Snake embryo specimens used here to study the development of the snake pulmonary arteries and lungs.

On the main branches of the pulmonary artery in some Viperidae

Brongersma, L.D.

January 1949

In all snakes, the Boidae and Xenopeltidae excepted, only the right lung is well developed, while th...

Fig. 1. N in Obtaining Oviparous Grass Snake, Natrix Natrix (Serpentes, Colubridae), Embryos At Early Developmental Stages By Caesarean Section

Sheverdyukova, H. V.
Merzlikin, I. R.

December 2021

Fig. 1. N. natrix embryos at developmental stages A. 20. B. 22. C. 24. D. 25. E. 26. F. 27: av —audi...

Stable isotope tracer reveals that viviparous snakes transport amino acids to offspring during gestation

Van Dyke, James U. (R18108)
Beaupre, Steven J.

January 2012

Viviparity and placentation have evolved from oviparity over 100 times in squamate reptiles (lizards...

Snake specimens used here to study snake lungs and pulmonary artery anatomy and the associated results.

Benjamin J. van Soldt (681142)
Brian D. Metscher (673853)
Robert E. Poelmann (385410)
Bart Vervust (681143)
Freek J. Vonk (681144)
Gerd B. Müller (673854)
Michael K. Richardson (215709)

January 2015

*PA = Pulmonary artery.Snake specimens used here to study snake lungs and pulmonary arte...

Summary of some variations in the morphology of the lungs and pulmonary artery types in selected snake taxa (based on our own observations and Ref. [12]).

Benjamin J. van Soldt (681142)
Brian D. Metscher (673853)
Robert E. Poelmann (385410)
Bart Vervust (681143)
Freek J. Vonk (681144)
Gerd B. Müller (673854)
Michael K. Richardson (215709)

January 2015

*PA = Pulmonary Artery.Summary of some variations in the morphology of the lungs and pul...

Reptiles: snake: embryology: heart

Sebben, Antonio

May 2011

Educação Superior::Ciências Biológicas::MorfologiaEducação Superior::Ciências Biológicas::Biologia G...

Heterochrony and early left-right asymmetry in the development of the cardiorespiratory system of snakes.

Benjamin J van Soldt
Brian D Metscher
Robert E Poelmann
Bart Vervust
Freek J Vonk
Gerd B Müller
Michael K Richardson

Snake lungs show a remarkable diversity of organ asymmetries. The right lung is always fully develop...

Obtaining Oviparous Grass Snake Natrix natrix (Serpentes, Colubridae), embryos at Early Developmental Stages by Caesarean Section

H. Sheverdyukova
I. R. Merzlikin

June 2021

There is a specific feature in the developmental biology of oviparous snakes: embryos in the eggs, ...

Overview of some variations in the morphology of the lungs in selected snake taxa based on the literature.

Benjamin J. van Soldt (681142)
Brian D. Metscher (673853)
Robert E. Poelmann (385410)
Bart Vervust (681143)
Freek J. Vonk (681144)
Gerd B. Müller (673854)
Michael K. Richardson (215709)

January 2015

Overview of some variations in the morphology of the lungs in selected snake taxa based on the li...

Reptiles: snake: embryology: somites

Sebben, Antonio

October 2016

Ensino Médio::BiologiaEducação Superior::Ciências Biológicas::MorfologiaEducação Superior::Ciências ...

Heterochrony and Early Left-Right Asymmetry in the Development of the Cardiorespiratory System of Snakes

van Soldt, Benjamin J. (Institute of Biology, University of Leiden)
Metscher, Brian D. (University of Vienna)
Poelmann, Robert E. (Department of Anatomy and Embryology, Leiden University Medical Center)
Vervust, Bart (Department of Biology, University of Antwerp)
Vonk, Freek J. (Institute of Biology, University of Leiden)
Müller, Gerd B. (University of Vienna)
Richardson, Michael K. (Institute of Biology, University of Leiden)

January 2015

Snake lungs show a remarkable diversity of organ asymmetries. The right lung is always fully develop...

Reptiles: snake: embryology: heart and nervous system

Sebben, Antonio

May 2011

Educação Superior::Ciências Biológicas::Biologia GeralEducação Superior::Ciências Biológicas::Morfol...

METABOLISM OF THE BLACK SNAKE EMBRYO II. RESPIRATORY EXCHANGE

Hugh Clark

January 1952

Bohr (1904) reported CO2 production of an embryo of Natrix natrix, weighing 0-46 g., to be 120 mm.3/...

Reptiles: snake: embryology: sensory systems

Sebben, Antonio

May 2011

Educação Superior::Ciências Agrárias::Medicina VeterináriaEducação Superior::Ciências Biológicas::Bi...

Immunoperoxidase detection of ophidian paramyxovirus in snake lung using a polyclonal antibody.

Homer, B L
Sundberg, J P
Gaskin, J M
Schumacher, J
Jacobson, E R

January 1995

In a retrospective study of proliferative interstitial pneumonia in viperid and nonviperid snakes, f...

On the main branches of the pulmonary artery in some Viperidae

Brongersma, L.D.

January 1949

In all snakes, the Boidae and Xenopeltidae excepted, only the right lung is well developed, while th...

Fig. 1. N in Obtaining Oviparous Grass Snake, Natrix Natrix (Serpentes, Colubridae), Embryos At Early Developmental Stages By Caesarean Section

Sheverdyukova, H. V.
Merzlikin, I. R.

December 2021

Fig. 1. N. natrix embryos at developmental stages A. 20. B. 22. C. 24. D. 25. E. 26. F. 27: av —audi...

Stable isotope tracer reveals that viviparous snakes transport amino acids to offspring during gestation

Van Dyke, James U. (R18108)
Beaupre, Steven J.

January 2012

Viviparity and placentation have evolved from oviparity over 100 times in squamate reptiles (lizards...

Snake specimens used here to study snake lungs and pulmonary artery anatomy and the associated results.

Benjamin J. van Soldt (681142)
Brian D. Metscher (673853)
Robert E. Poelmann (385410)
Bart Vervust (681143)
Freek J. Vonk (681144)
Gerd B. Müller (673854)
Michael K. Richardson (215709)

January 2015

*PA = Pulmonary artery.Snake specimens used here to study snake lungs and pulmonary arte...

Summary of some variations in the morphology of the lungs and pulmonary artery types in selected snake taxa (based on our own observations and Ref. [12]).

Benjamin J. van Soldt (681142)
Brian D. Metscher (673853)
Robert E. Poelmann (385410)
Bart Vervust (681143)
Freek J. Vonk (681144)
Gerd B. Müller (673854)
Michael K. Richardson (215709)

January 2015

*PA = Pulmonary Artery.Summary of some variations in the morphology of the lungs and pul...

Reptiles: snake: embryology: heart

Sebben, Antonio

May 2011

Educação Superior::Ciências Biológicas::MorfologiaEducação Superior::Ciências Biológicas::Biologia G...

Heterochrony and early left-right asymmetry in the development of the cardiorespiratory system of snakes.

Benjamin J van Soldt
Brian D Metscher
Robert E Poelmann
Bart Vervust
Freek J Vonk
Gerd B Müller
Michael K Richardson

Snake lungs show a remarkable diversity of organ asymmetries. The right lung is always fully develop...

Obtaining Oviparous Grass Snake Natrix natrix (Serpentes, Colubridae), embryos at Early Developmental Stages by Caesarean Section

H. Sheverdyukova
I. R. Merzlikin

June 2021

There is a specific feature in the developmental biology of oviparous snakes: embryos in the eggs, ...

Overview of some variations in the morphology of the lungs in selected snake taxa based on the literature.

Benjamin J. van Soldt (681142)
Brian D. Metscher (673853)
Robert E. Poelmann (385410)
Bart Vervust (681143)
Freek J. Vonk (681144)
Gerd B. Müller (673854)
Michael K. Richardson (215709)

January 2015

Overview of some variations in the morphology of the lungs in selected snake taxa based on the li...

Reptiles: snake: embryology: somites

Sebben, Antonio

October 2016

Ensino Médio::BiologiaEducação Superior::Ciências Biológicas::MorfologiaEducação Superior::Ciências ...

Heterochrony and Early Left-Right Asymmetry in the Development of the Cardiorespiratory System of Snakes

van Soldt, Benjamin J. (Institute of Biology, University of Leiden)
Metscher, Brian D. (University of Vienna)
Poelmann, Robert E. (Department of Anatomy and Embryology, Leiden University Medical Center)
Vervust, Bart (Department of Biology, University of Antwerp)
Vonk, Freek J. (Institute of Biology, University of Leiden)
Müller, Gerd B. (University of Vienna)
Richardson, Michael K. (Institute of Biology, University of Leiden)

January 2015

Snake lungs show a remarkable diversity of organ asymmetries. The right lung is always fully develop...

Reptiles: snake: embryology: heart and nervous system

Sebben, Antonio

May 2011

Educação Superior::Ciências Biológicas::Biologia GeralEducação Superior::Ciências Biológicas::Morfol...

METABOLISM OF THE BLACK SNAKE EMBRYO II. RESPIRATORY EXCHANGE

Hugh Clark

January 1952

Bohr (1904) reported CO2 production of an embryo of Natrix natrix, weighing 0-46 g., to be 120 mm.3/...

Reptiles: snake: embryology: sensory systems

Sebben, Antonio

May 2011

Educação Superior::Ciências Agrárias::Medicina VeterináriaEducação Superior::Ciências Biológicas::Bi...

Immunoperoxidase detection of ophidian paramyxovirus in snake lung using a polyclonal antibody.

Homer, B L
Sundberg, J P
Gaskin, J M
Schumacher, J
Jacobson, E R

January 1995

In a retrospective study of proliferative interstitial pneumonia in viperid and nonviperid snakes, f...

On the main branches of the pulmonary artery in some Viperidae

Brongersma, L.D.

January 1949

In all snakes, the Boidae and Xenopeltidae excepted, only the right lung is well developed, while th...

Fig. 1. N in Obtaining Oviparous Grass Snake, Natrix Natrix (Serpentes, Colubridae), Embryos At Early Developmental Stages By Caesarean Section

Sheverdyukova, H. V.
Merzlikin, I. R.

December 2021

Fig. 1. N. natrix embryos at developmental stages A. 20. B. 22. C. 24. D. 25. E. 26. F. 27: av —audi...

Stable isotope tracer reveals that viviparous snakes transport amino acids to offspring during gestation

Van Dyke, James U. (R18108)
Beaupre, Steven J.

January 2012

Viviparity and placentation have evolved from oviparity over 100 times in squamate reptiles (lizards...

Snake embryo specimens used here to study the development of the snake pulmonary arteries and lungs.

Abstract

Extracted data

Snake embryo specimens used here to study the development of the snake pulmonary arteries and lungs.

Abstract

Extracted data

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