Blastocyst Collection

Human blastocyst
Light micrograph of a human blastocyst, an early stage of embryonic development, photographed 4-5 days after fertilisation

Blastocyst, artwork F006 / 2190
Blastocyst. Computer artwork of a 100-cell blastocyst embryo

A blastocyst begins implanting in the wall of the uterus

Microscopic view of stem cell development. In adult organisms, stem cells and progenitor cells act as a repair system for the body, replenishing adult tissues

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

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

Picture No. 10875811
Light Micrograph of Mouse Blastocyst Date:

Blastocyst embryo, light micrograph F008 / 3573
Blastocyst embryo, light micrograph. This embryo is five to six days old

Implanted blastocyst, artwork F006 / 2199
Implanted blastocyst. Computer artwork of a blastocyst embryo implanted in the wall of the uterus (womb)

Blastocyst, artwork F006 / 2197
Blastocyst. Computer artwork of a 100-cell blastocyst embryo

Implanted blastocyst, artwork F006 / 2194
Implanted blastocyst. Computer artwork of a blastocyst embryo implanted in the wall of the uterus (womb)

Blastocyst, artwork F006 / 2198
Blastocyst. Computer artwork of a 58-cell blastocyst embryo

Blastocyst, artwork F006 / 2192
Blastocyst. Computer artwork of a 100-cell blastocyst embryo

Implanted blastocyst, artwork F006 / 2189
Implanted blastocyst. Computer artwork of a blastocyst embryo implanted in the wall of the uterus (womb)

Ovulation and fertilisation, artwork
Ovulation and fertilisation. Computer artwork of the female reproductive system, showing the development of an ovum (egg, small circle) inside an ovary (oval)

LM of hatching blastocyst in IVF
Light micrograph showing a hatching blastocyst, a six days-old human embryo. The blastocyst (left) at six days post-fertilisation is a hollow ball of cells with a fluid centre

LM of blastocyst (six day embryo) after hatching

LM of human blastocyst, 4-5 days post-fertilisatn
Light micrograph (Kohler illumination) of a human blastocyst, an early stage of embryonic development, photographed 4-5 days after fertilisation

Coloured SEM of a hatching blastocyst 5 days old
Hatching blastocyst embryo. Coloured scanning electron micrograph (SEM) of a human embryo at the blastocyst stage, five days after fertilisation

Blastocyst, artwork

Blastocyst implantation, diagram
Blastocyst implantation. Diagram of the blastocyst (lower right), a cellular stage that occurs during human (and all mammalian) reproduction, five days after fertilisation

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The human blastocyst, depicted in artwork F006/2190, is a crucial stage of early embryonic development. This tiny cluster of cells marks the beginning of life as it starts to implant itself into the wall of the uterus. With its microscopic view, we witness the awe-inspiring process of stem cell development within this blastocyst. During pregnancy, this blastocyst transforms into a blastula, as seen through the lens of a microscope in picture No. 10875811 and 10875812. The intricate details captured in these images showcase the complexity and beauty hidden within this minuscule structure. For those struggling with infertility or seeking alternative methods for conception, IVF treatment (depicted in F008/3570 and F008/3571) offers hope by assisting in creating viable blastocysts outside the body before transferring them to the uterus. As we delve deeper into understanding embryonic development, studying and observing these blastocysts provide invaluable insights that can potentially revolutionize reproductive medicine. From their formation to implantation, every step holds immense significance on our journey towards unraveling life's mysteries at its earliest stages. Whether marveling at an artwork or peering through a microscope lens at these remarkable structures like Blastocyst embryo (light micrograph F008 / 3573), one cannot help but be captivated by their potential and significance in shaping human existence.