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Samples Collection (page 8)

"Exploring the World of Samples

Background imageSamples Collection: DNA MassARRAY analysis C015 / 6517

DNA MassARRAY analysis C015 / 6517
DNA MassARRAY analysis. Technician filling sample plates with resin in a molecular epidemiology lab before running it through a Sequenom DNA MassARRAY machine

Background imageSamples Collection: Damaged concrete, SEM C015 / 5774

Damaged concrete, SEM C015 / 5774
Damaged concrete. Scanning electron microscope of cracks in a sample of concrete that has been damaged through an alkali-silica reaction

Background imageSamples Collection: Damaged concrete, SEM C015 / 5775

Damaged concrete, SEM C015 / 5775
Damaged concrete. Scanning electron microscope of cracks that have formed around a trapped air bubble in a sample of concrete that has been damaged through an alkali-silica reaction

Background imageSamples Collection: Damaged concrete, SEM C015 / 5773

Damaged concrete, SEM C015 / 5773
Damaged concrete. Scanning electron microscope of cracks in a sample of concrete that has been damaged through an alkali-silica reaction

Background imageSamples Collection: Fly ash in concrete, SEM C015 / 5770

Fly ash in concrete, SEM C015 / 5770
Fly ash in concrete. Scanning electron microscope of a conglomeration of spherical particles of fly ash in the cement matrix of a concrete sample

Background imageSamples Collection: Magnesium hydroxide in concrete, SEM C015 / 5769

Magnesium hydroxide in concrete, SEM C015 / 5769
Magnesium in concrete. Scanning electron microscope of magnesium hydroxide crystals in a sample of concrete

Background imageSamples Collection: Damaged concrete, SEM C015 / 5771

Damaged concrete, SEM C015 / 5771
Damaged concrete. Scanning electron microscope of cracks in a sample of concrete that has been damaged through sulphate attack, which has caused the material to expand

Background imageSamples Collection: Calcium aluminate crystals, SEM C015 / 5768

Calcium aluminate crystals, SEM C015 / 5768
Calcium aluminate crystals. Scanning electron microscope of a sample of hydrated calcium aluminates

Background imageSamples Collection: Materials analysis C015 / 5741

Materials analysis C015 / 5741
Materials analysis. Flasks and beakers used for the chemical analysis of materials

Background imageSamples Collection: Laboratory glassware C015 / 5743

Laboratory glassware C015 / 5743
Laboratory glassware

Background imageSamples Collection: Laboratory glassware C015 / 5742

Laboratory glassware C015 / 5742
Laboratory glassware

Background imageSamples Collection: Analysis of cement C015 / 5740

Analysis of cement C015 / 5740
Analysis of cement. Scientist analysing a sample of cement to determination the free lime content. The analysed free lime corresponds to the sum of quicklime (CaO) and hydrated lime, Ca (OH) 2

Background imageSamples Collection: Real-time PCR machine C015 / 3446

Real-time PCR machine C015 / 3446
Real-time PCR (polymerase chain reaction) machine in a laboratory. The PCR technique amplifies small amounts of DNA (deoxyribonucleic acid) and is extensively used in genetics research and analysis

Background imageSamples Collection: Chebarkul meteorite fragment recovery C017 / 8022

Chebarkul meteorite fragment recovery C017 / 8022
Chebarkul meteorite fragment recovery. Ropes and strapping around the largest (as of October 2013) meteorite fragment recovered by divers from Lake Chebarkul

Background imageSamples Collection: Real-time PCR machine C015 / 3445

Real-time PCR machine C015 / 3445
Real-time PCR (polymerase chain reaction) machine in a laboratory. The PCR technique amplifies small amounts of DNA (deoxyribonucleic acid) and is extensively used in genetics research and analysis

Background imageSamples Collection: Bio-organic chemistry lab, France C017 / 7962

Bio-organic chemistry lab, France C017 / 7962
Bio-organic chemistry lab. Scientist working in the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute), University of Rouen, France

Background imageSamples Collection: Bio-organic chemistry lab, France C017 / 7961

Bio-organic chemistry lab, France C017 / 7961
Bio-organic chemistry lab. Scientist working in the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute), University of Rouen, France

Background imageSamples Collection: Bio-organic chemistry lab, France C017 / 7959

Bio-organic chemistry lab, France C017 / 7959
Bio-organic chemistry lab. Scientist working in the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute), University of Rouen, France

Background imageSamples Collection: Bio-organic chemistry lab, France C017 / 7960

Bio-organic chemistry lab, France C017 / 7960
Bio-organic chemistry lab. Scientist working in the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute), University of Rouen, France

Background imageSamples Collection: Bio-organic chemistry lab, France C017 / 7957

Bio-organic chemistry lab, France C017 / 7957
MODEL RELEASED. Bio-organic chemistry lab. Scientist working in the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute), University of Rouen, France

Background imageSamples Collection: Bio-organic chemistry lab, France C017 / 7958

Bio-organic chemistry lab, France C017 / 7958
Bio-organic chemistry lab. Scientist working in the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute), University of Rouen, France

Background imageSamples Collection: Bio-organic chemistry lab, France C017 / 7954

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

Background imageSamples Collection: Bio-organic chemistry lab, France C017 / 7953

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

Background imageSamples Collection: Bio-organic chemistry lab, France C017 / 7952

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)

Background imageSamples Collection: Bio-organic chemistry lab, France C017 / 7950

Bio-organic chemistry lab, France C017 / 7950
MODEL RELEASED. Bio-organic chemistry lab. Scientist analysing samples at the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute), University of Rouen

Background imageSamples Collection: Bio-organic chemistry lab, France C017 / 7951

Bio-organic chemistry lab, France C017 / 7951
Bio-organic chemistry lab. Condenser being used for sample analysis at the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute), University of Rouen, France

Background imageSamples Collection: Bio-organic chemistry lab, France C017 / 7949

Bio-organic chemistry lab, France C017 / 7949
MODEL RELEASED. Bio-organic chemistry lab. Scientist analysing samples at the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute), University of Rouen

Background imageSamples Collection: Bio-organic chemistry lab, France C017 / 7947

Bio-organic chemistry lab, France C017 / 7947
MODEL RELEASED. Bio-organic chemistry lab. Scientist analysing samples at the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute), University of Rouen

Background imageSamples Collection: Centrifuge C015 / 3413

Centrifuge C015 / 3413
MODEL RELEASED. Centrifuge. Scientist loading test tubes into a centrifuge

Background imageSamples Collection: Cancer research, France C017 / 7936

Cancer research, France C017 / 7936
Cancer research. Researcher holding rhodamine and coumarin fluorophore samples used to detect cancer cells. These chemicals are used as fluorescent markers for bio-analytical

Background imageSamples Collection: Charles Sternberg, US fossil collector C016 / 5055

Charles Sternberg, US fossil collector C016 / 5055
Charles Hazelius Sternberg (1850-1943), US fossil collector and amateur palaeontologist. Sternberg and later his sons were renowned fossil collectors

Background imageSamples Collection: Conrad Gessner, Swiss naturalist C016 / 4884

Conrad Gessner, Swiss naturalist C016 / 4884
Conrad Gessner (1516-1565), Swiss naturalist. Gessner compiled a comprehensive survey (Historiae animalium) of the animal kingdom, presenting known facts, rather than myths

Background imageSamples Collection: Liquid samples C016 / 3799

Liquid samples C016 / 3799
Liquid samples in glass vials. Photographed at the National Physical Laboratory, Teddington, UK

Background imageSamples Collection: Liquid samples C016 / 3798

Liquid samples C016 / 3798
Liquid samples in glass vials. Photographed at the National Physical Laboratory, Teddington, UK

Background imageSamples Collection: Liquid samples C016 / 3795

Liquid samples C016 / 3795
Liquid samples in glass vials. Photographed at the National Physical Laboratory, Teddington, UK

Background imageSamples Collection: Liquid samples C016 / 3797

Liquid samples C016 / 3797
Liquid samples in glass vials. Photographed at the National Physical Laboratory, Teddington, UK

Background imageSamples Collection: Liquid samples C016 / 3794

Liquid samples C016 / 3794
Liquid samples in glass vials. Photographed at the National Physical Laboratory, Teddington, UK

Background imageSamples Collection: Liquid samples C016 / 3793

Liquid samples C016 / 3793
Liquid samples in glass vials. Photographed at the National Physical Laboratory, Teddington, UK

Background imageSamples Collection: Real-time PCR machine C016 / 3124

Real-time PCR machine C016 / 3124
Real-time PCR (polymerase chain reaction) machine in a molecular biology laboratory. The PCR technique amplifies small amounts of DNA (deoxyribonucleic acid)

Background imageSamples Collection: Biomedical laboratory C016 / 3121

Biomedical laboratory C016 / 3121
Biomedical laboratory. Samples being weighed on a mechanical balance before being put in a centrifuge

Background imageSamples Collection: Biomedical laboratory C016 / 3120

Biomedical laboratory C016 / 3120
Biomedical laboratory. Samples being weighed on a mechanical balance before being put in a centrifuge

Background imageSamples Collection: Carbon dioxide incubator C016 / 3112

Carbon dioxide incubator C016 / 3112
Carbon dioxide incubator. Cell cultures inside a carbon dioxide incubator

Background imageSamples Collection: Carbon dioxide incubator C016 / 3111

Carbon dioxide incubator C016 / 3111
Carbon dioxide incubator. Cell cultures inside a carbon dioxide incubator

Background imageSamples Collection: Carbon dioxide incubator C016 / 3110

Carbon dioxide incubator C016 / 3110
Carbon dioxide incubator. Cell cultures inside a carbon dioxide incubator

Background imageSamples Collection: Stardust-NExT approaching comet, artwork C016 / 3064

Stardust-NExT approaching comet, artwork C016 / 3064
Stardust-NExT approaching comet. Computer artwork of NASAs Stardust-NExT robotic space probe approaching comet Tempel 1 to collect dust samples

Background imageSamples Collection: Chondrite meteorite C013 / 7777

Chondrite meteorite C013 / 7777
Chondrite meteorite. Meteorite GRO95505 that was found in the Grosvenor Mountains, Antarctica. The exterior of this ordinary chondrite is covered with black fractured fusion crust on most of its

Background imageSamples Collection: Chondrite meteorite C013 / 7776

Chondrite meteorite C013 / 7776
Chondrite meteorite. Meteorite that has been split open to reveal its internal structure. This is meteorite GRO95544 that was found in the Grosvenor Mountains, Antarctica

Background imageSamples Collection: HED meteorites, light micrograph C013 / 7774

HED meteorites, light micrograph C013 / 7774
HED meteorites. Polarised light micrograph of thin sections of two HED (howardite, eucrite and diogenite) meteorites recovered from Antarctica, showing the crystalline structure




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"Exploring the World of Samples: From Mandarin Wallpaper to Truffle Hunting Dogs" The intricate beauty of the Mandarin wallpaper design takes us on a journey through ancient Chinese artistry. Join us in unearthing the secrets of truffle hunting dogs from the 19th century, as they embark on their aromatic adventures. Step into an Egyptian shop interior and immerse yourself in its rich culture, where every corner tells a story. Delve into the fascinating world of science with electrophoresis of RNA, unraveling genetic mysteries one sample at a time. Witness how a brewer meticulously takes samples during the beer-making process, ensuring quality and consistency for your enjoyment. Discover samarium's unique properties that make it an essential element in various industries, from electronics to medicine. Politicians and dignitaries come together to savor delectable samples at a food expo, fostering connections over shared culinary experiences. Indulge your taste buds with an enticing Danish food promotion counter inside our store - try before you buy. Marvel at Boeing WC-135B Constant Phoenix 61-2666 as it collects air samples high above, safeguarding our skies against nuclear threats. Plate xxvii from Studies in Design showcases vibrant colors and intricate patterns that inspire creativity across generations. Plate xiv from Studies in Design captivates with its harmonious blend of hues and shapes, inviting artistic exploration like never before. Embark on a tea-filled voyage aboard the Loudoun Castle ship from Hankow, China.