Curator Dashboard

Core provides researchers with access to Cryo Electron Microscopes and related tools for high resolution structural biology imaging experiments.

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• 3 months ago - submitted by Paul Tobias

High-throughput, 32-spot Surface Plasmon Resonance (SPR) system. The "Pro" designation commonly used by Bruker highlights its capabilities, including 8 flow cells with 4 spots each, designed for rapid, label-free molecular interaction analysis. Used for the Real-Time, Label-Free characterization of molecular interactions.

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• 3 months ago - by Anonymous

High resolution UV-Visible spectrophotometer with double-beam, single monochromator, variable spectral bandwidth and a photomultiplier tube (PMT) detector. Used for measuring absorbance, transmittance, and reflectance of liquid or solid samples across the UV-visible range 190-900nm. Used for quantitative analysis (concentration measurement) and spectral characterization.

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• 3 months ago - by Anonymous

Customizable polarimeter used to measure the optical rotation of chiral compounds. It identifies, analyzes, and determines the purity and concentration of liquids (specifically optically active samples) in pharmaceutical, chemical, and food manufacturing industries, featuring customizable light sources for UV-Vis to NIR regions.

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• 3 months ago - by Anonymous

Bruker Invenio S is an entry-level FT-IR spectrometer designed for routine productivity and basic research and development. Analytical instrument that identifies chemical compounds and molecular structures by measuring how samples absorb infrared light. Offers upgradable Invenio platform featuring the Transit channel and MultiTect technology.

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• 3 months ago - by Anonymous

Provides advanced resources in structural biology. Offers access to instruments, including multiple transmission electron microscopes (TEMs) and cryo-FIB/SEM systems. Trains scientists, from beginners to experienced users, on sample preparation (plunge/high-pressure freezers) and advanced EM techniques. Helps researchers solve the 3D structures of proteins and cellular components at atomic resolution.

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• 3 months ago - submitted by Edward Eng

Core provides advanced NMR spectroscopy for researching the atomic-level structure, dynamics, and interactions of biological macromolecules. It supports structural biology, biocatalysis, and drug discovery by analyzing proteins, DNA, RNA, and carbohydrates. Includes 800MHz NMR spectrometer with H/F-C-N Cryoprobe.

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• 3 months ago - submitted by Matthew Cliff

Attune CytPix Flow Cytometer combines acoustic focusing flow cytometry with a high-speed camera to simultaneously collect fluorescent data and high-resolution brightfield images for each cell. It is used for automated, AI-driven morphological analysis alongside traditional immunophenotyping, allowing users to validate cell populations, identify cell-to-cell interactions, and verify cell health (e.g., apoptosis, contamination) in real-time. Attune CytPix is a benchtop analysis cytometer with 4 lasers (488, 405, 561, and 633nm) and a brightfield camera.

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• 3 months ago - by Anonymous

High-end 300kV instrument designed for automated, high-resolution 3D imaging of biological samples, such as proteins and viruses, at molecular or atomic levels. It enables researchers to study samples in their native, hydrated state, primarily for drug discovery and structural biology.

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• 3 months ago - by Anonymous

Fully automated instrument used for nondestructive, in-situ, micro-scale elemental characterization. It is generally equipped with five vertical crystal spectrometers (WDS) and an energy dispersive analyzer (EDS), operating via proprietary Windows-based Peak Sight software or updated with third-party software like Probe for EPMA.

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• 3 months ago - submitted by Owen Neill

Ultra-high-resolution, Schottky field-emission scanning electron microscope (FE-SEM) designed for advanced nano-characterization, combining in-lens technology with a super hybrid lens to achieve 0.8 nm resolution. It is utilized for high-resolution imaging, elemental analysis (EDS/WDS), and crystallographic analysis (EBSD) of materials, magnetic samples, and non-conductive specimens, even at very low voltages (down to 10 V).

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• 3 months ago - submitted by Owen Neill

Spectrometer includes: Fast Ion Filter, Bent Trap for Pre-Accumulation, High-speed Quadrupole, Faster Stepped Collision Energy, Enhanced Dynamic Range mode, TMT HR mode, low input mode, Enhanced Spectral Processing, support for Hybrid DIA experiments, and expanded BioPharma option including Thermo Scientific™ Astral™ analyzer support for top-down and middle-down measurements. Used to accelerate deep proteomics and single-cell analysis. Combines fast scan rates with high-resolution, accurate-mass (HRAM) measurements to detect more proteins, analyze thousands of cells daily, and improve precision oncology or clinical biomarker discovery. THIS RESOURCE IS NO LONGER IN SERVICE. Documented on July 13,2026.

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• 3 months ago - submitted by Anita Bandrowski

Molecular Taxonomy of the Breast Cancer International Consortium (METABRIC) is a landmark study and dataset comprising primary breast tumour samples with detailed genomic, transcriptomic, and clinical data. It identified ten distinct "integrative clusters" (IntClust) based on copy number aberrations and gene expression, revealing new, clinically relevant subtypes with varying prognoses.

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• 3 months ago - by Anonymous

Facility contains equipment for all basic molecular biology needs. Training and help are provided. Provides molecular biology services ranging from DNA preparations to cloning and mutagenesis projects.

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• 3 months ago - by Anonymous

Software MATLAB toolbox for the automatic segmentation of the hippocampus in brain MRI images. It implements a novel patch-based label fusion method that cooperates with a non-rigid registration-based label fusion approach. Used to automatically and accurately segment the hippocampus in MRI scans by combining two techniques.

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• 3 months ago - submitted by Albert Crowley

Software code used in the multi-omics study of clear cell Renal Cell Carcinoma (ccRCC).

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• 3 months ago - submitted by Yuxuan Xiao

Source code for work submitted to journal. Multimodal foundation model for pan-cancer prognosis prediction developed on 14,468 patients across 30 cancer types using a collaborative multi-expert architecture that retains unique signals from each modality while modeling their interactions.

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• 3 months ago - submitted by Huajun Zhou

Non-profit research consortium located in Harlem, NY, providing advanced structural biology technologies to academic and commercial researchers. Founded by nine institutions, it specializes in cryo-electron microscopy (Cryo-EM), NMR spectroscopy, and X-ray crystallography to analyze molecular structures for drug discovery.

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• 3 months ago - submitted by Edward Eng

Software R package provides wrapper functions to compute parametric, nonparametric, and bootstrap confidence intervals (CIs) for comparing two samples, specifically designed for all-pairs or many-to-one comparisons. It enables, but does not enforce, adjustments for multiple testing.

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• 3 months ago - by Anonymous

High-resolution, benchtop Quadrupole Time-of-Flight mass spectrometer designed for characterizing small molecules and biotherapeutics. Used for analyzing complex samples, offering quantitative/qualitative data, and seamless integration with ACQUITY Premier LC systems.

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• 3 months ago - by Anonymous