Embryo Collection (page 3)

Flamboyant cuttlefish embryos develop in their eggs
Flamboyant cuttlefish embryos (Metasepia pfefferi) develop in their eggs in Lembeh Strait, Indonesia

Anemonefish eggs develop on the seafloor in Komodo National Park, Indonesia. This tropical area in the western Pacific harbors an extraordinary array of marine organisms

An egg with a developing cuttlefish inside, Sulawesi, Indonesia
An egg with a developing cuttlefish inside, Manado, Sulawesi, Indonesia

Sperm traveling towards egg with cellia

Microscopic view of sperm traveling towards embryo

Cluster of blastomeres forming a developing morula (early stage of embryonic development)

Conceptual image of fertilization

Zygote development 24-36 hours after fertilization

Conceptual image of ovulation in female

Male reproductive sperm entering the egg

Conceptual image of mitosis. Mitosis is the process in the cell cycle by which a cell duplicates into two genetically identical sets of chromosomes

Microscopic view of sperm swimming towards egg

Microscopic view of a blastula during pregnancy. After the cleavage has produced over 100 cells, the embryo is called a blastula

Fetus inside womb

Microscopic view of cell division

Medical illustration of fetus development at 9 weeks

Medical illustration of fetus development at 24 weeks

Evolution of a chicken within an egg, and a chicken recently emerged from the egg
KW478326 Evolution of a chicken within an egg, and a chicken recently emerged from the egg, from El Mundo Ilustrado, published Barcelona, 1880 (colour litho) by European School

MR. DISRAELIs VISIT TO GLASGOW: 1. The Crowd outside the Kibble Palace. 2. Embryo Divines amusing themselves. 3. Cheering the Lord Rector. 4. Capping the Lord Rector. 5. Mr. Disraeli at the Desk. 6

Domestic Cattle, Limousin calves, one-day old, born as part of embryo transplant program to improve genetics, England, November

Picture No. 10873642
Human Embryo (Homo sapiens) Date:

Picture No. 10900284
Slug eggs Date:

Picture No. 10900281
Slug eggs Date:

Picture No. 10876988
Scanning Electron Micrograph (SEM): Early human embryo, one cell removed for genetic analysis Date:

Picture No. 10875812
Light Micrograph of Cavitated Mouse Blastocyst Date:

Picture No. 10875811
Light Micrograph of Mouse Blastocyst Date:

Picture No. 10875797
Light Micrograph of Rat Embryo - The paws of a 17.5 day old Date:

Picture No. 10875799
Light Micrograph of Mouse Embryo - red dye to show bones Date:

Picture No. 10875798
Light Micrograph of Mouse Embryo - red dye to show bones Date:

Picture No. 10875794
Light Micrograph of Rat Embryo without its yolk sac, at 17.5 days Date:

Picture No. 10875795
Light Micrograph of Rat Embryo without its yolk sac, at 17.5 days Date:

Picture No. 10875796
Light Micrograph of Rat Embryo 17.5 days into its gestation period, in sac with placenta Date:

Picture No. 10875792
Light Micrograph of Rat Embryo - 15.5 days into its gestation period - in sac with placenta Date:

Picture No. 10875790
Light Micrograph of Rat Embryo - at 15.5 days, no sac, no placenta Date:

All Professionally Made to Order for Quick Shipping

Embryo - a tiny marvel of life, the beginning of a new existence. In the realm of human biology, the term "embryo" refers to a stage in early development known as the human blastocyst. This remarkable phase marks the formation of various cell types that will eventually give rise to all organs and tissues. But humans are not alone in this journey from conception to birth. Comparative embryology sheds light on our shared ancestry with other species. A fascinating chart created by the Department of Comparative and Human Anatomy at the American Museum of Natural History in 1932 showcases this connection. From fish to man, it reveals striking similarities in embryonic development across different organisms. Take, for instance, a chicken chick nestled within its eggshell after twenty days of incubation. At this point, feathers begin to emerge as delicate wings take shape beneath their protective shell. Similarly captivating is an image capturing developing trout eggs; each one holds immense potential for growth and survival. Pictures numbered 11675528 through 11675525 offer glimpses into these diverse embryos' intricate structures and stages of maturation—a testament to nature's incredible diversity and complexity. Meanwhile, another snapshot displays a ten-day-old chicken embryo still enclosed within its egg—an awe-inspiring sight showcasing how life unfolds even before hatching occurs. Zooming closer into human reproduction, we encounter an astonishing photograph revealing embryo development just 24-36 hours after fertilization (Picture No. 12019792). It captures those crucial initial moments when cells rapidly divide and multiply—laying down foundations for future growth. Lastly, let us not forget about our own kind—the miracle that takes place inside every woman's womb: a human fetus cradled within its amniotic sac (Picture No. XXXXXXXX). As it floats weightlessly amidst nourishing fluids, vital organs form gradually while tiny limbs grow stronger day by day—a testament to both resilience and vulnerability.