Book - An experimental analysis of the origin of blood and vascular endothelium (1915) 1

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Stockard CR. An experimental analysis of the origin of blood and vascular endothelium. (1915) Memoirs of the Wistar Institute of Anatomy and Biology No. 7.

CONTENTS

I. Introduction

II. Methods of experiment and material

III. The study of living embryos with and without the circulation of the blood

1. Normal development up to the establishment of a circulation

2. History of experimental embryos to the time when circulation should begin

3. Early formation of blood cells in living embryos

a. Intra-embryonic blood cells

b. Yolk-sac blood islands

4. The five-day embryos

5. The eight- and ten-day embryos

6. Condition of the heart in old embryos without a circulation

7. Development of the yolk-sac blood islands in life

IV. The origin and histogenesis of vascular endothelium and blood corpuscles as determined by study of microscopic sections

1. The structure of the heart in embryos without a circulation

2. The intermediate cell mass; its origin, position and significance as an intra-embryonic blood anlage

3. Blood islands of the yolk-sac, their origin and development

4. Fate of ihe blood corpuscles in embryos without a circulation

5. Has vascular endothelium haematopeotic power?

6. The origin of lymphocytes and leucocytes or so-called white blood corpuscles

7. Environmental conditions necessary for blood cell multiplication and differentiation

8. Question of haematopoetic organs?

V. A consideration of the experimental study on the origin of blood in Teleosts in relation to the more recent studies on the origin and development of vessels and blood cells

1. Introduction

2. The specific problems of blood and vessel formation in the bony fish

3. Vascular endothelium, and vascular growth and development

4. Haematopoesis, the monophyletic and polyphyletic views, etc

VI. Summary and conclusions

Literature cited


CHARLES R. STOCKARD

CONTENTS

I. Introduction

II. Methods of experiment and material

III. The study of living embryos with and without the circulation of the blood

1. Normal development up to the establishment of a circulation

2. History of experimental embryos to the time when circulation should begin

3. Early formation of blood cells in living embryos

a. Intra-embryonic blood cells

b. Yolk-sac blood islands

4. The five-day embryos

5. The eight- and ten-day embryos

6. Condition of the heart in old embryos without a circulation

7. Development of the yolk-sac blood islands in life

IV. The origin and histogenesis of vascular endothelium and blood corpuscles as determined by study of microscopic sections

1. The structure of the heart in embryos without a circulation

2. The intermediate cell mass; its origin, position and significance as an intra-embryonic blood anlage

3. Blood islands of the yolk-sac, their origin and development

4. Fate of ihe blood corpuscles in embryos without a circulation

5. Has vascular endothelium haematopeotic power?

6. The origin of lymphocytes and leucocytes or so-called white blood corpuscles

7. Environmental conditions necessary for blood cell multiplication and differentiation

8. Question of haematopoetic organs?

V. A consideration of the experimental study on the origin of blood in Teleosts in relation to the more recent studies on the origin and development of vessels and blood cells

1. Introduction

2. The specific problems of blood and vessel formation in the bony fish

3. Vascular endothelium, and vascular growth and development

4. Haematopoesis, the monophyletic and polyphyletic views, etc

VI. Summary and conclusions

Literature cited


CHARLES R. STOCKARD