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- BookMarwan Habiba, Giuseppe Benagiano, editors.Contents:
1. History of Adenomyosis
2. The Incidence and Clinical Significance of Adenomyosis
3. The Pathophysiology of Adenomyosis
4. The Myometrium in Heath and Disease
5. The Role of the Myometrium in Adenomyosis
6. The Endometrium in Adenomyosis.- 7. The Animal Model of Adenomyosis
8. Improving the Preclinical Mouse Efficacy Studies of Adenomyosis
9. Adenomyosis and Ultrasound: the Role of Ultrasound and its Impact on Understanding the Disease
10. Adenomyosis and Endometrial Carcinoma
11. Myometrial Cystic Adenomyosis
12. Current Treatment for Adenomyosis. - ArticleSteven AC, Heggeler B, Müller R, Kistler J, Rosenbusch JP.J Cell Biol. 1977 Feb;72(2):292-301.Matrix protein (36,500 daltons), one of the major polypeptides of the Escherichia coli cell envelope, is arranged in a periodic monolayer which covers the outer surface of the peptidoglycan. Although its association with the peptidoglycan layer is probably tight, the periodic structure of the peptidoglycan. Although its association with the peptidoglycan later is probably tight, the periodic structure is maintained in the absence of peptidoglycan, and is therefore based on strong protein-protein interactions. A detailed analysis of the ultrastructure of the matrix protein array by electron microscopy and image processing of specimens prepared by negative staining or by freeze-drying and shadowing shows that the molecules are arranged according to three fold symmetry on a hexagonal lattice whose repeat is 7.7 nm. The most pronounced feature of the unit cell, which probably contains three molecules of matrix protein, is a triplet of indentations, each approx. 2 nm in diameter, with a center-to-center spacing of 3nm. They are readily penetrated by stain and may represent channels which span the protein monolayer.