Cryptorchidism

1. Front Matter

   Pages N1-6

   PDF

2. Preface

   • Faruk Hadžiselimović

   Pages 7-7

3. Introduction

   • Faruk Hadžiselimović

   Pages 8-8

4. Material and Methods

   • Faruk Hadžiselimović

   Pages 9-10

5. The Normal Testicle

   • Faruk Hadžiselimović

   Pages 10-47

6. Cryptorchidism

   • Faruk Hadžiselimović

   Pages 47-59

7. Discussion

   • Faruk Hadžiselimović

   Pages 59-62

8. Therapy

   • Faruk Hadžiselimović

   Pages 62-63

9. Summary

   • Faruk Hadžiselimović

   Pages 64-65

10. Back Matter

    Pages 66-72

    PDF

Cytological techniques have greatly improved in the last twenty years, largely as a result of further development of the microscope. Electron microscopy, in particular, has opened up great prospects for the study of cell morphology, while the develop­ ment of radio-immuno-assay has brought great progress in endocrinology. The applica­ tion of these two techniques, which are complementary to each other and provide mutually supporting evidence, is the subject of this monograph. The work is divided into two parts. The first deals with the ultrastructure of normal testicular development, describing four main elements of the testicle - the germ cells, the Sertoli cells, the peri tubular connective tissue and the Leydig cell- with details of their individual development. To make the electron micrographs more easily understandable, diagrams have been used to explain the most important points. The second part deals with cryptorchid testicles, including the primary and sec­ ondary changes involved and morphometric studies of the secondary changes. The significance of these ultrastructural observations for the treatment of cryptorchidism is emphasized. With the aid of radio-immuno-assay the level of testosterone in cryp­ torchid mice was determined and comparisons drawn between the ultrastructural changes in cryptorchidism in mouse and man. The experimental studies served as a basis for the hypothesis that, in all probability, a congenital disturbance of the hy­ pothalamo-hypophyso-gonadal axis is responsible for cryptorchidism. I hope that this monograph will contribute towards a better understanding of normal and cryptorchid testicular development and of the etiology of cryptorchidism.

• biopsy
• cell
• development
• electron microscopy
• endocrinology
• microscopy
• morphology
• testis
• tissue

• Basler Kinderspital, Basle, Switzerland

  Faruk Hadžiselimović

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