Anatomical Record 10 (1915-16) - Revision history

Z8600021: /* No. 4. FEBRUARY */

2020-09-18T05:13:06Z

No. 4. FEBRUARY

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	C. M. Jackson. Book Review. Rat Book 359		C. M. Jackson. Book Review. Rat Book 359

			{{Ref-Donaldson1915}}

	===No. 5. MARCH===		===No. 5. MARCH===

Z8600021 at 05:06, 18 September 2020

2020-09-18T05:06:59Z

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	P. G. Shipley. The vital staining of mitochondria in Trypanosoma lewisi with janus ; green. Eight figures 439		P. G. Shipley. The vital staining of mitochondria in Trypanosoma lewisi with janus ; green. Eight figures 439

	S. S. Schoc^het. a suggestion as to the process of ovulation and ovarian cyst formation. . 447		S. S. Schoc^het. a suggestion as to the process of ovulation and ovarian cyst formation. 447

	Marcus Ward Lyon, Jr. A porcupine skull with a pair of supernumerary well developed incisors in the upper jaw. One figure 459		Marcus Ward Lyon, Jr. A porcupine skull with a pair of supernumerary well developed incisors in the upper jaw. One figure 459

Z8600021: /* No. 6. APRIL */

2020-09-18T04:56:44Z

No. 6. APRIL

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	H. E. Jordan. Richard Henry Whitehead, Portrait 421		H. E. Jordan. Richard Henry Whitehead, Portrait 421

	~~Theodore L. SguiER. On the development of the pulmonary circulation in the chick. Three text figures and two plates 425~~		{{Ref-Squier1916}}

	P. G. Shipley. The vital staining of mitochondria in Trypanosoma lewisi with janus ; green. Eight figures 439		P. G. Shipley. The vital staining of mitochondria in Trypanosoma lewisi with janus ; green. Eight figures 439

Z8600021: /* No. 4. FEBRUARY */

2020-09-18T04:55:01Z

No. 4. FEBRUARY

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	John Locke Worcester. Hernia of the small intestine into a persistent great omental cavity 335		John Locke Worcester. Hernia of the small intestine into a persistent great omental cavity 335

	P. G. Shipley. The development of erythrocytes from ~~hcmoglo!)in~~-free cells and the differentiation of heart muscle fibers in tissue cultivated in plasma. Two figures 347		P. G. Shipley. The development of erythrocytes from hemoglobin-free cells and the differentiation of heart muscle fibers in tissue cultivated in plasma. Two figures 347

	C. H. Danforth. The use of early developmental stages in the mouse for class work in embryology 355		C. H. Danforth. The use of early developmental stages in the mouse for class work in embryology 355

Z8600021 at 08:46, 28 July 2020

2020-07-28T08:46:48Z

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	W. B. KiRKHAM AND H. W. Haggard. The anatomy of a three-legged kitten. Three figures 537		W. B. KiRKHAM AND H. W. Haggard. The anatomy of a three-legged kitten. Three figures 537

	{{Ref-Scammon1916}}		{{Ref-Scammon1916}} Ten figures 543

	~~Richard E. Scammon. On the development of the biliary system in animals lacking a gall-bladder in post-natal life.~~ Ten figures 543

	===No. 9. JULY===		===No. 9. JULY===
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	ScHAEFFER, J. P. AND Nachamoffsky, L. H. 1914 Some observations on the anatomy of the upper extremities of an infant with complete bilateral absence of the radius. Anat. Rec, vol. 8, no. 1.		ScHAEFFER, J. P. AND Nachamoffsky, L. H. 1914 Some observations on the anatomy of the upper extremities of an infant with complete bilateral absence of the radius. Anat. Rec, vol. 8, no. 1.

	~~ON THE DEVELOPMENT OF THE BILIARY SYSTEM IN ANIMALS LACKING A GALL-BLADDER IN POSTNATAL LIFE~~

	~~RICHARD~~ E. ~~SCAMMON~~ Institute of Anatomy, University of Minnesota^		===On The Development Of The Biliary System In Animals Lacking A Gall-Bladder In Postnatal Life===

			Richard E. Scammon Institute Of Anatomy, University of Minnesota

	~~TEN FIGURES~~		Ten Figures

	It is well ~~kjiown~~ that the gall-bladder is always absent in some species of vertebrates. There seems to be no general rule governing the distribution of this peculiarity. Thus in the cyclostomes a gall-bladder is found in the myxinoids but is absent in the fully developed Petromyzon. It is present as a rule in fishes although absent in a few species of sharks. A gallbladder is said to be present always in amphibians and reptiles; it is wanting in a number of birds including the pigeons. Among mamnaals no gall-bladder is found in a number of rodents and in noany ruminants, pachyderms and some other ungulates. It is absent in the Cetacea. In other forms the gall-bladder may or ntiay not be present. This is the case in several species of birds and in a few mammals. With the latter may be included man where congenital absence of the gall-bladder is an unusual anonaaly. In man the gall-bladder alone ntiay be lacking, or more rarely both the gall-bladder and the larger biliary ducts.^		It is well known that the gall-bladder is always absent in some species of vertebrates. There seems to be no general rule governing the distribution of this peculiarity. Thus in the cyclostomes a gall-bladder is found in the myxinoids but is absent in the fully developed Petromyzon. It is present as a rule in fishes although absent in a few species of sharks. A gallbladder is said to be present always in amphibians and reptiles; it is wanting in a number of birds including the pigeons. Among mamnaals no gall-bladder is found in a number of rodents and in noany ruminants, pachyderms and some other ungulates. It is absent in the Cetacea. In other forms the gall-bladder may or ntiay not be present. This is the case in several species of birds and in a few mammals. With the latter may be included man where congenital absence of the gall-bladder is an unusual anonaaly. In man the gall-bladder alone ntiay be lacking, or more rarely both the gall-bladder and the larger biliary ducts.^

	Only three of the forms consistently lacking a gall-bladder are commonly available for embryological study. These are the		Only three of the forms consistently lacking a gall-bladder are commonly available for embryological study. These are the
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	chez Petromyzon. M^m. Soc. de la Zool. de France, T. 26.		chez Petromyzon. M^m. Soc. de la Zool. de France, T. 26.

	~~REGARDING THE LENGTH AND EXTENT OF THE HUMAN MEDULLA SPINALIS~~		===Regarding The Length And Extent Of The Human Medulla Spinalis===

	~~ROLLO~~ E. ~~McCOTTER~~ From the Department of Anatomy ^ Univereity of Michigan		Rollo E. Mccotter From the Department of Anatomy ^ Univereity of Michigan

	Most of our modern text-books on human anatomy state that the spmal medulla is variable in length and in extent within the vertebral canal and that there is no definite relation between the length of the spinal medulla on the one hand and the length of the vertebral colmnn and the height of the individual on the other. It was with these well known facts in mind that the study of this series of 234 cases was undertaken.		Most of our modern text-books on human anatomy state that the spmal medulla is variable in length and in extent within the vertebral canal and that there is no definite relation between the length of the spinal medulla on the one hand and the length of the vertebral colmnn and the height of the individual on the other. It was with these well known facts in mind that the study of this series of 234 cases was undertaken.

Z8600021: /* No. 8. JUNE */

2020-07-28T08:41:07Z

No. 8. JUNE

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	W. B. KiRKHAM AND H. W. Haggard. The anatomy of a three-legged kitten. Three figures 537		W. B. KiRKHAM AND H. W. Haggard. The anatomy of a three-legged kitten. Three figures 537

			{{Ref-Scammon1916}}

	Richard E. Scammon. On the development of the biliary system in animals lacking a gall-bladder in post-natal life. Ten figures 543		Richard E. Scammon. On the development of the biliary system in animals lacking a gall-bladder in post-natal life. Ten figures 543

Z8600021: /* No. 7. MAY */

2020-07-28T08:40:04Z

No. 7. MAY

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	{{Ref-Weed1916}}		{{Ref-Weed1916}}

	~~Lewis H. Weed. The formation of the cranial subarachnoid spaces 475~~

	Vera Danchakoff. The wandering cells in the loose connective tissue of the bird and their origin 483		Vera Danchakoff. The wandering cells in the loose connective tissue of the bird and their origin 483

Z8600021: /* No. 7. MAY */

2020-07-28T08:39:40Z

No. 7. MAY

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	===No. 7. MAY===		===No. 7. MAY===

			{{Ref-Weed1916}}

	Lewis H. Weed. The formation of the cranial subarachnoid spaces 475		Lewis H. Weed. The formation of the cranial subarachnoid spaces 475

Z8600021: /* No. 1. NOVEMBER */

2020-07-28T08:38:04Z

No. 1. NOVEMBER

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	John Lewis Bremer. The mesonephric corpuscles of the sheep, cow and deer. Three figures 1		John Lewis Bremer. The mesonephric corpuscles of the sheep, cow and deer. Three figures 1

	{{Ref-Ingalls1915}}		{{Ref-Ingalls1915}} One figure

	~~N. William Ingalls. Truncus arteriosus communis persistens. One figure 9~~		{{Ref-Reeves1915}} Three figures

	{{Ref-Reeves1915}}

	~~T. B. Reeves. A double umbilicus.~~ Three figures 15

	{{Ref-Atwell1915a}} Twelve figures.		{{Ref-Atwell1915a}} Twelve figures.

Z8600021: /* No. 1. NOVEMBER */

2020-07-28T08:31:09Z

No. 1. NOVEMBER

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	T. B. Reeves. A double umbilicus. Three figures 15		T. B. Reeves. A double umbilicus. Three figures 15

	{{Ref-Atwell1915a}}		{{Ref-Atwell1915a}} Twelve figures.

	~~Wayne J. Atwell. The relation of the chorda dorsalis to the entodermal component of the hypophysis.~~ Twelve figures. 19

	Wayne J. Atwell. On the conversion of a photograph into a line drawing. One figure 39 Edmond Souchon. Preservation of anatomic dissections with permanent color of muscles, vessels and organs by newer methods 43		Wayne J. Atwell. On the conversion of a photograph into a line drawing. One figure 39 Edmond Souchon. Preservation of anatomic dissections with permanent color of muscles, vessels and organs by newer methods 43