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17 results on '"Michael A.P. Dore"'

1. A601–A607 Cartilage Repair/Skeketal Tissue/Stem Cells in TE

Author

Yasuyuki Sasano, Michael A.P. Dore, Mayumi Chikaraishi, Yoshie Manabe, Hideaki Mayanagi, Yuta Kobayashi, G.B. Stark, Eamonn Fitzpatrick, Thomas A. McGeady, Manabu Kagayama, H. Sato, Brian K. Hall, Badia M. Abughrien, Sumio Takahashi, Eckhard Wolf, Margot E. Leonard, Kazufumi Nakatomi, Richard L. Lieber, L. Popova, Anna M. Wobus, R. Cancedda, Henning M. Beier, Sakae Takeuchi, Cynthia G. Brown-Maupin, and P. Atanassova

Subjects
Pathology, medicine.medical_specialty, Histology, medicine, Amniotic stem cells, Anatomy, Biology, Stem cell, Cartilage repair, Stem cell transplantation for articular cartilage repair
Published
2000
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2. B501–B518 Bone

Author

Yoshie Manabe, G.B. Stark, Yuta Kobayashi, Manabu Kagayama, Eamonn Fitzpatrick, Richard L. Lieber, Kazufumi Nakatomi, Hideaki Mayanagi, H. Sato, Brian K. Hall, Michael A.P. Dore, Eckhard Wolf, Cynthia G. Brown-Maupin, P. Atanassova, Sumio Takahashi, Margot E. Leonard, L. Popova, Mayumi Chikaraishi, Sakae Takeuchi, Thomas A. McGeady, R. Cancedda, Yasuyuki Sasano, Anna M. Wobus, Badia M. Abughrien, and Henning M. Beier

Subjects
Histology, Anatomy
Published
2000
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3. B401–B413 Cardiovascular/Angiogenesis

Author

Anna M. Wobus, Sumio Takahashi, Kazufumi Nakatomi, Margot E. Leonard, Yoshie Manabe, Eckhard Wolf, Yuta Kobayashi, Sakae Takeuchi, L. Popova, Michael A.P. Dore, H. Sato, Yasuyuki Sasano, Hideaki Mayanagi, Manabu Kagayama, G.B. Stark, Richard L. Lieber, Eamonn Fitzpatrick, Brian K. Hall, Henning M. Beier, R. Cancedda, Cynthia G. Brown-Maupin, Badia M. Abughrien, P. Atanassova, Thomas A. McGeady, and Mayumi Chikaraishi

Subjects
Histology, business.industry, Angiogenesis, Cancer research, Medicine, Anatomy, business
Published
2000
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4. B701–B710 Biomaterials/Material Technology, Chemical Engineering

Author

G.B. Stark, Henning M. Beier, Anna M. Wobus, Thomas A. McGeady, Yasuyuki Sasano, Badia M. Abughrien, Manabu Kagayama, Mayumi Chikaraishi, Eckhard Wolf, L. Popova, H. Sato, Richard L. Lieber, Yoshie Manabe, Sumio Takahashi, Brian K. Hall, Yuta Kobayashi, Michael A.P. Dore, Margot E. Leonard, Eamonn Fitzpatrick, Kazufumi Nakatomi, Sakae Takeuchi, R. Cancedda, Hideaki Mayanagi, Cynthia G. Brown-Maupin, and P. Atanassova

Subjects
Engineering, Histology, business.industry, Nanotechnology, Anatomy, business, Material technology
Published
2000
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5. B201–B219 Gene Therapy/Growth Factors

Author

Yoshie Manabe, Yuta Kobayashi, H. Sato, L. Popova, G.B. Stark, Eckhard Wolf, Henning M. Beier, Mayumi Chikaraishi, Anna M. Wobus, Hideaki Mayanagi, Michael A.P. Dore, Richard L. Lieber, R. Cancedda, Badia M. Abughrien, Sakae Takeuchi, Sumio Takahashi, Margot E. Leonard, Brian K. Hall, Cynthia G. Brown-Maupin, P. Atanassova, Thomas A. McGeady, Kazufumi Nakatomi, Manabu Kagayama, Yasuyuki Sasano, and Eamonn Fitzpatrick

Subjects
Histology, Genetic enhancement, Immunology, Anatomy, Biology, Bioinformatics
Published
2000
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6. A201–A209 Gene Therapy and Growth Factors in TE/Basic Sciences/Developmental Biology and TE/Microsystem Technology in TE

Author

Thomas A. McGeady, Yoshie Manabe, Eamonn Fitzpatrick, Michael A.P. Dore, G.B. Stark, Anna M. Wobus, Yuta Kobayashi, Sumio Takahashi, Kazufumi Nakatomi, Mayumi Chikaraishi, H. Sato, Manabu Kagayama, Eckhard Wolf, Brian K. Hall, Sakae Takeuchi, Margot E. Leonard, R. Cancedda, Yasuyuki Sasano, Hideaki Mayanagi, Badia M. Abughrien, L. Popova, Richard L. Lieber, Henning M. Beier, Cynthia G. Brown-Maupin, and P. Atanassova

Subjects
Pathology, medicine.medical_specialty, Histology, business.industry, Genetic enhancement, Microsystem, Medicine, Computational biology, Anatomy, business, Developmental biology
Published
2000
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7. Intraepithelial Leucocytes in the Bovine Uterine Tube

Author

Badia M. Abughrien, Michael A.P. Dore, Thomas A. McGeady, and Eamonn Fitzpatrick

Subjects
medicine.medical_specialty, Cell type, animal structures, Histology, Immunocytochemistry, Cell Communication, Biology, Basal (phylogenetics), Internal medicine, Leukocytes, medicine, Animals, Ampulla, Fallopian Tubes, Estrous cycle, Uterus, Epithelial Cells, Immunohistochemistry, Epithelium, Microscopy, Electron, Endocrinology, medicine.anatomical_structure, Cytoplasm, Ultrastructure, Cattle, Female, Anatomy
Abstract

The epithelium of the uterine tube consists of ciliated cells and secretory cells. Basal cells are a third cell type observed in tubal epithelium and they are located principally in the basal part of the epithelium. The objectives of this study were to characterize these basal cells in normal and superovulated heifers and to determine whether they participate in the replacement of the ciliated and secretory cell populations. All heifers received cloprostenol (PG) to induce oestrus (day 0). Superovulated heifers received 24 mg pFSH at doses of 4.5, 3.5, 2.5 and 1.5 mg given twice daily. Control and superovulated heifers were slaughtered on days 1, 3, 5 and 7 of the oestrous cycle. Another group of normal cycling heifers was slaughtered on days 2–3 and 11–13 of the oestrous cycle and used for immunocytochemistry. Samples from ampulla, pre-isthmus and isthmus of the uterine tube were collected and processed for light and transmission electron microscopy. Quantitative examination by light microscopy showed that there was a significant difference in the number of basal cells between the regions of the heifers’ uterine tube. On the basis of ultrastructure two populations of basal cells were observed. One (type I) had a nucleus with much condensed heterochromatin and very sparse cytoplasmic organelles. The second cell (type II) had a nucleus with heterochromatin typically clumped around the nuclear envelope. Its cytoplasm contained many organelles including a number of lysosomes. The ultrastructural features of these cells were similar in all regions and at all days of the oestrous cycle examined. Immunocytochemistry revealed that type I basal cells were lymphocytes and type II basal cells were macrophages.

Published
2000
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8. A501–A509 Bone

Author

H. Sato, Michael A.P. Dore, Sakae Takeuchi, Anna M. Wobus, Henning M. Beier, Brian K. Hall, Sumio Takahashi, Eamonn Fitzpatrick, Badia M. Abughrien, Mayumi Chikaraishi, Yasuyuki Sasano, Kazufumi Nakatomi, Eckhard Wolf, Yoshie Manabe, R. Cancedda, Yuta Kobayashi, Thomas A. McGeady, Hideaki Mayanagi, G.B. Stark, L. Popova, Richard L. Lieber, Margot E. Leonard, Manabu Kagayama, Cynthia G. Brown-Maupin, and P. Atanassova

Subjects
Histology, Chemistry, Anatomy
Published
2000
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9. B601–B626 Cartilage Repair/Skeletal Tissue/Stem Cells

Author

Yoshie Manabe, Henning M. Beier, Mayumi Chikaraishi, Yuta Kobayashi, G.B. Stark, Manabu Kagayama, Hideaki Mayanagi, H. Sato, Yasuyuki Sasano, Eckhard Wolf, Thomas A. McGeady, Margot E. Leonard, Badia M. Abughrien, Sakae Takeuchi, Brian K. Hall, Eamonn Fitzpatrick, Kazufumi Nakatomi, Sumio Takahashi, Michael A.P. Dore, Cynthia G. Brown-Maupin, P. Atanassova, Anna M. Wobus, R. Cancedda, L. Popova, and Richard L. Lieber

Subjects
Pathology, medicine.medical_specialty, Histology, business.industry, medicine, Amniotic stem cells, Anatomy, Stem cell, Cartilage repair, business, Stem cell transplantation for articular cartilage repair, Skeletal tissue
Published
2000
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10. B801–B818 Varia

Author

Yoshie Manabe, Yasuyuki Sasano, Badia M. Abughrien, Yuta Kobayashi, Manabu Kagayama, Sakae Takeuchi, Eckhard Wolf, G.B. Stark, Michael A.P. Dore, Sumio Takahashi, H. Sato, Margot E. Leonard, Mayumi Chikaraishi, R. Cancedda, Kazufumi Nakatomi, L. Popova, Hideaki Mayanagi, Cynthia G. Brown-Maupin, P. Atanassova, Brian K. Hall, Thomas A. McGeady, Anna M. Wobus, Henning M. Beier, Richard L. Lieber, and Eamonn Fitzpatrick

Subjects
Histology, Anatomy
Published
2000
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11. B101–B120 Skin Substitutes and Wound Healing

Author

Eckhard Wolf, Michael A.P. Dore, R. Cancedda, Eamonn Fitzpatrick, Richard L. Lieber, Henning M. Beier, Margot E. Leonard, Cynthia G. Brown-Maupin, P. Atanassova, Thomas A. McGeady, Mayumi Chikaraishi, L. Popova, Yoshie Manabe, Hideaki Mayanagi, Yuta Kobayashi, Yasuyuki Sasano, Manabu Kagayama, Sumio Takahashi, H. Sato, Badia M. Abughrien, G.B. Stark, Brian K. Hall, Sakae Takeuchi, Kazufumi Nakatomi, and Anna M. Wobus

Subjects
medicine.medical_specialty, Histology, business.industry, Skin substitutes, medicine, Anatomy, Wound healing, business, Surgery
Published
2000
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12. Ciliogenesis in the Uterine Tube of Control and Superovulated Heifers

Author

Badia M. Abughrien and Michael A.P. Dore

Subjects
medicine.medical_specialty, animal structures, Histology, Centriole, animal diseases, Cell Count, Superovulation, Biology, Estrus, Ciliogenesis, Internal medicine, medicine, Animals, Basal body, Cilia, Ampulla, Apical cytoplasm, Fallopian Tubes, Centrioles, Estrous cycle, Cloprostenol, Epithelial Cells, Epithelium, Microscopy, Electron, Uterine tube, medicine.anatomical_structure, Endocrinology, Cattle, Female, Anatomy
Abstract

Ciliogenesis was investigated in the uterine tube epithelium of control and superovulated heifers during day 1 to day 7 of the oestrous cycle. Seventy-two heifers were used, consisting of four control groups and four superovulated groups. All heifers received cloprostenol (PG) to induce oestrus (day 0). Superovulated heifers received 24 mg pFSH at doses of 4.5, 3.5, 2.5 and 1.5 mg given twice daily. Control and superovulated heifers were slaughtered on days 1, 3, 5 and 7 of the oestrous cycle. Samples from the ampulla, preisthmus and isthmus of the uterine tube were collected and processed for light and electron microscopy, following standard procedures. Both centriolar and acentriolar pathways were involved in the development of basal bodies. Formation of basal bodies and protrusion of ciliary shafts mostly occurred during days 1 and 3 of the oestrous cycle. The centriolar pathways, in which procentrioles generate with the aid of preexisting centrioles, played a minor role in the heifer uterine tube. In the acentriolar pathways, fibrous granules were the first structures which appeared in the course of ciliogenesis and they initially occurred in association with free ribosomes. Subsequently, deuterosomes arose in the aggregates of fibrous granules, and then procentrioles containing microtubules originated around deuterosomes or apart from deuterosomes. Newly formed centrioles migrated to the apical cytoplasm, and ciliary shafts extended first at the periphery of the luminal surface of ciliogenic cells. Deuterosomes as well as rootlet formation were considered to be related to the fibrous granules. Quantitative examinations by light microscopy showed that the number of ciliated cells in the ampullar, preisthmic and isthmic epithelium of the superovulated heifers was significantly higher than in the control heifers during day 1 and day 3 of the oestrous cycle.

Published
2000
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13. A101–A107 Skin Substitutes and Wound Healing/Medical Applications

Author

Margot E. Leonard, Richard L. Lieber, Brian K. Hall, Michael A.P. Dore, Thomas A. McGeady, Eamonn Fitzpatrick, Kazufumi Nakatomi, Eckhard Wolf, Henning M. Beier, Sumio Takahashi, Mayumi Chikaraishi, Sakae Takeuchi, Manabu Kagayama, L. Popova, R. Cancedda, Badia M. Abughrien, Yasuyuki Sasano, Anna M. Wobus, H. Sato, Yoshie Manabe, Cynthia G. Brown-Maupin, Hideaki Mayanagi, G.B. Stark, P. Atanassova, and Yuta Kobayashi

Subjects
medicine.medical_specialty, Histology, business.industry, Skin substitutes, Medicine, Anatomy, Wound healing, business, Dermatology, Surgery
Published
2000
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14. A801–A806 Varia/Business and TE/Legal and Ethical Issues

Author

Yasuyuki Sasano, G.B. Stark, Manabu Kagayama, Yoshie Manabe, Brian K. Hall, Thomas A. McGeady, Yuta Kobayashi, H. Sato, Margot E. Leonard, L. Popova, Hideaki Mayanagi, Eamonn Fitzpatrick, Kazufumi Nakatomi, Henning M. Beier, Richard L. Lieber, Sumio Takahashi, Sakae Takeuchi, R. Cancedda, Mayumi Chikaraishi, Cynthia G. Brown-Maupin, P. Atanassova, Anna M. Wobus, Badia M. Abughrien, Eckhard Wolf, and Michael A.P. Dore

Subjects
Histology, Ethical issues, Political science, Engineering ethics, Anatomy
Published
2000
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15. B301–B304 Visceral Organs/Nerve Regeneration

Author

Richard L. Lieber, Margot E. Leonard, H. Sato, Yasuyuki Sasano, Sumio Takahashi, Badia M. Abughrien, Anna M. Wobus, L. Popova, G.B. Stark, Yoshie Manabe, Hideaki Mayanagi, Yuta Kobayashi, Sakae Takeuchi, Michael A.P. Dore, Manabu Kagayama, Eckhard Wolf, Henning M. Beier, Thomas A. McGeady, Eamonn Fitzpatrick, Brian K. Hall, Cynthia G. Brown-Maupin, R. Cancedda, P. Atanassova, Kazufumi Nakatomi, and Mayumi Chikaraishi

Subjects
Histology, Regeneration (biology), Anatomy, Biology
Published
2000
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16. A401–A406 Cardiovascular/Angiogenesis

Author

G.B. Stark, Richard L. Lieber, Eckhard Wolf, Mayumi Chikaraishi, Eamonn Fitzpatrick, Michael A.P. Dore, Anna M. Wobus, Yoshie Manabe, Hideaki Mayanagi, Badia M. Abughrien, Thomas A. McGeady, Margot E. Leonard, Yuta Kobayashi, Sakae Takeuchi, L. Popova, H. Sato, R. Cancedda, Henning M. Beier, Manabu Kagayama, Cynthia G. Brown-Maupin, P. Atanassova, Yasuyuki Sasano, Sumio Takahashi, Kazufumi Nakatomi, and Brian K. Hall

Subjects
Histology, Chemistry, Angiogenesis, Cancer research, Anatomy
Published
2000
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17. Contents Vol. 166, 2000

Author

Santosh K. Sangari, Badia M. Abughrien, Henrik Toft Sørensen, H. Gasse, Laila M. Aboul Mahasen, José Roberto Ortale, Michael L. Pretterklieber, Joshua H. Wolf, Partho P. Sengupta, Sohair A. Sadek, Kamlesh Khatri, Cristiano Humberto Naves de Freitas Azevedo, Michael A.P. Dore, J.C. Soares, S. Pradhan, R. Schwarz, Patrick Hanson, Richard Wasicky, S.M.M. Matheus, Arthur W. English, and Clésio Mello de Castro

Subjects
Histology, Anatomy
Published
2000
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