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Lab Technologist Uses Flow Cytometry Equipment for Research. High quality photo The image shows a close-up of a flow cytometer, a machine used in medical labs to analyze and count cells. The machine has a blue light source and a detector that measures the light scattered by cells as they flow through the machine. The data is then used to identify and count different types of cells in a sample
In a quiet, sterile lab environment, a lone scientist adjusts the settings on a sophisticated 3D printer that has been optimized for printing meat from bio ink, a revolutionary new material that has the potential to greatly reduce the environmental impact of traditional meat production.
DNA RNA Analysis equipment ; selective focus
Modern covid-19 diagnostic laboratory where robots ensure precise multi channel pipetting of reagents and biomedical samples into test tubes.
Green light indicates readiness to load samples into automated NMR spectroscopy for advanced analysis, chemistry, biochemistry, scientific research.
Biolaboratory modern automatic equipment. Researching chemistry technologies.
A man is manipulating electronic instruments in the laboratory
Optician making eyeglasses
A scientist making capsules with powder medicine in the pharmacy laboratory
Silicon Wafers and Microcircuits with Automation system control application
Close-up of advanced laboratory equipment in work, illustrating high-tech machinery used for scientific research and analysis.
Machine \
Close-up of computer wafer is examining at production line.
Sample tubes are placed in a tray to be analyzed by an automated NMR spectroscopy at 400 MHz. Additionally, the yellow symbol indicates a warning for high magnetic field strength in the instrument.
Laboratory personnel testing blood
equipment for biochips
In a quiet, sterile lab environment, a lone scientist adjusts the settings on a sophisticated 3D printer that has been optimized for printing meat from bio ink, a revolutionary new material that has the potential to greatly reduce the environmental impact of traditional meat production.
Gene-Xpert, a CBNAAT (catridge based nucleic acid amplification test) is a widely accepted diagnostic test for Tuberculosis. This test is a rapid diagnostic test for Tuberculosis detection as well as Rifampicin resistance in direct smear negative cases
Inspection equipment in chemical plants
a vial grabbed by autosampler of gas chromatography
A researcher putting a chip in the PCR system for digital PCR performance
Silicon wafer with chips lightinhg in neon light. Semiconductor.
Full length of female technician examining machinery at science lab
DESI is the Drug Efficacy Study of Medical Sciences. Close up of hands wearing surgical gloves supporting the slide
New technologies amalysing experiment. Modern robotic chemistry laboratory.
LC MS system. Liquid chromatography with qTOF mass detector. Chemical laboratory, clinical analysis.
Scientist putting liquid sample container into specimen holder of laboratory spectroscopy for analyzing sample characteristics, scientist setting up experiment for research and education in university
Nieuwegein, The Netherlands - January 24, 2012: An ABI Prism 7000 Sequence Detection System has just finished its real time PCR run. These real time PCR machines are produced by LifeTechnologies. LifeTechnologies is a global biotechnology tools company mainly producing sequencing and PCR systems. Real time PCR is a technique in which a small quantity of DNA is enzymatically multiplied in a cyclic process. The PCR technique is routinely used in hospital laboratories to detect different infectious diseases like tuberculosis or HIV infections.
With a singular focus on innovation and sustainability, a lone Japanese scientist utilizes a specially designed 3D printer to produce meat from bio ink, a game-changing technology with the potential to revolutionize the food industry.
Free Images: "bestof:Protein pattern analyzer (1).jpg A TECAN Genesis 2000 robot prepares Ciphergen SELDI-TOF protein chips for proteomic pattern analysis Topics/Categories Science"
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