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  • Aarhus University Aquarium. Experimental Recirculation System for tropical fish species.
    Aarhus-University-Aquarium-18.jpg
  • Aarhus University Aquarium. Experimental Recirculation System for tropical fish species.
    Aarhus-University-Aquarium-16.jpg
  • Aarhus University Aquarium. Experimental Recirculation System for tropical fish species.
    Aarhus-University-Aquarium-15.jpg
  • Aarhus University Aquarium. Experimental Recirculation System for tropical fish species.
    Aarhus-University-Aquarium-13.jpg
  • Aarhus University Aquarium. Experimental Recirculation System for tropical fish species.
    Aarhus-University-Aquarium-07.jpg
  • Aarhus University Aquarium. Experimental Recirculation System for tropical fish species.
    Aarhus-University-Aquarium-02.jpg
  • Aarhus University Aquarium. Experimental Recirculation System for tropical fish species.
    Aarhus-University-Aquarium-20.jpg
  • Aarhus University Aquarium. Experimental Recirculation System for tropical fish species.
    Aarhus-University-Aquarium-19.jpg
  • Aarhus University Aquarium. Experimental Recirculation System for tropical fish species.
    Aarhus-University-Aquarium-17.jpg
  • Aarhus University Aquarium. Experimental Recirculation System for tropical fish species.
    Aarhus-University-Aquarium-14.jpg
  • Aarhus University Aquarium. Experimental Recirculation System for tropical fish species.
    Aarhus-University-Aquarium-12.jpg
  • Aarhus University Aquarium. Experimental Recirculation System for tropical fish species.
    Aarhus-University-Aquarium-11.jpg
  • Aarhus University Aquarium. Experimental Recirculation System for tropical fish species.
    Aarhus-University-Aquarium-10.jpg
  • Aarhus University Aquarium. Experimental Recirculation System for tropical fish species.
    Aarhus-University-Aquarium-09.jpg
  • Aarhus University Aquarium. Experimental Recirculation System for tropical fish species.
    Aarhus-University-Aquarium-08.jpg
  • Aarhus University Aquarium. Experimental Recirculation System for tropical fish species.
    Aarhus-University-Aquarium-06.jpg
  • Aarhus University Aquarium. Experimental Recirculation System for tropical fish species.
    Aarhus-University-Aquarium-05.jpg
  • Aarhus University Aquarium. Experimental Recirculation System for tropical fish species.
    Aarhus-University-Aquarium-04.jpg
  • Aarhus University Aquarium. Experimental Recirculation System for tropical fish species.
    Aarhus-University-Aquarium-03.jpg
  • Aarhus University Aquarium. Experimental Recirculation System for tropical fish species.
    Aarhus-University-Aquarium-01.jpg
  • Sunset behind Anthrax Island, the former biological weapons test site aka Gruinard Island, Wester Ross, Scotland.
    293-GreenstonePoint-RubhanaMoine-16.jpg
  • Sunset behind Anthrax Island, the former biological weapons test site aka Gruinard Island, Wester Ross, Scotland.
    293-GreenstonePoint-RubhanaMoine-15.jpg
  • Puya Raimondi (Puya raimondii) is an endemic species of the altoandina zone of Peru seen here in the Puna at approximately 4000m. The species is the largest bromelaid and an endangered species. This plant has a gigantic inflorescence that is unique all over the world. It reaches up to 10 m height, with more than three thousand flowers and six million seeds in each plant. Its biological cycle is approximately 40 years. The base of the plant shows charring from fire that spreads so rapidly in these regions contributing to their scarcity.
    IOH_Flora_QL-15.tif
  • Puya Raimondi (Puya raimondii) is an endemic species of the altoandina zone of Peru seen here in the Puna at approximately 4000m. The species is the largest bromelaid and an endangered species. This plant has a gigantic inflorescence that is unique all over the world. It reaches up to 10 m height, with more than three thousand flowers and six million seeds in each plant. Its biological cycle is approximately 40 years. The plant second from right shows charring from fire that spreads so rapidly in these regions contributing to their scarcity.
    IOH_Flora_QL-14.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    NMR_2007-078.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    NMR_2007-077.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    NMR_2007-064.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    NMR_2007-060.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    NMR_2007-057.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    NMR_2007-025.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    NMR_2007-013.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    NMR_2007-005.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    NMR_2007-027.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    NMR_2007-011.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    NMR_2007-010.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    NMR_2007-008.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    1F1U5507.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    1F1U5501.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    1F1U5499.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    1F1U5494.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    1F1U5489.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    1F1U5485.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    1F1U5477.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    1F1U5465.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    1F1U5459.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    1F1U5454.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    1F1U5451.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    1F1U5450.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    1F1U5444.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    1F1U5437.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    1F1U5430.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    1F1U5424.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    1F1U5418.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    1F1U5417.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    1F1U5416.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    1F1U5409.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    1F1U5402.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    NMR_2007-067.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    NMR_2007-047.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    NMR_2007-028.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    NMR_2007-026.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    1F1U5518.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    1F1U5515.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    1F1U5487.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    1F1U5475.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    1F1U5472.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    1F1U5468.tif
  • Henry Wellcome Building, Bimolecular NMR (Nuclear magnetic resonance) Facility, University of Birmingham is a £10m national resource based in Birmingham, providing scientists with insights into the molecular basis of human health, cancer progression and infectious diseases. The advantages of the NMR method include the ability to obtain information at atomic resolution using aqueous solutions, biological fluids and tissue extracts that resemble physiological conditions. HWB?NMR is the UK's largest NMR facility, providing academic and industrial users with open access to six NMR spectrometers operating at 500-900 MHz, four cryogenic probes and high throughput autosamplers.
    1F1U5446.tif
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