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In Vitro Fertilisation Collection

"In Vitro Fertilisation: A Revolutionary Breakthrough in Reproductive Science" In 1978, the world witnessed a groundbreaking moment as Louise Brown

Background imageIn Vitro Fertilisation Collection: The parents of Louise Brown, the worlds first baby born by IVF

The parents of Louise Brown, the worlds first baby born by IVF, arrive home with their daughter in a private ambulance. 6th August 1978

Background imageIn Vitro Fertilisation Collection: Neighbours celebrate the birth of the test tube baby - the world

Neighbours celebrate the birth of the test tube baby - the worlds first baby born by IVF. 26th July 1978

Background imageIn Vitro Fertilisation Collection: TEST-TUBE BABY, 1978. Front page of the London, England, Evening News, 27 July 1978

TEST-TUBE BABY, 1978. Front page of the London, England, Evening News, 27 July 1978, announcing the birth of Louise Brown, the worlds first test-tube baby, conceived by in vitro fertilization

Background imageIn Vitro Fertilisation Collection: Ole Schou, Danish sperm bank founder

Ole Schou, Danish sperm bank founder
Ole Schou (born 1954), Danish sperm bank founder, holding a cartoon depiction of a sperm (male sex cell). Schou is the CEO of Cryos International Sperm Bank, which he founded in 1987

Background imageIn Vitro Fertilisation Collection: In vitro fertilisation, artwork F007 / 8514

In vitro fertilisation, artwork F007 / 8514
In vitro fertilisation, computer artwork

Background imageIn Vitro Fertilisation Collection: Cryostorage F008 / 3584

Cryostorage F008 / 3584
Cryostorage. Liquid nitrogen being poured into a canister

Background imageIn Vitro Fertilisation Collection: Harvested human eggs F008 / 3569

Harvested human eggs F008 / 3569
Harvested human eggs. These eggs will be used for in vitro fertilisation (IVF) treatment

Background imageIn Vitro Fertilisation Collection: Egg storage for IVF F008 / 3576

Egg storage for IVF F008 / 3576
Egg storage for in vitro fertilisation (IVF). Tube of eggs in cryogenic (frozen) storage

Background imageIn Vitro Fertilisation Collection: Cryostorage F008 / 3583

Cryostorage F008 / 3583
Cryostorage. Liquid nitrogen being poured into a canister

Background imageIn Vitro Fertilisation Collection: Egg storage for IVF F008 / 3582

Egg storage for IVF F008 / 3582
Egg storage for in vitro fertilisation (IVF). Tube of eggs in cryogenic (frozen) storage

Background imageIn Vitro Fertilisation Collection: Egg storage for IVF F008 / 3577

Egg storage for IVF F008 / 3577
Egg storage for in vitro fertilisation (IVF). Tube of eggs in cryogenic (frozen) storage

Background imageIn Vitro Fertilisation Collection: Incubator F008 / 3567

Incubator F008 / 3567
Incubator. This incubator is used during in vitro fertilisation (IVF) treatment to keep harvested eggs at body temperature

Background imageIn Vitro Fertilisation Collection: Egg storage for IVF F008 / 3580

Egg storage for IVF F008 / 3580
Egg storage for in vitro fertilisation (IVF). Tube of eggs in cryogenic (frozen) storage

Background imageIn Vitro Fertilisation Collection: Sperm sample F008 / 3604

Sperm sample F008 / 3604
MODEL RELEASED. Sperm sample

Background imageIn Vitro Fertilisation Collection: Harvested human eggs F008 / 3568

Harvested human eggs F008 / 3568
Harvested human eggs. These eggs will be used for in vitro fertilisation (IVF) treatment

Background imageIn Vitro Fertilisation Collection: Sperm sample F008 / 3603

Sperm sample F008 / 3603
MODEL RELEASED. Sperm sample

Background imageIn Vitro Fertilisation Collection: Egg storage for IVF F008 / 3579

Egg storage for IVF F008 / 3579
Egg storage for in vitro fertilisation (IVF). Tube of sperm in cryogenic (frozen) storage

Background imageIn Vitro Fertilisation Collection: Egg storage for IVF F008 / 3581

Egg storage for IVF F008 / 3581
Egg storage for in vitro fertilisation (IVF). Tube of eggs in cryogenic (frozen) storage

Background imageIn Vitro Fertilisation Collection: IVF treatment F008 / 3605

IVF treatment F008 / 3605
MODEL RELEASED. IVF treatment. Woman about to have her eggs harvested for use in in vitro fertilisation (IVF) treatment

Background imageIn Vitro Fertilisation Collection: Egg storage for IVF F008 / 3578

Egg storage for IVF F008 / 3578
Egg storage for in vitro fertilisation (IVF). Tube of eggs in cryogenic (frozen) storage

Background imageIn Vitro Fertilisation Collection: Cryostorage F008 / 3585

Cryostorage F008 / 3585
Cryostorage. Liquid nitrogen being poured into a canister

Background imageIn Vitro Fertilisation Collection: IVF treatment F008 / 3572

IVF treatment F008 / 3572
IVF treatment. Embryo culture dish used for in vitro fertilisation (IVF)

Background imageIn Vitro Fertilisation Collection: In vitro fertilisation, artwork F006 / 8779

In vitro fertilisation, artwork F006 / 8779
In vitro fertilisation, computer artwork

Background imageIn Vitro Fertilisation Collection: In vitro fertilisation, artwork F006 / 8778

In vitro fertilisation, artwork F006 / 8778
In vitro fertilisation, computer artwork

Background imageIn Vitro Fertilisation Collection: IVF treatment, light microscope C016 / 6536

IVF treatment, light microscope C016 / 6536
IVF treatment. Light microscope of human egg cells (large, round) and sperm (small dark ovals with tails) in a petri dish during in vitro fertilisation (IVF)

Background imageIn Vitro Fertilisation Collection: IVF treatment, light microscope C016 / 6535

IVF treatment, light microscope C016 / 6535
IVF treatment. Light microscope of human egg cells (large, round) and sperm (small dark ovals with tails) in a petri dish during in vitro fertilisation (IVF)

Background imageIn Vitro Fertilisation Collection: IVF treatment, light microscope C016 / 6512

IVF treatment, light microscope C016 / 6512
IVF treatment. Light microscope of human egg cells (large, round) and sperm (small dark ovals with tails) in a petri dish during in vitro fertilisation (IVF)

Background imageIn Vitro Fertilisation Collection: Sperm bank sample

Sperm bank sample. Sperm sample seen through a microscope lens. This is done to check the number and quality of the sperm, especially their motility (movement)

Background imageIn Vitro Fertilisation Collection: Human embryo for sale

Human embryo for sale, conceptual computer artwork. Human embryos are fertilised eggs in their earliest stage of development; less than 8 weeks old

Background imageIn Vitro Fertilisation Collection: LM of hatching blastocyst in IVF

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

Background imageIn Vitro Fertilisation Collection: LM of blastocyst (six day embryo) after hatching

LM of blastocyst (six day embryo) after hatching

Background imageIn Vitro Fertilisation Collection: Sperm bank

Sperm bank. Tubes of sperm being removed from frozen (cryogenic) storage. The container is filled with liquid nitrogen, which keeps the sperm stored at approximately -200 degrees Celsius



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"In Vitro Fertilisation: A Revolutionary Breakthrough in Reproductive Science" In 1978, the world witnessed a groundbreaking moment as Louise Brown, the first baby born through in vitro fertilisation (IVF), entered this world. The proud parents of Louise, who had struggled with infertility for years, finally found hope and joy through this remarkable medical procedure. The news of Louise's birth spread like wildfire, captivating not only her parents but also their entire neighborhood. Neighbours rejoiced at the arrival of this "test tube baby, " an extraordinary term coined to describe the miracle that science had achieved. It was a celebration that echoed around the globe - a testament to human resilience and determination. Ole Schou, founder of a Danish sperm bank, played an instrumental role in making IVF accessible to couples facing fertility challenges. His pioneering efforts paved the way for countless families to experience the joy of parenthood. The process itself involved harvesting human eggs from hopeful mothers and combining them with carefully selected sperm samples under controlled laboratory conditions. These precious embryos were then cryogenically stored until they could be implanted into the mother's womb during an opportune time for conception. Artwork depicting IVF showcases its intricate nature - scientists delicately manipulating life on microscopic levels. Cryostorage facilities became essential in preserving these potential lives until they could fulfill their purpose. In vitro fertilisation revolutionized reproductive medicine by offering renewed hope to those struggling with infertility. It shattered barriers previously deemed insurmountable and opened doors for millions longing to experience the joys of parenthood. Today, thanks to advancements in IVF technology and continued research efforts worldwide, countless couples have been blessed with bundles of joy they once thought impossible. The legacy left by Louise Brown's birth continues to inspire future generations towards new frontiers in reproductive science – where dreams are transformed into reality one tiny embryo at a time.