. The American journal of anatomy . by a thin bridge of tissue andwe can begin to speak of a tegmental and basilar part of the pons. Nos. 211 and 145 (33 mm.) are cut sagitally and give us anopportunity to study the earliest pontine nuclei in their relationto the emergent nervus abducens. Fig. 4 is a camera lucida out-line of the section through this nerve. The axones after leavingtheir nucleus take a ventro-cephalic course through the tegmen-tum and emerge from the neural tube just behind the mostprominent part of the pontine flexure. The young pontine neuro-blasts, on the other hand, lie who
. The American journal of anatomy . by a thin bridge of tissue andwe can begin to speak of a tegmental and basilar part of the pons. Nos. 211 and 145 (33 mm.) are cut sagitally and give us anopportunity to study the earliest pontine nuclei in their relationto the emergent nervus abducens. Fig. 4 is a camera lucida out-line of the section through this nerve. The axones after leavingtheir nucleus take a ventro-cephalic course through the tegmen-tum and emerge from the neural tube just behind the mostprominent part of the pontine flexure. The young pontine neuro-blasts, on the other hand, lie wholly in front of this flexure,spread out into a sheet whose caudo-cephalic extent is whose depth is mm. at its thickest part, tapering downto the thickness of a single cell both caudally and the most cephalic rootlets of the sixth nerve and the mostcaudal cells of the pontine nuclei is an appreciable interval(almost mm.) so that one is at once reminded of the condition 36 CHARLES R. ESSICK.
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Keywords: ., bookcentury1900, bookdecade1910, booksubjectanatomy, bookyear1912
