Compartive Study On Podoplanin And Maspin Expression In Hyperplastic Dysplastic And Squamous Cell Carcinoma Of The Oral Cavity/ By : Yasmin Alla El Din Mohamed Kamal ; Supervisors Prof. Dr. Gamal El-Din Mohamed Fat'halla , Dr Safa Fathy El-Ghani
Von: Yasmin Alla El Din Mohamed Kamal.
Mitwirkende(r): Gamal El-Din Mohamed Fat'halla [Dr Safa Fathy Abd El- Ghani] | Safa Fathy Abd El- Ghani [Dr Safa Fathy Abd El- Ghani] | Cairo University Faculty Of Dentistry.
Materialtyp:
BuchVerlag: [Giza] : [Cairo University] ; 2011Beschreibung: 107 P; Ill ; 30Cm + CD.Weitere Titel: دراسة مقارنة على تعبير دليل البودولانين و الماسبين فى فرط النمو النسيجى ، عسر التنشوء و سرطان الخلايا الحرشفية فى يتعلق بجوف الفم.Schlagwörter: Hyperlastic,Dysplastic | Squamous Cell- -- DentisryDDC-Klassifikation: 617.6 Hochschulschriftenvermerk: Theiss For Master Degree Zusammenfassung: Cells are active participants in their environment, constantly adjusting structure and function to accommodate changing demands and extracellular stresses. As cells encounter physiologic stresses or pathologic stimuli, they can undergo adaptation achieving a new steady state and preserving viability. Hyperplasia is one of the principle adaptive responses. It is important to note that the hyperplastic process is always controlled, and disappears if the stimulation abates, which differentiates this process from cancer. Nevertheless, pathologic hyperplasia constitutes a fertile soil in which cancerous proliferation may eventually arise (Kumar et al., 2003).
| Medientyp | Aktueller Standort | Signatur | Status | Fälligkeitsdatum |
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Theses
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6october 1208 | 617.6 Y C (Regal durchstöbern) | Verfügbar |
Faculty Of Dentistry
Theiss For Master Degree
Includes Bibliographic Referances.
Cells are active participants in their environment, constantly adjusting structure and function to accommodate changing demands and extracellular stresses. As cells encounter physiologic stresses or pathologic stimuli, they can undergo adaptation achieving a new steady state and preserving viability. Hyperplasia is one of the principle adaptive responses. It is important to note that the hyperplastic process is always controlled, and disappears if the stimulation abates, which differentiates this process from cancer. Nevertheless, pathologic hyperplasia constitutes a fertile soil in which cancerous proliferation may eventually arise (Kumar et al., 2003).
Includes Abstract in Arabic
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