Page 35 - Shimadzu Journal vol.9 Issue1
P. 35

RELEASED



          New Products








            SPM-Nanoa                                            AOC-30 Series
            Scanning Probe Microscope / Atomic Force             Autoinjector / Autosampler
            Microscope














            The SPM-Nanoa scanning probe microscope provides    Based on Shimadzu’s extensive wealth of unique technologies
            high-resolution observations, features a low-noise detection    and functionality, AOC-30 series automatic sample injection
            optical mechanism, and automates optical adjustments and    systems offer the automation, productivity, and remote
            the work of setting the observation conditions. Even users    operability needed for next-generation laboratories. The
            unfamiliar with the operating procedures can easily acquire   space-saving design makes it easier to mount on GC or GC-MS
            high-resolution observation data.                   systems with limited space availability and facilitates system
            It will contribute to the evaluation of, and research into,    expansion based on analytical objectives.
            cutting-edge nano materials as a mid-range scanning probe
            microscope (SPM).                                    Features
                                                                  Reliable Automatic Operation
            Features                                              Space-saving Efficiency
              Automatic Observation                               Sampler Navigator, Built-in Injection Expertise
              Extensive Functionality
              Saves Time
                              Learn more                                          Learn more


            Amyloid MS                                           Multimodal Imaging System
















            Amyloid Mass Spectrometry (MS) Service is a new simple,    Multimodal imaging system consist of a laser ablation inductively
            low-cost* blood analysis for early screening of amyloid-positive   coupled plasma mass spectrometer (LA-ICP-MS), an imaging
            subjects. This method enables early and accurate prediction    mass microscope, and the IMAGEREVEAL MS mass spectrometry
            of amyloid deposition in the brain with an easy-to-acquire    imaging data analysis software. The system is capable of
            blood sample.                                       separately acquiring information on the distribution of trace
            Unlike conventional methods, Shimadzu’s new analysis    elements and the distribution of various compounds, and
            is minimally invasive, cost-effective* and suitable for    performing an integrated analysis of both sets of information.
            large-scale deployment.                             With this system, Shimadzu aims to advance the elucidation of
            It’s the only blood analysis capable of predicting abnormal    mechanisms of disease onset and the development of
            amyloid-beta deposition in the brain with high accuracy.  therapeutic drugs in the life sciences.
            *Compared to PET test.
                                                                 Features
                es
            Featur
            Features                                              Integration of complementary imaging technologies
              Reduced costs per test                              Analysis of analytical samples at atmospheric pressure and better
              A less invasive blood-based sampling technique     spatial resolution performance
              Low sample volume requirements (Plasma 250 µL)      Integrated data analysis software
            For Research Use Only. Not for use indiagnostic procedures.
                              Learn more                                          Learn more



                                                                                                Shimadzu Journal  vol.9  Issue1 34
   30   31   32   33   34   35   36