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Cloning Collection

"Unlocking the Secrets of Cloning: From Spare Kidneys to Futuristic Human Hatching" Step into a world where spare kidneys and futuristic human cloning take center stage

Background imageCloning Collection: Spare kidneys

Spare kidneys. Conceptual computer artwork of spare kidneys stored in jars. This may represent the growth of human tissue to produce material for transplant surgery to replace defective or old body

Background imageCloning Collection: Amazing Stories Scifi magazine cover - Futuristic Human Cloning

Amazing Stories Scifi magazine cover - Futuristic Human Cloning
THE 4-SIDED TRIANGLE, by William F Temple. A scientist clones the body of a young woman in his laboratory in this futuristic science fiction magazine cover 1939

Background imageCloning Collection: Mother of thousands (Kalanchoe daigremontiana), viviparous growth with vegetative

Mother of thousands (Kalanchoe daigremontiana), viviparous growth with vegetative propagation of plantlets on leaf margins. In cultivation

Background imageCloning Collection: Human babies hatching from chicken eggs (colour litho)

Human babies hatching from chicken eggs (colour litho)
2816192 Human babies hatching from chicken eggs (colour litho) by English School, (20th century); Private Collection; (add.info.: Human babies hatching from chicken eggs)

Background imageCloning Collection: Futuristic Human Cloning, Amazing Stories Scifi Magazine Cover

Futuristic Human Cloning, Amazing Stories Scifi Magazine Cover
THE 4-SIDED TRIANGLE, by William F Temple. A scientist clones the body of a young woman in his laboratory in this futuristic science fiction magazine cover

Background imageCloning Collection: Hydra budding, SEM

Hydra budding, SEM
Hydra budding. Coloured scanning electron micrograph (SEM) of a Hydra sp. freshwater hydrozoan budding. Hydra commonly reproduce by budding - a form of asexual reproduction in which a new organism

Background imageCloning Collection: Hydra budding C014 / 4856

Hydra budding C014 / 4856
Hydra budding. Coloured scanning electron micrograph (SEM) of a Hydra viridis freshwater hydrozoan. Hydra viridis commonly reproduces by budding, as seen here

Background imageCloning Collection: Teak planting, Malaysia C013 / 4607

Teak planting, Malaysia C013 / 4607
Teak planting, YSG Biotech, Sabah, Malaysia. Four-month old teak plantlets are planted at a nursery. These plants were grown from cloned tissue samples

Background imageCloning Collection: Teak cloning, Malaysia

Teak cloning, Malaysia
Teak cloning, YSG Biotech, Sabah, Malaysia

Background imageCloning Collection: Teak cloning C013 / 4605

Teak cloning C013 / 4605
Teak cloning, YSG Biotech, Sabah, Malaysia. The teak plantlets are prepared for shipping by trimming tissue callus and placing them in a strile container

Background imageCloning Collection: Teak cloning C013 / 4604

Teak cloning C013 / 4604
Teak cloning, YSG Biotech, Sabah, Malaysia. The teak plantlets are prepared for shipping by trimming tissue callus and placing them in a strile container

Background imageCloning Collection: Human genetic engineering

Human genetic engineering. Conceptual computer artwork representing the genetic engineering of humans. Sperm cells labelled with bar codes are seen

Background imageCloning Collection: Human cloning, conceptual artwork F006 / 3581

Human cloning, conceptual artwork F006 / 3581
Human cloning, conceptual computer artwork

Background imageCloning Collection: Human cloning, conceptual artwork F006 / 3580

Human cloning, conceptual artwork F006 / 3580
Human cloning, conceptual computer artwork

Background imageCloning Collection: Human cloning, conceptual artwork F006 / 3579

Human cloning, conceptual artwork F006 / 3579
Human cloning, conceptual computer artwork

Background imageCloning Collection: Human cloning, conceptual artwork F006 / 3578

Human cloning, conceptual artwork F006 / 3578
Human cloning, conceptual computer artwork

Background imageCloning Collection: Human genome, conceptual artwork F008 / 3292

Human genome, conceptual artwork F008 / 3292
Human genome, conceptual computer artwork

Background imageCloning Collection: Human cloning, conceptual artwork F005 / 0397

Human cloning, conceptual artwork F005 / 0397
Human cloning, conceptual computer artwork

Background imageCloning Collection: Human cloning, conceptual artwork F005 / 0438

Human cloning, conceptual artwork F005 / 0438
Human cloning, conceptual computer artwork

Background imageCloning Collection: Human cloning, conceptual artwork F005 / 0396

Human cloning, conceptual artwork F005 / 0396
Human cloning, conceptual computer artwork

Background imageCloning Collection: Human cloning, conceptual artwork F005 / 0395

Human cloning, conceptual artwork F005 / 0395
Human cloning, conceptual computer artwork

Background imageCloning Collection: Human cloning, conceptual artwork F005 / 0216

Human cloning, conceptual artwork F005 / 0216
Human cloning, conceptual computer artwork

Background imageCloning Collection: Designer babies, conceptual artwork F006 / 8957

Designer babies, conceptual artwork F006 / 8957
Designer babies, conceptual computer artwork

Background imageCloning Collection: Human cloning, conceptual artwork F006 / 9851

Human cloning, conceptual artwork F006 / 9851
Human cloning, conceptual computer artwork

Background imageCloning Collection: Spare body parts, conceptual artwork C016 / 7528

Spare body parts, conceptual artwork C016 / 7528
Spare body parts, conceptual computer artwork

Background imageCloning Collection: Organ bank, conceptual artwork

Organ bank, conceptual artwork
Organ bank, conceptual computer artwork. Various human organs and body parts growing in beakers in a laboratory

Background imageCloning Collection: Teak cloning C013 / 4606

Teak cloning C013 / 4606
Teak cloning, YSG Biotech, Sabah, Malaysia. Six-week old teak plantlets grown from cloned tissues. These will be grown on a teak plantation

Background imageCloning Collection: Teak cloning C013 / 4602

Teak cloning C013 / 4602
Teak cloning

Background imageCloning Collection: Plant researcher, Malaysia C013 / 4599

Plant researcher, Malaysia C013 / 4599
Plant researcher, YSG Biotech in Kota Kinabalu, Sabah, Malaysia. She is holding glass tubes containing micropropagated plantlets of teak (Tectona grandis) grown in sterile tissue culture

Background imageCloning Collection: Plant researcher, Malaysia C013 / 4600

Plant researcher, Malaysia C013 / 4600
Plant researcher, YSG Biotech in Kota Kinabalu, Sabah, Malaysia. She is holding glass tubes containing micropropagated plantlets of teak (Tectona grandis) grown in sterile tissue culture

Background imageCloning Collection: Plant researcher, Malaysia C013 / 4598

Plant researcher, Malaysia C013 / 4598
Plant researcher, YSG Biotech in Kota Kinabalu, Sabah, Malaysia. She is holding test tubes containing micropropagated plantlets of teak (Tectona grandis) in sterile tissue culture

Background imageCloning Collection: Online identity theft, conceptual artwork C013 / 4696

Online identity theft, conceptual artwork C013 / 4696
Online identity theft, conceptual computer artwork

Background imageCloning Collection: Identity theft, conceptual artwork C013 / 4694

Identity theft, conceptual artwork C013 / 4694
Identity theft, conceptual computer artwork

Background imageCloning Collection: Identity theft, conceptual artwork C013 / 4693

Identity theft, conceptual artwork C013 / 4693
Identity theft, conceptual computer artwork

Background imageCloning Collection: Faces & fingerprint

Faces & fingerprint
Faces with fingerprint. Computer illustration of a fingerprint seen over repeated negative images of a womans face. Everyone has a unique pattern of tiny ridges on their fingertips

Background imageCloning Collection: Twins dummies

Twins dummies. Identical twins are formed when a fertilised egg divides into two cells. Identical twins have the same DNA, and are essentially clones of each other

Background imageCloning Collection: Parents and babies, conceptual artwork

Parents and babies, conceptual artwork. The babies (white, upper left) are seen in a tree. This may represent concepts such as childbirth myths, adoption, genetic selection and screening

Background imageCloning Collection: Brains in petri dishes, conceptual image

Brains in petri dishes, conceptual image
Brains in petri dishes, conceptual artwork

Background imageCloning Collection: Dolls

Dolls

Background imageCloning Collection: Dolls

Dolls. Assorted plastic toy figures representing young children

Background imageCloning Collection: Spare body parts

Spare body parts. Computer artwork of human torsos for use as spare parts. They may have been grown for use, or obtained from dead bodies

Background imageCloning Collection: Spare hearts

Spare hearts. Conceptual computer artwork of spare hearts stored in jars, overlaid with the banding (pink & white) of a DNA autoradiogram

Background imageCloning Collection: Roslin Institute

Roslin Institute, Edinburgh, Scotland, the research centre where the British researchers Ian Wilmut and Keith Campbell created Dolly the sheep in 1996

Background imageCloning Collection: Cloned rabbits

Cloned rabbits. Female researcher holding cloned rabbits. A clone is a genetically identical copy of an organism. In cloning

Background imageCloning Collection: Cow biotechnology

Cow biotechnology, conceptual image. This could represent animal cloning for either food or organ harvesting. It could also represent genetic research or genetically modified organisms

Background imageCloning Collection: Cloned babies

Cloned babies. Conceptual computer artwork of identical cloned babies. Cloning exactly copies an organism by implanting its genetic material or DNA (deoxyribonucleic acid)

Background imageCloning Collection: Cloned woman, conceptual image

Cloned woman, conceptual image
MODEL RELEASED. Cloned woman. Conceptual image of a cloned woman represented by identical half faces side by side. Cloning is a process by which a genetically identical copy of an organism is made

Background imageCloning Collection: Art of cloned human babies

Art of cloned human babies
Human cloning. Conceptual computer illustration of human cloning showing identical crawling babies. Cloning is a method of producing a genetically identical copy of an organism



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"Unlocking the Secrets of Cloning: From Spare Kidneys to Futuristic Human Hatching" Step into a world where spare kidneys and futuristic human cloning take center stage. As we delve into the realm of cloning, prepare to be amazed by the possibilities that lie ahead. Imagine a future where medical advancements allow us to grow spare organs, like spare kidneys, through the power of cloning. No longer will patients have to wait for organ transplants; instead, they can rely on their own cloned organs for a second chance at life. In this amazing story from an old SciFi magazine cover, we catch a glimpse of what could be our reality in years to come – human babies hatching from chicken eggs. A mind-boggling concept indeed. Could it be possible that one day humans might find alternative ways to bring new life into this world? Nature itself showcases its viviparous growth with plants like the Mother of Thousands (Kalanchoe daigremontiana), which reproduces vegetatively by producing tiny plantlets along its leaves. This natural phenomenon mirrors some aspects and highlights how life finds unique ways to multiply and thrive. But let's not forget about our marine friends as well. The reflection of a juvenile green turtle (Chelonia mydas) in a window surface reminds us that even in nature, there are hints of replication and regeneration. Just as these turtles embark on their journey towards adulthood, so too does humanity explore avenues such as cloning for its own evolution. Zooming in further under the microscope reveals Hydra budding - small organisms capable of self-replication through budding. These microscopic creatures demonstrate how simple organisms can clone themselves effortlessly, giving rise to identical copies without sexual reproduction. Taking inspiration from nature's wonders, scientists have also ventured into teak planting using advanced techniques like teak cloning in Malaysia. By propagating genetically identical trees through tissue culture methods, researchers aim to enhance the growth and yield of this valuable timber species.