请咨询专业人士 詳見醫學聲明 目录 1 歷史 2 構造 3 功能 4 臨床意義 5 參見 6 參考資料歷史 编辑派亞氏淋巴叢在17世紀已經被幾個解剖學家觀察和描述過 3 但在1677年 瑞士解剖學家約翰 康拉德 派亞非常清楚地描述這種結狀構造 以至於它們最終以他的名字命名 1 4 然而派亞認為它們是向小腸排放一些促進消化的物質的腺體 直到1850年 瑞士醫生魯道夫 奧斯卡 齊格勒 Rudolph Oskar Ziegler 在仔細的顯微鏡檢查後提出 派亞氏淋巴叢實際上是淋巴腺 5 構造 编辑派亞氏淋巴叢是可觀察到的腸道上皮細胞 英语 Intestinal epithelium 的拉長增厚 長度為幾公分 在人體中發現約100個 在顯微鏡下 派亞氏淋巴叢顯示為橢圓形或圓形的淋巴濾泡 類似於淋巴結 位於迴腸的黏膜層 並延伸到黏膜下層 派亞氏淋巴叢的數量在15至25歲達到高峰 然後在成年期下降 2 在迴腸遠端 它們數量眾多 形成一個淋巴環 在人類中至少有46 的派亞氏淋巴叢集中在迴腸遠端25公分處 值得注意的是 不同個體的派亞氏淋巴叢的大小 形狀和分佈都有很大的差異 6 在成年人中 B細胞被認為是卵泡生髮中心的主導 T細胞存在於濾泡之間的區域 在單核細胞中 CD4 CD25 10 細胞和CD8 CD25 5 細胞在派亞氏淋巴叢中比外周血中更豐富 7 派亞氏淋巴叢的特點是濾泡相關上皮 FAE 它覆蓋所有的淋巴濾泡 8 FAE與典型的小腸絨毛上皮不同 它有較少的杯狀細胞 9 因此黏液層較薄 10 而且它的特點是存在專門的M細胞或微皺褶細胞 它們提供從腔內吸收和運輸抗原的功能 8 此外 與腸道絨毛相比 FAE的基底層更加多孔 11 最後 FAE細胞對離子和大分子的滲透性較低 這基本上是由於緊密連接蛋白的較高表達 12 功能 编辑由於消化道的管腔 英语 Lumen anatomy 暴露在外部環境中 其中大部分是潛在的病原微生物 因此派亞氏淋巴叢在腸腔的免疫監視和促進黏膜內免疫反應的產生方面確立了其重要性 進入腸道的病原微生物和其他抗原會遇到巨噬細胞 樹突狀細胞 B細胞和T細胞 這些細胞在派亞氏淋巴叢和腸相關淋巴組織 英语 Gut associated lymphoid tissue 的其他部位發現 因此派亞氏淋巴叢對消化系統的作用就像扁桃體對呼吸系統的作用一樣 捕獲外來顆粒 監視它們 並將其消滅 派亞氏淋巴叢被一種特殊的FAE所覆蓋 該上皮含有被稱為微皺褶細胞 M細胞 的特殊細胞 該細胞直接從管腔中取樣抗原並將其傳遞給抗原呈遞細胞 位於其基底面的獨特口袋狀結構中 樹突狀細胞和巨噬細胞也可以通過將樹突延伸到經細胞的M細胞特異性孔中來直接對腔體進行採樣 13 14 同時FAE細胞的旁路被緊緊關閉 以防止抗原的滲透和與免疫細胞的持續接觸 15 T細胞 B細胞和記憶細胞在派亞氏淋巴叢遇到抗原時受到刺激 然後這些細胞傳到腸系膜淋巴結 英语 Superior mesenteric lymph nodes 免疫反應在那裡被放大 被激活的淋巴細胞通過胸導管進入血流 並前往腸道 在那裡執行其最終的效應器功能 B細胞的成熟是在派亞氏淋巴叢中進行的 臨床意義 编辑儘管在免疫反應中很重要 但派亞氏淋巴叢中淋巴組織的過度生長是病理性的 因為派亞氏淋巴叢的肥大與特發性腸套疊密切相關 擁有過多或大於正常的派亞氏淋巴叢與朊毒體疾病的風險增加有關 沙門氏菌屬和脊髓灰質炎病毒也針對腸道的這一部分 16 參見 编辑肺癌 流行性感冒參考資料 编辑 1 0 1 1 Peyer Johann Conrad Exercitatio Anatomico Medica de Glandulis Intestinorum Earumque Usu et Affectionibus Anatomical medical essay on the intestinal glands and their function and diseases Schaffhausen Switzerland Onophrius a Waldkirch 1677 Latin 引文格式1维护 未识别语文类型 link Reprinted as Peyer Johann Conrad Exercitatio Anatomico Medica de Glandulis Intestinorum Earumque Usu et Affectionibus Amsterdam Netherlands Henrik Wetstein 1681 2022 10 02 原始内容存档于2022 10 02 Latin 引文格式1维护 未识别语文类型 link Peyer referred to Peyer s patches as plexus or agmina glandularum clusters of glands From Peyer 1681 p 7 Tenui a perfectiorum animalium Intestina accuratius perlustranti crebra hinc inde variis intervallis corpusculorum glandulosorum Agmina sive Plexus se produnt diversae Magnitudinis atque Figurae I knew from careful study of more advanced animals the intestines bear often here and there at various intervals clusters of glandular small bodies or plexuses of diverse size and shape From p 15 has Plexus seu agmina Glandularum voco I call them plexuses or clusters of glands He described their appearance From p 8 Horum vero Plexuum facies modo in orbem concinnata modo in Ovi aut Olivae oblongam aliamve angulosam ac magis anomalam disposita figuram cernitur But the configurations of these plexuses are arranged at one time in a circle at another time it is seen in an egg shape or an oblong olive shape or other faceted and more irregularly arranged shape Drawings of Peyer s patches appear after pages 22 and 24 2 0 2 1 Zijlstra M Auchincloss H Loring JM Chase CM Russell PS Jaenisch R Skin graft rejection by beta 2 microglobulin deficient mice The Journal of Experimental Medicine April 1992 175 4 885 93 PMC 1552287 nbsp PMID 18668776 doi 10 1136 gut 6 3 225 Haller Albrecht von Elementa Physiologiae corporis humani Elements of the physiology of the human body 7 Bern Switzerland Societas Typographica 1765 35 2022 10 02 原始内容存档于2022 10 04 Latin 引文格式1维护 未识别语文类型 link Anatomists who mentioned Peyer s patches included Johann Theodor Schenck 1619 1671 Schenck Johann Theodor Exercitationes Anatomicae ad Usum Medicum Accommodatae Anatomical Exercises Suited to Medical Practice Jena Germany Johann Ludwig Neuenhahn 1672 334 2022 10 02 原始内容存档于2022 10 07 Latin 引文格式1维护 未识别语文类型 link Schenk thought that intestinal worms resided in Peyer s patches and that the orifices of the patches were the worms mouths From p 334 In canibus saepissime observavi non ad ventriculum a praeter labente chylo sibi conveniens allicerent In dogs I very often noticed not only near the stomach but also on the walls of their small intestines flesh colored or glandular blisters appearing to swim one after another in which when we dissected them I observed some smooth reddish worms vermium living there in clusters with their heads facing towards the cavity of the intestines in which part there were glands with orifices but reversed so that from there they obtained from the chyle flowing past nourishment that was suitable for them Jeremias Loss 1643 1684 Loss Jeremias Dissertatio Medica de Glandulis in Genere Medical Discourse on Glands in Various Species Wittenberg Germany Martin Schultz 1683 12 2022 10 02 原始内容存档于2022 10 07 Latin 引文格式1维护 未识别语文类型 link On page 12 Loss states that some glands are located inter Membranas viscerum quorundam between the membranes of certain internal organs prout id in Glandulis Intestinorum satis manifestum est as it is quite clear in the glands of the intestines where In Intestinis ita congregantur interdum pauciores interdum plures ut areolas quasdam constituant in the intestines there are thus gathered sometimes fewer glands sometimes more glands so that they form certain round patches Johannes Nicolaus Pechlin 1646 1706 Pechlin Johannes Nicolaus De Purgantium Medicamentorum Facultatibus On the Means of Medicinal Purges Leiden and Amsterdam Netherlands Daniel Abraham and Adrian a Gaasbeek 1672 510 2022 10 02 原始内容存档于2022 10 02 Latin 引文格式1维护 未识别语文类型 link From p 510 ego tenuium glandularum glomeratum agmen esse ratus I considered the heaped cluster of fine glands Martin Lister ca 1638 1712 Lister Martin A letter of Mr Lister dated May 21 1673 in York partly taking notice of the foregoing intimations partly communicating some anatomical observations and experiments concerning the unalterable character of the whiteness of the chyle within the lacteous veins together with divers particulars observed in the guts especially several sorts of worms found in them Philosophical Transactions of the Royal Society of London 23 June 1673 8 95 6060 6065 2022 10 02 Bibcode 1673RSPT 8 6060L doi 10 1098 rstl 1673 0026 原始内容存档于2022 10 06 From p 6062 As 1 Glandulae miliares of the small Guts which may also in some Animals be well call d fragi formes from the figure of the one half of a Strawberry and which yet I take to be Excretive glanduls because Conglomerate Nehemiah Grew 1641 1712 Grew Nehemiah The Comparative Anatomy of Stomachs and Guts Begun Being Several Lectures Read before the Royal Society In the Year 1676 London England Self published 1681 3 2022 10 02 原始内容存档于2022 10 02 Grew called Peyer s patches pancreas intestinale There were many earlier names for Peyer s patches Todd Robert Bentley 编 The Cyclopaedia of Anatomy and Physiology 5 London England Longman Brown Green Longmans amp Roberts 1859 356 footnote 2022 10 02 原始内容存档于2022 10 07 Leidy Joseph An Elementary Treatise on Human Anatomy Philadelphia Pennsylvania USA J B Lippincott amp Co 1861 313 footnote 2022 10 02 原始内容存档于2022 10 06 Ziegler Rudolph Oskar 1850 Ueber die solitaren und Peyerschen Follikel Inaugural Abhandlung der medicinischen Facultat der Julius Maximilians Universitat zu Wurzburg vorgelegt On solitary and Peyer s follicles Inaugural treatise submitted to the medical faculty of the Julius Maximilians University of Wurzburg in German Wurzburg Germany Friederich Ernst Thein From p 37 Ebensogross wo nicht grosser ist die Aehnlichkeit der sogenannten Peyer schen Drusen und der Lymphdrusen Just as great if not greater is the resemblance between the so called Peyer s glands and the lymph glands From p 38 ja man konnte selbst versucht sein die letzteren fur nichts als eine Art von zwischen den Wanden der Darmsschleimhaut eingebetteten Lymphdrusen zu halten indeed one could even be tempted to regard the latter i e the Peyer s patches as nothing but some type of lymph glands which are embedded between the walls of the intestinal mucosa Van Kruiningen HJ West AB Freda BJ Holmes KA Distribution of Peyer s patches in the distal ileum Inflammatory Bowel Diseases May 2002 8 3 180 5 PMID 11979138 S2CID 22514793 doi 10 1097 00054725 200205000 00004 Jung C Hugot JP Barreau F Peyer s Patches The Immune Sensors of the Intestine International Journal of Inflammation September 2010 2010 823710 PMC 3004000 nbsp PMID 21188221 doi 10 4061 2010 823710 8 0 8 1 Owen RL Jones AL Epithelial cell specialization within human Peyer s patches an ultrastructural study of intestinal lymphoid follicles Gastroenterology February 1974 66 2 189 203 PMID 4810912 doi 10 1016 s0016 5085 74 80102 2 nbsp Onori P Franchitto A Sferra R Vetuschi A Gaudio E Peyer s patches epithelium in the rat a morphological immunohistochemical and morphometrical study Digestive Diseases and Sciences May 2001 46 5 1095 104 PMID 11341655 S2CID 34204173 doi 10 1023 a 1010778532240 Ermund A Gustafsson JK Hansson GC Keita AV Mucus properties and goblet cell quantification in mouse rat and human ileal Peyer s patches PLOS ONE 2013 8 12 e83688 Bibcode 2013PLoSO 883688E PMC 3865249 nbsp PMID 24358305 doi 10 1371 journal pone 0083688 nbsp Takeuchi T Gonda T Distribution of the pores of epithelial basement membrane in the rat small intestine The Journal of Veterinary Medical Science June 2004 66 6 695 700 PMID 15240945 doi 10 1292 jvms 66 695 nbsp Markov AG Falchuk EL Kruglova NM Radloff J Amasheh S Claudin expression in follicle associated epithelium of rat Peyer s patches defines a major restriction of the paracellular pathway Acta Physiologica January 2016 216 1 112 9 PMID 26228735 S2CID 13389571 doi 10 1111 apha 12559 hdl 11701 6438 nbsp Lelouard H Fallet M de Bovis B Meresse S Gorvel JP Peyer s patch dendritic cells sample antigens by extending dendrites through M cell specific transcellular pores Gastroenterology March 2012 142 3 592 601 e3 PMID 22155637 doi 10 1053 j gastro 2011 11 039 Bonnardel J Da Silva C Henri S Tamoutounour S Chasson L Montanana Sanchis F Gorvel JP Lelouard H Innate and adaptive immune functions of peyer s patch monocyte derived cells Cell Reports May 2015 11 5 770 84 PMID 25921539 doi 10 1016 j celrep 2015 03 067 nbsp Diener M Roadblock for antigens take a detour via M cells Acta Physiologica January 2016 216 1 13 4 PMID 26335934 doi 10 1111 apha 12595 nbsp Pascall C R Stearn E J Mosley J G Short Reports British Medical Journal 281 6232 1980 07 05 26 PMC 1713722 nbsp PMID 7407483 doi 10 1136 bmj 281 6232 26 a Unlike S hadar peritonitis S typhi peritonitis is due to perforation of Peyer s patches 维基共享资源中相关的多媒体资源 派亞氏淋巴叢本條目的朗讀版本 信息 下载 source source nbsp 有聲維基百科 此音频文件是根據條目 派亞氏淋巴叢 2019年7月30日的修訂版本录制的 以英語朗讀 不會反映對該條目的後續編輯 媒體幫助 更多有聲條目 取自 https zh wikipedia org w index php title 派亞氏淋巴叢 amp oldid 74681591, 维基百科，wiki，书籍，书籍，图书馆，

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