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Pipetting Collection

"Pipetting: Precision in Biological Research" In the world of biological research, pipetting plays a crucial role in ensuring accurate and precise measurements

Background imagePipetting Collection: Biological research F006 / 8581

Biological research F006 / 8581
Biological research

Background imagePipetting Collection: Researcher pipetting liquid F006 / 9084

Researcher pipetting liquid F006 / 9084
MODEL RELEASED. Researcher pipetting liquid

Background imagePipetting Collection: Researcher pipetting liquid F006 / 9085

Researcher pipetting liquid F006 / 9085
MODEL RELEASED. Researcher pipetting liquid

Background imagePipetting Collection: Researcher pipetting liquid F006 / 9083

Researcher pipetting liquid F006 / 9083
MODEL RELEASED. Researcher pipetting liquid

Background imagePipetting Collection: Genetic research, conceptual image F006 / 9068

Genetic research, conceptual image F006 / 9068
Genetic research, conceptual image

Background imagePipetting Collection: Genetic research, conceptual image F006 / 9067

Genetic research, conceptual image F006 / 9067
Genetic research, conceptual image

Background imagePipetting Collection: Genetic research, conceptual image F006 / 9065

Genetic research, conceptual image F006 / 9065
Genetic research, conceptual image

Background imagePipetting Collection: Genetic research, conceptual image F006 / 9066

Genetic research, conceptual image F006 / 9066
Genetic research, conceptual image

Background imagePipetting Collection: Genetic microarray preparation C019 / 0274

Genetic microarray preparation C019 / 0274
Genetic microarray preparation. Analyst pipetting a prepared DNA (deoxyribonucleic acid) sample onto a gene chip or microarray

Background imagePipetting Collection: Genetic microarray preparation C019 / 0273

Genetic microarray preparation C019 / 0273
MODEL RELEASED. Genetic microarray preparation. Analyst pipetting a prepared DNA (deoxyribonucleic acid) sample onto a gene chip or microarray

Background imagePipetting Collection: Genetic microarray preparation C019 / 0272

Genetic microarray preparation C019 / 0272
MODEL RELEASED. Genetic microarray preparation. Analyst pipetting a prepared DNA (deoxyribonucleic acid) sample onto a gene chip or microarray

Background imagePipetting 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 imagePipetting Collection: Scientist using multipipette

Scientist using multipipette
MODEL RELEASED. Scientist using multipipette. Close-up of a scientist using a multi-pipette to measure samples into test tubes

Background imagePipetting Collection: Scientist working in a fume cupboard

Scientist working in a fume cupboard
MODEL RELEASED. Scientist working in a fume cupboard. Scientist pipetting liquid into an Eppendorf tube in a fume cupboard

Background imagePipetting Collection: Chikungunya virus research

Chikungunya virus research. Researcher working with cells cultured from Drosophila sp. fruit flies that have been genetically engineered to produce proteins of the Chikungunya virus

Background imagePipetting Collection: Bio-organic chemistry lab, France C017 / 7941

Bio-organic chemistry lab, France C017 / 7941
MODEL RELEASED. Bio-organic chemistry lab. Scientist using a pipette in the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute), University of Rouen, France

Background imagePipetting Collection: Microbiology laboratory C013 / 7248

Microbiology laboratory C013 / 7248
Microbiology laboratory. Microbiologist working on the production of vaccines

Background imagePipetting Collection: Chemical research

Chemical research. Pipette being used to fill the wells in a multi-well sample tray

Background imagePipetting Collection: Technician pipetting solution into a microtube

Technician pipetting solution into a microtube
MODEL RELEASED. Pipetting solution. Technician pipetting a liquid into a microtube using a pipettor, a type of automatic pipette

Background imagePipetting Collection: Biology research

Biology research

Background imagePipetting Collection: Multi-channel pipette

Multi-channel pipette. Multi-channel pipette being used to fill a multi-well sample tray with samples of fluid for analysis

Background imagePipetting Collection: Drinking water testing

Drinking water testing
MODEL RELEASED. Drinking water testing. Microbiologist pipetting water onto a petri dish for laboratory analysis. The sample is from an aquifer that supplies drinking water

Background imagePipetting Collection: Laboratory equipment

Laboratory equipment. Plastic sample vials held in a rack. This type of equipment is used in a wide range of laboratory work, from forensic analysis to medical research

Background imagePipetting Collection: Cell culture research, fume cupboard

Cell culture research, fume cupboard
MODEL RELEASED. Cell culture research. Researcher using a pipette to handle a cell culture (pink). The pink liquid is a nutrient medium in which cells can be grown

Background imagePipetting Collection: Cloning research

Cloning research
MODEL RELEASED. Cloning research. Researcher using a mouth pipette to move oocyte cells in a container. A light microscope allows her to see the cells

Background imagePipetting Collection: Pipetting

Pipetting
MODEL RELEASED. Pipetting liquid into an Eppendorf tube

Background imagePipetting Collection: Pipetting blood

Pipetting blood into a sample pot of clear liquid

Background imagePipetting Collection: Researcher pipetting liquid

Researcher pipetting liquid
MODEL RELEASED. Researcher pipetting liquid

Background imagePipetting Collection: Preparing sample vials

Preparing sample vials. Pipette being used to add a liquid to a vial. This type of equipment is used in a wide range of laboratory work, from analysis of DNA and other samples, to medical research

Background imagePipetting Collection: Pipetting a cell culture

Pipetting a cell culture
Cell culture. Gloved hand pipettes a cell culture into a petri dish. Microbiology laboratory

Background imagePipetting Collection: Cell cultures in multi-well tray

Cell cultures in multi-well tray
Cell cultures. Gloved hand pipettes a cell culture into multi-well trays under a biological hood. Microbiology laboratory

Background imagePipetting Collection: Cobalt chloride paper

Cobalt chloride paper. Image 2 of 2. Solution being pipetted on to a piece of cobalt chloride (CoCl2) paper. Cobalt chloride paper is used to indicate the presence of water - changing from blue to



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"Pipetting: Precision in Biological Research" In the world of biological research, pipetting plays a crucial role in ensuring accurate and precise measurements. As depicted in images F006/8581, F006/9084, F006/9085, and F006/9083, researchers skillfully handle their pipettes to transfer liquids with utmost care. These dedicated scientists understand that even the tiniest error can have significant consequences. With each delicate movement of the pipette, they strive to maintain consistency and reliability throughout their experiments. The importance extends beyond basic laboratory tasks. In genetic research (F006/9068, F006/9067, F006/9065, and F006/9066), conceptual images depict how this technique is employed to unlock the secrets hidden within our DNA. By accurately transferring samples into microarrays (C019/0274, C019/0273, C019/0272), scientists pave the way for groundbreaking discoveries that shape our understanding of genetics. Working diligently within fume cupboards (as seen in one image), these meticulous individuals ensure a controlled environment free from contamination. Their commitment to maintaining sterile conditions further emphasizes the significance placed on every step involving pipetting. Pipetting is not merely a routine task; it represents precision and attention to detail required for successful scientific endeavors. It serves as an essential tool for researchers who tirelessly seek answers to complex questions about life's mysteries. So next time you witness a scientist expertly maneuvering a pipette - remember that behind those seemingly simple actions lies an intricate dance between science and discovery.