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Test Tube Collection (#4)

In the world of science and technology, the test tube stands as an iconic symbol of innovation and discovery, and is a vessel that holds endless possibilities

Background imageTest Tube Collection: Test tubes F008 / 2117

Test tubes F008 / 2117
Test tubes

Background imageTest Tube Collection: Plant research, conceptual image F008 / 2116

Plant research, conceptual image F008 / 2116
Plant research, conceptual image

Background imageTest Tube Collection: Microtubes of RNA samples F008 / 2041

Microtubes of RNA samples F008 / 2041
Microtubes of RNA samples

Background imageTest Tube Collection: Pharmaceutical ingredients F008 / 3282

Pharmaceutical ingredients F008 / 3282
Pharmaceutical ingredients

Background imageTest Tube Collection: Beans and pulses in test tubes F007 / 8195

Beans and pulses in test tubes F007 / 8195
Beans and pulses in test tubes

Background imageTest Tube Collection: Chemistry experiment F006 / 8589

Chemistry experiment F006 / 8589
Chemistry experiment

Background imageTest Tube Collection: Chemistry experiment F006 / 8590

Chemistry experiment F006 / 8590
Chemistry experiment

Background imageTest Tube Collection: Pharmaceutical research, conceptual image F006 / 9056

Pharmaceutical research, conceptual image F006 / 9056
Pharmaceutical research, conceptual image

Background imageTest Tube Collection: Rayon research, 1950s C018 / 0661

Rayon research, 1950s C018 / 0661
Rayon research. Close-up of an industrial chemist drawing out filaments of rayon from a test tube. Rayon is a polymer fabric that can be produced in a number of ways

Background imageTest Tube Collection: Discovery of nylon, 1941 re-enactment C018 / 0675

Discovery of nylon, 1941 re-enactment C018 / 0675
Discovery of nylon, 1941 re-enactment. DuPont chemist Julian Hill (1904-1996) carrying out a re-enactment in 1941 of the discovery of nylon in 1935

Background imageTest Tube Collection: Scientist holding a test tube C014 / 4628

Scientist holding a test tube C014 / 4628
Scientist holding a test tube

Background imageTest Tube Collection: 1920s test-tube stand

1920s test-tube stand. Test-tube being held in a 1920s iron stand

Background imageTest Tube Collection: Scientist holding a test tube C014 / 4627

Scientist holding a test tube C014 / 4627
Scientist holding a test tube

Background imageTest Tube Collection: Scientist holding a test tube C014 / 4626

Scientist holding a test tube C014 / 4626
Scientist holding a test tube

Background imageTest Tube Collection: Scientist holding a test tube C014 / 4568

Scientist holding a test tube C014 / 4568
Scientist holding a test tube

Background imageTest Tube Collection: Pipetting liquid into a test tube

Pipetting liquid into a test tube
MODEL RELEASED. Close-up of liquid being pipetted into a test tube

Background imageTest Tube Collection: Sample tubes on ice

Sample tubes on ice. Sample tubes containing coloured liquids stored in dry ice pellets

Background imageTest Tube Collection: Centrifuge C015 / 3413

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

Background imageTest Tube 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 imageTest Tube 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 imageTest Tube Collection: Doctor holding a blood sample C013 / 8842

Doctor holding a blood sample C013 / 8842
Doctor holding a blood sample

Background imageTest Tube Collection: Doctor holding a blood sample C013 / 8841

Doctor holding a blood sample C013 / 8841
Doctor holding a blood sample

Background imageTest Tube 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 imageTest Tube 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 imageTest Tube 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 imageTest Tube Collection: A vaccination station in Connaught, Ireland. Wood engraving, English, 1880

A vaccination station in Connaught, Ireland. Wood engraving, English, 1880
IRELAND: VACCINATION, 1880. A vaccination station in Connaught, Ireland. Wood engraving, English, 1880

Background imageTest Tube Collection: A student of the U. S. Army Medical School works on a typhoid vaccine. Photographed 1917

A student of the U. S. Army Medical School works on a typhoid vaccine. Photographed 1917
TYPHOID: VACCINE, c1917. A student of the U.S. Army Medical School works on a typhoid vaccine. Photographed 1917

Background imageTest Tube Collection: German physician and bacteriologist. Line engraving, American, 1890

German physician and bacteriologist. Line engraving, American, 1890
ROBERT KOCH (1843-1910). German physician and bacteriologist. Line engraving, American, 1890

Background imageTest Tube Collection: Students of the U. S. Army Medical School work on a typhoid vaccine. Photographed 1917

Students of the U. S. Army Medical School work on a typhoid vaccine. Photographed 1917
TYPHOID: VACCINE, c1917. Students of the U.S. Army Medical School work on a typhoid vaccine. Photographed 1917

Background imageTest Tube Collection: Students in the U.s Army Medical School work on a typhoid vaccine. Photographed 1917

Students in the U.s Army Medical School work on a typhoid vaccine. Photographed 1917
TYPHOID: VACCINE, c1917. Students in the U.S Army Medical School work on a typhoid vaccine. Photographed 1917

Background imageTest Tube Collection: IRELAND: VACCINATION, 1880. A vaccination station in Connaught, Ireland

IRELAND: VACCINATION, 1880. A vaccination station in Connaught, Ireland. Wood engraving, English, 1880

Background imageTest Tube Collection: CHEMICAL LABORATORY, 1873. Line engraving, American, 1873

CHEMICAL LABORATORY, 1873. Line engraving, American, 1873

Background imageTest Tube Collection: Plant biotechnology

Plant biotechnology, conceptual image. Sunflower seedling (Helianthus sp.) in a test tube

Background imageTest Tube Collection: Silent Still: Laboratories

Silent Still: Laboratories



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In the world of science and technology, the test tube stands as an iconic symbol of innovation and discovery, and is a vessel that holds endless possibilities, where breakthroughs are made and new frontiers are explored. In a black-and-white image, we see a male pharmacist diligently working with test tubes in a laboratory. His focused gaze reflects his dedication to unraveling the mysteries of science. This scene reminds us of George Washington Carver, an American botanist, chemist, and educator who revolutionized agricultural practices through his research. Test tubes also have their place in the realm of medicine. Sir Alexander Fleming's groundbreaking discovery of penicillin forever changed the course of healthcare. As we contemplate this achievement, we envision him peering into a test tube filled with moldy bread that would lead to one of history's greatest medical advancements. But it is not just professionals who harness the power of these glass vessels; even young minds embrace them for experimentation. A young boy engrossed in his chemistry set on the cover of DuPont Magazine embodies curiosity and potential future discoveries. The allure extends beyond laboratories and spills onto city streets like downtown Lisbon, where cannabis pipes are proudly displayed at Triparte shop windows. Here lies another facet: how they can be used for recreational purposes or artistic expression. As our thoughts wander further into imagination territory, we picture Dr. Atkinson in his laboratory during Scott's Last Expedition – captured beautifully in black-and-white photography – showcasing how scientific endeavors can take us to remote corners of our planet. Even historical events intertwine with this humble instrument; French Generals retiring due to health concerns presided over by Lepaux himself evoke images from times past when chemical knowledge played crucial roles on battlefields or within political circles. And let us not forget about education. The vibrant lithograph depicting a chemistry set and microscope from 1948 transports us back to classrooms where budding scientists eagerly explore their potential.