Cryogenic Collection

Frozen sperm, conceptual image. Computer artwork of sperm cells frozen inside a block of ice, representing the long term preservation of donated sperm to be used in fertility treatments

android, ar, augmented reality, beauty, chamber, color image, concept, cryo tube
White female cyborg watching person in cylinder

Chemical reaction F006 / 7185
Chemical reaction. Red liquid boiling inside a flask

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

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

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

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

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

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

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

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

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

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

Filling cryostorage tank. Technician transferring liquid nitrogen from a storage container to a cryostorage flask

Bio-organic chemistry lab, France C017 / 7954
Bio-organic chemistry lab. Cryogenically preserved samples at the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute), University of Rouen, France

Bio-organic chemistry lab, France C017 / 7953
Bio-organic chemistry lab. Scientist with a cryogenically preserved sample at the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute), University of Rouen

Bio-organic chemistry lab, France C017 / 7952
MODEL RELEASED. Bio-organic chemistry lab. Scientist with a cryogenically preserved sample at the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute)

Vacuum flask by Dewar, 1892 C016 / 3685
Dewar flask. Variation on an early design of vacuum flask made by James Dewar in 1892. This consists of two glass flasks, one inside the other, that are joined at the top

Vacuum flask by Dewar, 1892 C016 / 3686
Dewar flask. Variation on an early design of vacuum flask made by James Dewar in 1892. This consists of two glass flasks, one inside the other, that are joined at the top

Vacuum flask by Dewar, 1898 C016 / 3671
Dewar flask. An early design of vacuum flask made by James Dewar in 1898. This consists of two glass flasks, one inside the other, that are joined at the top

Natural gas liquefaction chambers. Heat exchangers used at a liquified natural gas plant to cool natural gas into liquid form so that it can be more easily transported for use as a fuel

Captured aliens, computer artwork. Aliens that have been captured and mounted in display units

Space travel. Computer illustration of people in cryogenic pods in preparation for long distance space travel. The Earth is seen behind

Cryogenics
Cryogenic pods. Computer illustration of people in cryogenic pods. Their bodies are being preserved by storing them at very low temperatures

Computer artwork of a face in a cryogenic freezer
Cryogenic freezer. Computer artwork of a human head in a cryogenic freezer. Cryogenic freezers can preserve cells by storing them at very low temperatures in liquid nitrogen

Cryongenic preservation
Cryogenic preservation. Computer artwork of humans in cryogenic capsules. This could represent the freezing of passengers during space travel

Preserved brain. Conceptual computer artwork of a brain being preserved in a tank

Cryogenic pod, computer artwork
Woman in cryogenic pod, computer artwork. Some companies offer to store dead peoples bodies in freezing pods. They will remain frozen until a time when technology might exist to resurrect the dead

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

Cryostorage of DNA samples in microtubes

Gloved fingers remove DNA sample from cryostorage

Storing genetic material. Researcher removing a tray of vials containing human tissue samples taken from a freezer. The DNA (deoxyribonucleic acid)

Frozen egg cells, artwork
Frozen egg cells. Computer artwork of human egg cells (ova) frozen in a block of ice. Ova are removed from a womans ovaries

Natural gas liquefaction plant
Natural gas. View of a liquefaction plant making liquefied natural gas (LNG). Here a flare stack is used to burn off unwanted hydrocarbon fractions from the LNG which is predominantly methane

Tanker loading natural gas
Natural gas. A tanker being loaded with liquefied natural gas (LNG). LNG is predominantly methane. It is taken as a gas from a production well, then cleaned and dried

Liquid nitrogen fire appliance controls
Fire fighting. Control valves of a liquid nitrogen fire fighting vehicle. Called the AGT-4000, this is intended for fires in contained areas

Liquefied natural gas tanker
Liquefied natural gas transport. View over the tanks of a liquefied natural gas (LNG) tanker. LNG is natural gas that has been filtered and purified then cooled below -162 Celsius

Liquefied natural gas plant
Liquefied natural gas. View of the loading pier of a liquefied natural gas (LNG) production plant, as seen from a tanker. LNG is natural gas that has been filtered

Frozen DNA, conceptual image. Computer artwork showing DNA (deoxyribonucleic acid) molecules frozen in ice cubes

Cryogenic freezers, artwork
Cryogenic freezers, computer artwork. These tall, vertical freezers are used to store human bodies after death. The bodies are frozen using liquid nitrogen

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In the realm of cryogenic technology, a world of frozen possibilities awaits. From the preservation of precious genetic material to mind-bending augmented reality experiences, this conceptual image takes us on a journey through the wonders of cryostorage. At first glance, we are drawn to the sight of a cryo tube, its sleek design hinting at secrets held within. Within this chamber lies frozen sperm, suspended in time and awaiting their chance to fulfill dreams of parenthood. This remarkable feat showcases how science can bridge gaps and offer hope where it once seemed impossible. But cryogenic advancements don't stop there; they extend into the realms of beauty and beyond. Imagine an android adorned with vibrant hues emanating from its very core – an augmented reality masterpiece that blurs the lines between human and machine. With each chemical reaction meticulously orchestrated (F006 / 7185), this fusion creates a mesmerizing color image that captivates our senses. Delving deeper into cryostorage's potential, we uncover another facet: egg storage for IVF (in vitro fertilization). Flickering through various numbered codes (F008 / 3584) like pages in a scientific journal, these eggs hold immense promise for those yearning to start or expand their families. Each code represents countless hopes encapsulated within tiny cells – F008 / 3576, F008 / 3583, F008 / 3582. . The list goes on as fertility becomes less bound by time constraints. As we contemplate these extraordinary achievements in cryogenics, one thing becomes clear: humanity's quest for knowledge knows no bounds. Whether it be freezing life's building blocks or immersing ourselves in breathtaking virtual landscapes powered by AR technology – our fascination with what lies beyond drives us forward. So let us marvel at this glimpse into the world of "cryogenic, " where innovation intertwines with imagination, and is here that science dances hand-in-hand with possibility, offering a tantalizing glimpse into what the future may hold.