The PhenoImager HT is a high-throughput imaging system designed for bright field and fluorescence scanning of tissue slides. It supports multiplexed tissue imaging, quantitative image analysis, and 3D tissue imaging. Ideal for cancer research, immunology, neuroscience, and drug development, it provides automated, high-resolution imaging for comprehensive tissue analysis, enhancing diagnostic accuracy and supporting large-scale studies….
This system is equipped with 5 lasers, enables users to perform up to 28-color cell analyses.…
It is equipped with 3 air-cooled lasers and can perform up to 9 color flow cytometry analyses. It supports 2 and 4-way bulk sorting to tubes, as well as single-cell sorting to multi-well plates (ranging from 6 to 384 wells) or microscope slides.…
The Operetta CLS system combines speed and sensitivity with the powerful and intuitive data analysis. The Operetta CLS system is part of our comprehensive HCS workflow: everything from HCS systems and microplates to automation and informatics for every application….
The Quantitative Proteomics Core (QPC) at CSI Singapore, NUS, has a dedicated and experienced team supporting quantitative proteomics applications in biomedical research. We provide comprehensive end-to-end solutions for quantitative proteomics needs, from consultation to sample preparation, measurement, analysis, data storage, and data visualisation with in-house bioinformatics pipelines. Collaborators need to only focus on their experiments and pass their samples to us for processing. Contact us for discussion….
LSM 880 is a motorised confocal laser scanning microscope for multidimensional acquisition (xyzt in multiple channels, tiles, FCS, FRAP) of live samples with super-resolution detection capability. Accomplished through its honeycomb 32 channel Airyscan GasPD, the system is able to increase spatial resolution 1.7x in each dimension (140 nm lateral and 400 nm axial resolution) and achieve 4x faster temporal super-resolution imaging, requiring 8x lower laser power while increasing the sensitivity. The system is especially suited for dynamic life cell imaging….
The Vectra 2 System is an advanced automated imaging platform designed for multiplexed tissue analysis. It combines bright field and multispectral fluorescence imaging to capture high-resolution images of tissue sections. The system supports the simultaneous visualization and quantification of multiple biomarkers, making it ideal for research in oncology, immunology, and pathology. With automated slide scanning, robust image analysis software, and high-throughput capabilities, the Vectra 2 System enables detailed and accurate tissue analysis, enhancing the efficiency and effectiveness of complex biomedical research studies….
This confocal spinning disk microscope has the capability to automatically acquire images in multiwell plates and slides. The automated acquisition advances the imaging process and allows the researcher to study their project in an impartial way. It is suited for wide variety of samples on the Phenix, e.g. single layer cell lines, multilayer neuronal cultures, tissue sections and organoids. The Phenix is equipped with CO2 and temperature control features, enabling the capture of live cell images and time courses. A plate handler and incubator allow the automated imaging of multiple plates….
The INST1000A PhenoCycler & PhenoImager Fusion is a cutting-edge imaging system that combines bright field and fluorescence imaging capabilities for comprehensive tissue analysis. This system is an advanced automated system designed for high-plex single-cell spatial proteomics. It enables rapid, multiplexed imaging of tissue samples, allowing researchers to visualize and quantify numerous biomarkers simultaneously. The PhenoCycler offers high-resolution imaging, fast cycle times, and robust data integration capabilities, making it ideal for applications in cancer research, immunology, and neuroscience. It streamlines complex tissue analysis workflows, enhancing the accuracy and efficiency of high-throughput studies….
This system allows profiling of RNA and protein expression from distinct tissue compartments and cell populations with an automated and scalable workflow that integrates with standard histology staining….
This system is capable of up to 8 colour sorting, supports 2 and 4-way bulk sorting to tubes and single-cell sorting to well plates (ranging from 6 to 384 wells). The FACSMelody features user-friendly FACSChorus software, allowing for self-operation….
Motorized inverted brightfield and fluorescence trinocular microscope. The microscope is fully enclosed in a heated environmental chamber and could set, maintain and monitor temperature, humidity, CO2 and O2 levels as imaging conditions dictate. Colibri 2 LED lamps allow adjustment of each illumination intensity depending on the sensitivity of the sample. The narrow-band illumination reduces cross-stimulation, increasing the sensitivity of your images…
True spectral imaging with AOBS (acousto-optical programmable beam splitter) provides highest flexibility switching in microseconds prolong sample viability with low power lasers. Tandem scanner with resonance scanner allows ultrafast 420 frames/sec (at 512 x 16 scan format) that is up to 50% faster image acquisition. Highly sensitive HyD detector allows a reduction of light dosage delivered to the cells, reducing photo-toxicity, and for detection of very low signals. The 3D rendering and imaging processing tools provide superb 3D reconstruction and high-quality images for analysis and publication….
It is equipped with 5 air-cooled lasers and can perform up to 14 color flow cytometry analyses. It supports 2 and 4-way bulk sorting to tubes, as well as single-cell sorting to multi-well plates (ranging from 6 to 384 wells) or microscope slides.…
An expert from Cancer Science Institute of Singapore, Genomics and Data Analytics Core, Chen Qiaojing is the person to approach for queries involving in the area of Scientific project management and coordination: Bioinformatics analysis and data analysis (genomics, transcriptomics, single-cell analysis), research software development, high-performance computing, and data management…
An expert from Cancer Science Institute, Fluorescence Activated Cell Sorting (FACS) Facility, Erica Xu Songci is the person to approach for queries involving in the area of Cell sorting, Flow cytometry panel design, Flow cyotmetry experiment design, FlowJO data analysis…
An expert from Cancer Science Institute, Microscopy & Multiplex Assays Core, Dedy Sandikin is the person to approach for queries involving in the area of Widefield, Fluorescence, Confocal, 3D imaging, Live cell imaging, High content imaging, Image analysis, 3D visualizations…
An expert from Cancer Science Institute, Quantitative Proteomics Core, Wai Khang Yong is the person to approach for queries involving in the area of Quantitative proteomics with label-free quantification, SILAC-based quantitative proteomics, Proteome, Interactome, Proximity ligation, Clinical samples, Global post-translational modification (PTM) analysis, Cell surface proteomics…
An expert from Cancer Science Institute, Microscopy & Multiplex Assays Core, Peng Yanfen is the person to approach for queries involving in the area of Multiplex, IF satining, imaging and analysis…
An expert from Cancer Science Institute, Fluorescence Activated Cell Sorting (FACS) Facility, Low Jun Siong is the person to approach for queries involving in the area of Cell sorting, Flow cytometry panel design, Flow cyotmetry experiment design, FlowJO data analysis…
An expert from Cancer Science Institute, Quantitative Proteomics Core, Dennis Kappei is the person to approach for queries involving in the area of Quantitative proteomics with label-free quantification, SILAC-based quantitative proteomics, Proteome, Interactome, Proximity ligation, Clinical samples, Global post-translational modification (PTM) analysis, Cell surface proteomics…