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Biosensors Stock Photos and Images
RMPYN2JP–(1962) --- Mercury astronaut M. Scott Carpenter lies on a bed with biosensors attached to his head during astronaut training activities at Cape Canaveral
RFT8Y9NW–Girl holding polymers Bio-MEMS biomedical microelectromechanical systems / LOC lab-on-a-chip device (concept design)
RFKDG9NW–Zinc oxide (ZnO) nanoparticles, computer illustration. ZnO nanoparticles have application as biosensors, in drug delivery, cosmetics, optical and electrical devices, solar cells and other areas.
RM2G3DEKN–Koblenz, Germany. 09th June, 2021. Lieutenant Colonel Patrick Leander Scheid (r) and Surgeon General Dr. Stefan Kowitz conduct research at the Multinational Medical Coordination Centre/European Medical Command (MMCC/EMC) on biosensors for use in the Bundeswehr. (to dpa: 'Bundeswehr relies on biosensors - more health data and performance') Credit: Thomas Frey/Thomas Frey/dpa/Alamy Live News
RM2K5D7FT–NASA astronaut Bob Hines is shown performing Genes in Space-9 aboard the International Space Station (ISS). Cell-free technology is a platform for protein production that does not include living cells. GIS-9 evaluates two approaches for using this technology in microgravity: cell-free protein production and biosensors that can detect specific target molecules. The technology could provide a portable, low-resource, and low-cost tool with potential applications for medical diagnostics, on-demand production of medicine and vaccines, and environmental monitoring on future space missions.
RMDFYWDB–NASA Astronaut Scott Carpenter lies on a bed with biosensors attached to his head during astronaut training activities April 9, 1962 in Cape Canaveral, FL. Carpenter one of the original Mercury Seven astronauts and the second American to orbit the Earth died October 10, 2013 at age 88.
RF2PNM45B–Biomedical engineering line icons collection. Biomechanics, Biomaterials, Biophotonics, Bioinformatics, Biosensors, Biomechatronics, Biomegnetics
RF2PP7CWE–Food tech linear icons set. Automation, Biodegradable, Biosensors, Blockchain, Co-packaging, Cultured, Delivery line vector and concept signs
RMBN0DNX–Microfluidic etched glass droplet junction chip for mono dispersed droplet formation in micro and nano technology applications
RMD4MDHR–Duisburg, Germany, a micro technologist working in the clean room at the Fraunhofer Institute
RM2NW5CE0–Depiction of nucleic acid (DNA) construct and resulting reads. The ssDNA portion of the molecule passes through the nanopore and membrane (blue section) to the trans side with sample current reading fluctuations with sequence (bottom). Features include an RNA immunoprecipitation (RIP) protein sequence recognition motif, RIP proteins, and Helicase from the National Center for Biotechnology Information and Molecular Modeling Database. (Oxford Nanopore Technologies image)
RF2MCPCH1–HealthTech and Health Care Analytics - The Usage of Technology and Data Analysis to Improve Patient Care and Healthcare Administration - Conceptual Il
RFW6JKC1–Nanomedicine word cloud concept. Collage made of words about nanomedicine. Vector illustration
RF2PWBEK8–Organ-on-a-Chip - OOC - Microdevices that Mimic the Structure and Function of Human Organs for Scientific Research and Drug Development - Conceptual I
RMD54MXF–Duisburg, Germany, a micro technologist working in the clean room at the Fraunhofer Institute
RF2M8GC5P–HealthTech - Use of Novel Technology in the Healthcare Industry to Improve Patient Care and Clinical Outcomes - Conceptual Illustration
RF2R72ADT–Zinc oxide (ZbO) nanoparticles, computer illustration. ZnO nanoparticles have application as biosensors, in drug delivery, cosmetics, optical and elec
RF2A60CM3–Girl holding polymers Bio-MEMS biomedical microelectromechanical systems / LOC lab-on-a-chip device (concept design)
RFKDG9NT–Zinc oxide (ZnO) nanoparticles, computer illustration. ZnO nanoparticles have application as biosensors, in drug delivery, cosmetics, optical and electrical devices, solar cells and other areas.
RM2G3DEMM–Koblenz, Germany. 09th June, 2021. Lieutenant Colonel Patrick Leander Scheid (r) and Surgeon General Dr. Stefan Kowitz conduct research at the Multinational Medical Coordination Centre/European Medical Command (MMCC/EMC) on biosensors for use in the Bundeswehr. (to dpa: 'Bundeswehr relies on biosensors - more health data and performance') Credit: Thomas Frey/Thomas Frey/dpa/Alamy Live News
RF2WMR8M5–Microfluidic Technologies concept. Revolutionizing biological testing with lab-on-a-chip devices. Streamlining complex analyses in miniature scales. Flat vector illustration.
RF2T140DC–Optogenetics flat landing page website template. Virtual reality, prosthetics, 3d printing. Web banner with header, content and footer. Vector
RF2PNMF21–Bioengineering line icons collection. Bioreactor, Biomaterials, Biomechanics, Biosensors, Biophotonics, Bioinformatics, Biodegradation vector and
RF2PP834A–Food tech linear icons set. Automation, Biodegradable, Biosensors, Blockchain, Co-packaging, Cultured, Delivery line vector and concept signs
RMBMJT38–Microfluidic etched glass droplet junction chip for mono dispersed droplet formation in micro and nano technology applications
RMD4MDPA–Duisburg, Germany, a micro technologist working in the clean room at the Fraunhofer Institute
RFW6JEKM–Nanomedicine word cloud concept. Collage made of words about nanomedicine. Vector illustration
RF2T6G97N–A 3D scientific illustration of the word NANO created using an atomic grid array, representing the concept of nanotechnology.
RF2A7J30P–Girl holding polymers Bio-MEMS biomedical microelectromechanical systems / LOC lab-on-a-chip device (concept design)
RFKDG9NX–Zinc oxide (ZnO) nanoparticles, computer illustration. ZnO nanoparticles have application as biosensors, in drug delivery, cosmetics, optical and electrical devices, solar cells and other areas.
RM2G3DENF–Koblenz, Germany. 09th June, 2021. Lieutenant Colonel Patrick Leander Scheid (r) and Surgeon General Dr. Stefan Kowitz conduct research at the Multinational Medical Coordination Centre/European Medical Command (MMCC/EMC) on biosensors for use in the Bundeswehr. (to dpa: 'Bundeswehr relies on biosensors - more health data and performance') Credit: Thomas Frey/Thomas Frey/dpa/Alamy Live News
RF2WMR6R5–Microfluidic Technologies concept. Revolutionizing biological testing with lab-on-a-chip devices. Streamlining complex analyses in miniature scales. Flat vector illustration.
RF2PNWBDC–Evolved science line icons collection. Genetics, Biotechnology, Nanotechnology, Neurology, Robotics, Artificial intelligence, Quantum mechanics vector
RF2PNTWYC–Food tech linear icons set. Automation, Biodegradable, Biosensors, Blockchain, Co-packaging, Cultured, Delivery vector symbols and line concept signs
RMBN0DR4–Microfluidic etched glass droplet junction chip for mono dispersed droplet formation in micro and nano technology applications
RMBN0DK4–Microfluidic T junction glass chip for mixing fluids, microreactions, droplet formation in micro & nano technology applications
RMD4MDPR–Duisburg, Germany, a micro technologist working in the clean room at the Fraunhofer Institute
RFW6JERN–Nanomedicine word cloud concept. Collage made of words about nanomedicine. Vector illustration
RF2T6G98B–A 3D scientific illustration of the word NANO created using an atomic grid array, representing the concept of nanotechnology.
RF2AH7GAC–Girl holding polymers Bio-MEMS biomedical microelectromechanical systems / LOC lab-on-a-chip device (concept design)
RM2G3DENA–Koblenz, Germany. 09th June, 2021. Lieutenant Colonel Patrick Leander Scheid (r) and Surgeon General Dr. Stefan Kowitz conduct research at the Multinational Medical Coordination Centre/European Medical Command (MMCC/EMC) on biosensors for use in the Bundeswehr. (to dpa: 'Bundeswehr relies on biosensors - more health data and performance') Credit: Thomas Frey/Thomas Frey/dpa/Alamy Live News
RF2PP1RB7–Life science line icons collection. Biology, Genetics, Biotechnology, Physiology, Ecology, Immunology, Microbiology vector and linear illustration
RF2PNY690–Synthetic biology linear icons set. Bioengineering, Genomics, Gene editing, Biotechnology, Microfluidics, Metabolism, Biosensors line vector and
RF2HD6CB5–Biophysics cell icon. Flat illustration of biophysics cell vector icon isolated on white background
RMBN0DKP–Microfluidic T junction glass chip for mixing fluids, microreactions, droplet formation in micro & nano technology applications
RMD4MDR1–Duisburg, Germany, a micro technologist working in the clean room at the Fraunhofer Institute
RMBN0FCM–Microfluidic etched glass micromixer chip for mixing mutiple fluid streams of liquids in micro and nano technology applications
RF2A224C9–Girl holding polymers Bio-MEMS biomedical microelectromechanical systems / LOC lab-on-a-chip device (concept design)
RF2PNGCJ0–Nano-scale line icons collection. Nanoparticles, Nanotechnology, Molecular, Atom, Quantum, Microscopic, Tiny vector and linear illustration. Efficient
RF2PNWYP5–Synthetic biology linear icons set. Bioengineering, Genomics, Gene editing, Biotechnology, Microfluidics, Metabolism, Biosensors line vector and
RMD4MDRB–Duisburg, Germany, a micro technologist working in the clean room at the Fraunhofer Institute
RMBN0GPW–Microfluidic etched glass micromixer chip for mixing mutiple fluid streams of liquids in micro and nano technology applications
RMBN0EFM–Microfluidic etched glass micromixer chip for mixing mutiple fluid streams of liquids in micro and nano technology applications
RMBMJWBM–Microfluidic etched glass microreactor chip mixing mutiple fluid streams of liquids in micro and nano technology applications
RMBN0DHE–Microfluidic T junction glass chip for mixing fluids, microreactions, droplet formation in micro & nano technology applications
RMBN0EBC–Microfluidic etched glass microreactor chip mixing mutiple fluid streams of liquids in micro and nano technology applications
RFW769EG–Girl holding polymers Bio-MEMS biomedical microelectromechanical systems / LOC lab-on-a-chip device (concept design)
RF2PNKD3Y–Analytical instruments line icons collection. Spectrometry, Chromatography, Electrophoresis, Mass spectrometry, Gas chromatography, Liquid
RF2PNYGP7–Synthetic biology linear icons set. Bioengineering, Genomics, Gene editing, Biotechnology, Microfluidics, Metabolism, Biosensors line vector and
RMD4MDPX–Duisburg, Germany, a micro technologist working in the clean room at the Fraunhofer Institute
RMBN0E21–Microfluidic etched glass microreactor chip mixing mutiple fluid streams of liquids in micro and nano technology applications
RF2A17KER–Girl holding polymers Bio-MEMS biomedical microelectromechanical systems / LOC lab-on-a-chip device (concept design)
RMBN0DMJ–Microfluidic etched glass microreactor chip mixing mutiple fluid streams of liquids in micro & nano technology applications
RMBN0DJ7–Microfluidic etched glass microreactor chip mixing mutiple fluid streams of liquids in micro and nano technology applications
RF2PNK854–Biomedical engineering line icons collection. Prosthetics, Bioinformatics, Biomechanics, Tissue engineering, Biomaterials, Nanotechnology, Genetic
RMBN0E5H–Microfluidic etched glass microreactor chip mixing mutiple fluid streams of liquids in micro & nano technology applications
RF2PP5B14–BioTech linear icons set. Genomics, Bioreactors, Proteomics, Gene editing, Stem cells, Immunotherapy, CRISPR line vector and concept signs. Biosensors
RMD4MDP8–Duisburg, Germany, a micro technologist working in the clean room at the Fraunhofer Institute
RFT31YN8–Girl holding polymers Bio-MEMS biomedical microelectromechanical systems / LOC lab-on-a-chip device (concept design)
RF2PNY1AK–Healthcare innovation line icons collection. Nanomedicine, Telemedicine, Digitalization, Wearables, Biotechnology, Genomics, Genome editing vector and
RMBN0E8N–Microfluidic etched glass microreactor chip mixing mutiple fluid streams of liquids in micro & nano technology applications
RF2PP3H6P–BioTech linear icons set. Genomics, Bioreactors, Proteomics, Gene editing, Stem cells, Immunotherapy, CRISPR line vector and concept signs. Biosensors
RMBN0E08–Microfluidic etched glass microreactor chip mixing mutiple fluid streams of liquids in micro and nano technology applications
RMD4MDHW–Duisburg, Germany, a micro technologist working in the clean room at the Fraunhofer Institute
RF2ANRW9T–Girl holding polymers Bio-MEMS biomedical microelectromechanical systems / LOC lab-on-a-chip device (concept design)
RF2PNYTK2–BioTech linear icons set. Genomics, Bioreactors, Proteomics, Gene editing, Stem cells, Immunotherapy, CRISPR line vector and concept signs. Biosensors
RMBN0E13–Microfluidic etched glass microreactor chip mixing mutiple fluid streams of liquids in micro and nano technology applications
RMD4MDHK–Duisburg, Germany, a micro technologist working in the clean room at the Fraunhofer Institute
RMBN0E33–Microfluidic etched glass microreactor chip mixing mutiple fluid streams of liquids in micro & nano technology applications
RF2AB9T7M–Girl holding polymers Bio-MEMS biomedical microelectromechanical systems / LOC lab-on-a-chip device (concept design)
RF2PP8KX2–Biotechnology linear icons set. Genetic, Microorganisms, Cloning, Genome, Nanotechnology, Vaccines, Probiotics line vector and concept signs
RMD4MDP3–Duisburg, Germany, a micro technologist working in the clean room at the Fraunhofer Institute
RFTRTD0T–Girl holding polymers Bio-MEMS biomedical microelectromechanical systems / LOC lab-on-a-chip device (concept design)
RF2PP8TEP–Biotechnology linear icons set. Genetic, Microorganisms, Cloning, Genome, Nanotechnology, Vaccines, Probiotics line vector and concept signs
RMD4MDPE–Duisburg, Germany, a micro technologist working in the clean room at the Fraunhofer Institute
Search Results for Biosensors Stock Photos and Images (154)
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