LIST OF ILLUSTRATIONS. 
FIG. PAGE 
294. The Groin. Structures seen on 
removal of Superficial Fascia 399 
295. Anterior Muscles of the Trunk 400 
296. The Groin. Structures seen on 
removal of part of Obliquus 
Externus ; d : - | AO 
297. The Grom. Structures seen on 
reflexion of part of Oblquus 
Internus : : t : ~  akop 
298. Sheath of the Rectus Abdominis 
Muscle . : 403 
299. Posterior Ailominal Wall, to dae 
Muscles and Nerves of Lumbo- 
sacral Plexus 3 . 404 
300. Muscles and Nerves of Male feene 
neum ; : : : : 407 
301. Muscles and Nerves of Female 
Perineum (after Peter Thompson) 407 
BRAIN AND 
308. Nerve-fibre from a Frog (after 
v. Kolliker) . 415 
309. Transverse Section through Early 
Neural Tube, diagrammatically 
represented (after A. H. Young). 417 
310. Developmental Stages exhibited 
by a Pyramidal Cell of the Brain 
(after Ramon y Cajal) . 417 
311. Diagram of the Connexion estab- 
lished by a Ganglionic and a 
Motor Neuron (Ramon y Cajal). 418 
312. Three Stages in Development of 
a Cell from a Spinal Ganghon 419 
313. Section through the Central Canal 
of Spinal Cord of Human Em- 
bryo, showing Ependymal and 
Neuroglial Cells (after v. Len- 
hossek) : 419 
314. Human Foetus in third month of 
Development, with Brain and 
Spinal Cord exposed from Be- 
hind . 420 
315. Conus Medullaris and Tae Mer. 
minale exposed within Spinal 
Canal ; 421 
316. Roots of Origin of Sex entl Dore 
Nerve . 422 
317. Section through Conus Medullaris 
and Cauda Equina as they he in 
the Spinal Canal 492 
318. Spinal Cord as seen from Behind . 423 
319. Transverse Section through Upper 
Part of Cervical Region of ‘the 
Corde. 494 
320. Section through each of the ‘Four 
Regions of the Cord : 426 
321. Transverse Section through the 
White Matter of the Cord, as seen 
__ through the Microscope 431 
Be. Diagrammatic Representation of a 
eeaneverse Section through the 
Spinal Cord 433 
323. Schema of a Transverse Section 
through the Early Neural Tube 
(after A. H. Young) 436 
324. Three Stages in Development of 
the Spinal Cord (His) . 437 
325. Base of the Brain : 439 
- 326. Connexions of the several parts of 
the Brain ; ; 440 
FIG. | 
302. 
303. 
304. 
305. 
306. 
ots 
Triangular Ligament of Peri- 
neum, and Termination of Pudie 
Nerve . : 
Dissection of 
from Above . 
Oblique Section across wPelyi 1s, £0 
show Disposition of Pelvic Fasci 1a 
and Boundaries of Ischio-rectal 
Fossa . 
Outer Wall of the 
Fascia) . 
Fascial and Muscular Wall a the 
the Pelvie Fascia 
Pelvis (Pelvic 
Pelvis after removal of part of 
Left Innominate Bone 
Disposition of the Myotomes in the 
Embryo in relation to the Head, 
Trunk, and Limbs 
SPINAL CORD. 
. Two Cross-sections 
. Alar 
5. Lateral View 
. Section through 
. Transverse 
7. Two Stages in Development of 
Human Brain (after His) : 
through the 
Fore-brain 
9. Brain of Human Embryo in ‘he 
fifth week (after His) . 
. Profile View of Brain of nan 
Embryo of ten weeks (after His) 
and Basal Lamine (after 
His) 
2. Front View Gf Medulla, Pons, and 
Mesencephalon of Full-time Hu- 
man Foetus . 
3. Back View of Medulla, ‘Pons, and 
Mesencephalon of Full-time Hu- 
man Fetus . 
4. Decussation of the Py aa tile (modi- 
fied from van Gehuchten) 
of Medulla, Pons, 
and Mesencephalon of Full-time 
Human Feetus 
. Two Sections through the iaenicn 
between the Cord and Me- 
dulla of the Orang 
7. Transverse Section through Tewer 
End of Medulla_ of Full- time 
Foetus . : : : , 
Closed Part of 
Human Medulla above the De- 
cussation of the Pyramids 
9. Transverse Section through Gilosed 
Part of Feetal Medulla : 
Section through Hu- 
man Medulla in Lower Olivary 
Region . 
. "Tranaverse Section through fie 
Middle of the Olivary Region of 
the Human Medulla or Bulb 
2. Shows in part the Fibres which 
enter into the Constitution of the 
Restiform Body 
. Diagram of the @erchello: olivary 
wanes i 
. Section through fhe Mew er Part on 
Human Pons Varolii immedi- 
ately above the Medulla 
5. Transverse Section through Pons 
Varolii at the Level of the 
Nuclei of the Trigeminal Nerve 
(Orang) 
XOEL 
PAGE 
408 
409 
410 
410 
