Journal of Comparative Neurology 34 (1922) - Revision history

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CONTENTS

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	By assuming and meeting these responsibilities, the author avoids loss of time, correspondence that may be required to get the Abstract, Manuscript and Illustrations in proper form, and does all in his power to obtain prompt publication.		By assuming and meeting these responsibilities, the author avoids loss of time, correspondence that may be required to get the Abstract, Manuscript and Illustrations in proper form, and does all in his power to obtain prompt publication.



	THE JOURNAL OP COMPARATIVE NEUROLOGY, VOL. 34, NO. 1, FEBRUARY, 1922		THE JOURNAL OP COMPARATIVE NEUROLOGY, VOL. 34, NO. 1, FEBRUARY, 1922



	Resumen por el autor, Albert Kuntz.		Resumen por el autor, Albert Kuntz.

	Estudios experimentales sobre la histogenesis del sistema nervioso		Estudios experimentales sobre la histogenesis del sistema nervioso del simpatico.

	del simpatico.

	El alitor ha extirpado 6 destruido total o parcialmente el sistema nervioso cerebro-espinal en una serie de segmentos o en toda la region del tronco de embriones de rana y polio, antes de que las celulas de origen cerebro-espinal hayan comenzado a emigrar hacia la periferia. Se dejo continuar el desarrollo del embrion durante tres a cinco dias despues de la operacion. Un estudio de estos embriones has puesto de manifiesto los siguientes hechos: I. La relacion genetica de los sistemas simpatico y cerebro-espinal qiieda demostrada experimentalmente. 2. Los esbozos de los troncos del simpatico y los plexos prevertebrales en ausencia de los ganglios espinalis y racices dorsales se originan exclusivamente de celulas de origen medular. La mayor parte de las celulas que normalmente se incorporan a los ganglios de los troncos del simpatico y los ganglios prevertebrales se originan en las porciones intermedias de las paredes del tube neural. 3. Celulas de origen medular se incorporan al neurilemma de las fibras eferentes de los nervios espinales. 4. Los plexos esofagico, pulmonar, cardiaco y enterico, con la excepcion de la porcion aboral del tubo digestivo, estan geneticamente relationadoscon los vagos. Se originan a expensas de celulas que avanzan desde los ganglios del vago y las paredes del cerebro posterior a lo largo del trayecto del vago. Una contribuci6n mas tardia de las celulas de los esbozos de los troncos del simpatico a estos plexos no es imposible.		El alitor ha extirpado 6 destruido total o parcialmente el sistema nervioso cerebro-espinal en una serie de segmentos o en toda la region del tronco de embriones de rana y polio, antes de que las celulas de origen cerebro-espinal hayan comenzado a emigrar hacia la periferia. Se dejo continuar el desarrollo del embrion durante tres a cinco dias despues de la operacion. Un estudio de estos embriones has puesto de manifiesto los siguientes hechos: I. La relacion genetica de los sistemas simpatico y cerebro-espinal qiieda demostrada experimentalmente. 2. Los esbozos de los troncos del simpatico y los plexos prevertebrales en ausencia de los ganglios espinalis y racices dorsales se originan exclusivamente de celulas de origen medular. La mayor parte de las celulas que normalmente se incorporan a los ganglios de los troncos del simpatico y los ganglios prevertebrales se originan en las porciones intermedias de las paredes del tube neural. 3. Celulas de origen medular se incorporan al neurilemma de las fibras eferentes de los nervios espinales. 4. Los plexos esofagico, pulmonar, cardiaco y enterico, con la excepcion de la porcion aboral del tubo digestivo, estan geneticamente relationadoscon los vagos. Se originan a expensas de celulas que avanzan desde los ganglios del vago y las paredes del cerebro posterior a lo largo del trayecto del vago. Una contribuci6n mas tardia de las celulas de los esbozos de los troncos del simpatico a estos plexos no es imposible.

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Contents No. 5. OCTOBER

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	{{Ref-Kingsbury1922}}		{{Ref-Kingsbury1922}}

	~~B.F. Kingsbury. The fundamental plan of the vertebrate brain. Thirty-three figures . . 461~~

	Ottorino Rossi. On the afferent paths of the sympathetic nervous system, with special reference to nerve cells of spinal ganglia sending their peripheral processes into the rami communicantes. Seven figures 493		Ottorino Rossi. On the afferent paths of the sympathetic nervous system, with special reference to nerve cells of spinal ganglia sending their peripheral processes into the rami communicantes. Seven figures 493
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	AUTHOR S ABSTRACT OF THIS PAPER ISSUED BY THE BIBLIOGRAPHIC SERVICE, JANUARY 16		AUTHOR S ABSTRACT OF THIS PAPER ISSUED BY THE BIBLIOGRAPHIC SERVICE, JANUARY 16



	===Experimental Studies On The Histogenesis Of The Sympathetic Nervous System===		===Experimental Studies On The Histogenesis Of The Sympathetic Nervous System===

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Contents No. 2. APRIL

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	{{Ref-Bartelmez1922}}		{{Ref-Bartelmez1922}}

	~~G. W. Bartelmez. The origin of the otic and optic primorida in man. Ten figures 201~~

	Davidson Black, The motor nuclei of the cerebral nerves in phylogeny. A study of the phenomena of neurobiotaxis. IV. Aves. Sixteen figures 233		Davidson Black, The motor nuclei of the cerebral nerves in phylogeny. A study of the phenomena of neurobiotaxis. IV. Aves. Sixteen figures 233

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Contents No. 1. FEBRUARY

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	{{Ref-Hines1922}}		{{Ref-Hines1922}}

	~~Marion Hines. Studies in the growth and differentiation of the telencephalon in man. The fissura hippocampi. Fifty-one figures 73~~

	===Contents No. 2. APRIL===		===Contents No. 2. APRIL===

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	University of Minnesota Columbia University		University of Minnesota Columbia University

	^ C. JUDSON HeRRICK, University of Chicago		C. JUDSON HeRRICK, University of Chicago

	i Managing Editor		i Managing Editor
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	===Contents No. 1. FEBRUARY===		===Contents No. 1. FEBRUARY===
			{{Ref-Kuntz1922}}

	Albert ~~Kuxtz~~. Experimental studies on the histogenesis of the sympathetic nervous system. Ten figures 1		Albert Kuntz. Experimental studies on the histogenesis of the sympathetic nervous system. Ten figures 1

	L. S. Ross. Cytology of the lai^,(> nerve cells of the crayfish (Cambarus). Five plates (twenty-one figures) 37		L. S. Ross. Cytology of the lai^,(> nerve cells of the crayfish (Cambarus). Five plates (twenty-one figures) 37

	Marion ~~Hixes~~. Studies in the growth and differentiation of the telencephalon in man. The fissura hippocampi. Fifty-one figures 73		{{Ref-Hines1922}}

			Marion Hines. Studies in the growth and differentiation of the telencephalon in man. The fissura hippocampi. Fifty-one figures 73

	===Contents No. 2. APRIL===		===Contents No. 2. APRIL===

	N.E.McIndoo. The auditory sense of the honey-bee. Twenty-six figures 173		N.E.McIndoo. The auditory sense of the honey-bee. Twenty-six figures 173

			{{Ref-Bartelmez1922}}

	G. W. Bartelmez. The origin of the otic and optic primorida in man. Ten figures 201		G. W. Bartelmez. The origin of the otic and optic primorida in man. Ten figures 201

	Davidson Black, The motor nuclei of the cerebral nerves in phylogeny . A study of the phenomena of neurobiotaxis. IV. Aves. Sixteen figures 233		Davidson Black, The motor nuclei of the cerebral nerves in phylogeny. A study of the phenomena of neurobiotaxis. IV. Aves. Sixteen figures 233

	===Contents No. 3. JUNE===		===Contents No. 3. JUNE===
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	===Contents No. 5. OCTOBER===		===Contents No. 5. OCTOBER===

	Nils Holmgren. Points of view concerning forebrain morphology in lower vertebrates.		Nils Holmgren. Points of view concerning forebrain morphology in lower vertebrates. Forty-two figures (nine plates) 391

	~~Forty~~-~~two figures (nine plates) 391~~		{{Ref-Kingsbury1922}}

	B.F. Kingsbury. The fundamental plan of the vertebrate brain. Thirty-three figures . . 461		B.F. Kingsbury. The fundamental plan of the vertebrate brain. Thirty-three figures . . 461
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	~~STUDIES IN THE GROWTH AND DIFFERENTIATION~~		===Studies In The Growth And Differentiation Of The Telencephalon In Man. The Fissura Hippocampi===

	~~OF THE TELENCEPHALON IN MAN~~. ~~THE~~

	~~FISSURA HIPPOCAMPI~~

	~~MARION HINES~~		Marion Hines

	Hull Laboratory of Anatomy, University of Chicago, and The Carnegie Institution of Washington, Laboratory of Embryology, Baltimore		Hull Laboratory of Anatomy, University of Chicago, and The Carnegie Institution of Washington, Laboratory of Embryology, Baltimore

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	THE JOURNAL OF COMPARATIVE NEUROLOGY		THE JOURNAL OF COMPARATIVE NEUROLOGY
	~~Embryology~~
	~~Navigation~~
	~~Teaching~~
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	~~Embryonic~~
	~~Systems~~
	~~Abnormal~~
	~~Explore~~


	~~Talk:Journal of Comparative Neurology 34 (1922)~~
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	~~THE JOURNAL~~



	OF



	~~COMPARATIVE NEUROLOGY~~



	EDITORIAL BOARD Henry H. Donaldson Adolf Metek		EDITORIAL BOARD Henry H. Donaldson Adolf Metek
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	i Managing Editor		i Managing Editor



	VOLUME 34		VOLUME 34

	FEBRUARY— OCTOBER 1922		FEBRUARY— OCTOBER 1922



	PHILADELPHIA, PA. THE WISTAR INSTITUTE OF ANATOMY AND BIOLOGY		PHILADELPHIA, PA. THE WISTAR INSTITUTE OF ANATOMY AND BIOLOGY

			==CONTENTS==

			===Contents No. 1. FEBRUARY===
	~~^^1~~



	~~CONTENTS~~



	No. 1. FEBRUARY

	Albert Kuxtz. Experimental studies on the histogenesis of the sympathetic nervous system. Ten figures 1		Albert Kuxtz. Experimental studies on the histogenesis of the sympathetic nervous system. Ten figures 1

	L. S. Ross. Cytology of the lai^,(> nerve cells of the crayfish (Cambarus). Five plates		L. S. Ross. Cytology of the lai^,(> nerve cells of the crayfish (Cambarus). Five plates (twenty-one figures) 37

	(twenty-one figures) 37

	Marion Hixes. Studies in the growth and differentiation of the telencephalon in man. The fissura hippocampi. Fifty-one figures 73		Marion Hixes. Studies in the growth and differentiation of the telencephalon in man. The fissura hippocampi. Fifty-one figures 73

	No. 2. APRIL		===Contents No. 2. APRIL===

	N.E.McIndoo. The auditory sense of the honey-bee. Twenty-six figures 173		N.E.McIndoo. The auditory sense of the honey-bee. Twenty-six figures 173
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	Davidson Black, The motor nuclei of the cerebral nerves in phylogeny . A study of the phenomena of neurobiotaxis. IV. Aves. Sixteen figures 233		Davidson Black, The motor nuclei of the cerebral nerves in phylogeny . A study of the phenomena of neurobiotaxis. IV. Aves. Sixteen figures 233

	No. 3. JUNE		===Contents No. 3. JUNE===

	~~H. Saxton Burr. The early development of the cerebral hemispheres in Amblystoma.~~

	~~Twenty-six figures 277~~

	~~Carl Caskey Speidel~~. ~~Further comparative studies~~ in ~~other fishes of cells that are~~		H. Saxton Burr. The early development of the cerebral hemispheres in Amblystoma. Twenty-six figures 277

	homologous to the large irregular glandular cells in the spinal cord of the skates.		Carl Caskey Speidel. Further comparative studies in other fishes of cells that are homologous to the large irregular glandular cells in the spinal cord of the skates. Two plates (thirteen figures) 303

	~~Two plates (thirteen figures) 303~~		Roy L. Moodie. The influence of the lateral-line system on the peripheral osseous elements of fishes and amphibia. Five figures 319

	Roy L. Moodie. The influence of the lateral-line system on the peripheral osseous

	elements of fishes and amphibia. Five figures 319

	J. M. D. Olmsted. Taste fibers and the chorda t>Tnpani nerve. One figure 337		J. M. D. Olmsted. Taste fibers and the chorda t>Tnpani nerve. One figure 337

	No. 4. AUGUST		===Contents No. 4. AUGUST===

	Roy L. Moodie. On the endocranial anatomy of some Oligocene and Pleistocene mammals. Twenty-five figures 343		Roy L. Moodie. On the endocranial anatomy of some Oligocene and Pleistocene mammals. Twenty-five figures 343
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	William A. Hilton. The nervous system of Phoronida. Six figures 381		William A. Hilton. The nervous system of Phoronida. Six figures 381

	No. 5. OCTOBER		===Contents No. 5. OCTOBER===

	Nils Holmgren. Points of view concerning forebrain morphology in lower vertebrates.		Nils Holmgren. Points of view concerning forebrain morphology in lower vertebrates.
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	Forty-two figures (nine plates) 391		Forty-two figures (nine plates) 391

	B.F. Kingsbury. ~~Thefundamentalplanof~~ the vertebrate brain. Thirty-three figures . . 461 Ottorino Rossi. On the afferent paths of the sympathetic nervous system, with special reference to nerve cells of spinal ganglia sending their peripheral processes into the rami communicantes. Seven figures 493		B.F. Kingsbury. The fundamental plan of the vertebrate brain. Thirty-three figures . . 461



	~~111~~



	~~\n ^ "^^~~

			Ottorino Rossi. On the afferent paths of the sympathetic nervous system, with special reference to nerve cells of spinal ganglia sending their peripheral processes into the rami communicantes. Seven figures 493


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	THE JOURNAL OP COMPARATIVE ~~XEUEOI-OGY~~, VOL. 34, NO. 1, FEBRUARY, 1922		THE JOURNAL OP COMPARATIVE NEUROLOGY, VOL. 34, NO. 1, FEBRUARY, 1922


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	~~EXPERIMENTAL STUDIES ON THE HISTOGENESIS OF THE SYMPATHETIC NERVOUS SYSTEM~~		===Experimental Studies On The Histogenesis Of The Sympathetic Nervous System===

			{{Ref-Kuntz1922}}

	~~ALBERT KUNTZ~~		Albert Kuntz

	Department of Anatomy, Saint Louis University School of Medicine		Department of Anatomy, Saint Louis University School of Medicine

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THE JOURNAL OF COMPARATIVE NEUROLOGY