1, The microanatomy changes can characterize with cellular granulocytes in the bronchiole and lung-bubble cavities.

2, Objective To study the new concept of the microanatomy of cavernous sinus region and provide the detailed anatomical parameters for its operative approach.

3, Objective To study microanatomy of pterygopalatine fossa and to provide microanatomic basis for treating the lesions of the pterygopalatine fossa.

4, Objective To study the microanatomy of suboccipital extreme lateral approach and improve the safety of suboccipital extreme lateral approach in treatment of lesions of craniocervical junction region.

5, Objective To provide the microanatomy for surgical operation in the region of the insula.

6, Objective To study the microanatomy characteristics of oculomotor nucleus in adult Sprague-Dawley(SD) rats.

7, Objective To study the microanatomy of the pineal region and measure the useful anatomical data for operation in pineal region via suboccipital and transtentorial approach.

8, Objective To study the microanatomy of the anastomotic veins of superficial cerebral veins and discuss its clinical application.

9, Objective To study the microanatomy and clinical significance of the sheath of oculomotor nerve (OMN).

10, Objective To study the detailed microanatomy of endoscope assisted glabellar nasial keyhole approach(GNKA),(http:///microanatomy.html) preparing for its clinical application.

11, Conclusions To be familiar with the microanatomy of the cerebellopontine angle and structures in it is important to save the function of cranial nerves VII and VIII in the acoustic neuronal operation.

12, Objective:To provide microanatomy data for treatment of carotid-cavernous sinus fistulas using a superior ophthalmic vein approach.

13, Conclusion:Study of microanatomy in the far lateral approach is helpful in resecting tumours of the ventro- foramen magnum and the lower clival region and preserving important tissues.

14, Objective To study the microanatomy on parasella through an extended transsphenoidal approach and provide morphologic foundation for clinical application.

15, Objective To study the microanatomy of endoscope-assisted pterional keyhole approach with a skin incision of lateral eyebrow, and explore its useful value in clinics.

16, Objective To explore the concept of the cavernous sinus and its microanatomy for providing anatomical bases for neurosurgery.

17, Before and after tentorial incision, the exposed area of petrous apex area and the important microanatomy structure surrounding was measured and photographed.

18, Objective To investigate the feasibility of neuronavigation in study of the skull base anatomy so as to discuss the application of neuronavigation on microanatomy measurement.

19, Objective:To provide an optimal secure method for procedure of sympathectomy through observing microanatomy of the upper thoracic sympathetic trunk and its adjacent structures.

20, My emphasis is on macroanatomy, the anatomy of the major structures of the body. I do not discuss microanatomy, such as the structure of the cell or the specific fibers of muscles.

21, Most importantly this work opens the way to a much clearer understanding of the microanatomy of the disc wall.

22, Protection of brain stem during operation and well understanding microanatomy of the fourth ventricular are the key to successfully complete the procedure.