Image of C2C12 cells: The cells are stained with lamin B (magenta) which indicates nuclear structure, Hoechst (blue) indicating DNA, and γH2AX (yellow) indicating damage to DNA. Cells were imaged using a THUNDER Imager 3D Live Cell with a 63X/1.4 oil immersion objective.

Cell Biology Research

When your research is centered on understanding the cellular basis of human health and disease, it is critical to investigate the cells of interest in spatiotemporal and molecular detail. Consequently, microscopy is an ever-important tool in cell biology, allowing you to study your specimens in detail within their structural environment, as well as, analyze cellular organelles and macromolecules. Cell biology imaging is done with a range of light and electron microscopes. Imaging solutions offered by Leica Microsystems are designed to maximize your cell biology research.

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Challenges with cellular imaging

The challenges faced when using microscopy for cell biology research vary, as the imaging of inter- and intra-cellular events requires a range of samples that vary in size and complexity. Imaging of these events needs to be performed from the nanometer to the millimeter scale.

Additionally, the study of cells under the microscope is further influenced by whether they are live or fixed samples, as these cases pose different imaging challenges. One challenge is how to capture fast dynamic events with the right resolution. Another one, for any cellular structures or events that do not produce a natural contrast during imaging, is choosing the right fluorescent proteins, antibodies, or nucleic acid probes to use as tags for specific proteins, DNAs, and RNAs in the cell to be viewed with fluorescence microscopy.

Super-resolution live-cell imaging of HeLa Kyoto cells in multicolor. All 4 colors were acquired simultaneously. Green indicates the Golgi apparatus (GAL-T-GFP), red the nuclei (mCherry, Histone H2B), yellow the filopodia (YFP, membrane GPI), and cyan the lysosomes (SIR-647-Lyso). Sample courtesy of Dr. Sabine Reiter, EMBL Heidelberg, Germany.

Finding the right solution for cellular imaging

Choosing the right microscopy method is critical if you want to maximize your research output and obtain the highest quality data. Leica Microsystems offers various solutions to improve your cell biology research. These range from digital imagers that enhance daily cell culture tasks to high-end imaging solutions that enable the study of single molecules in detail, seamlessly move from fast widefield imaging to high resolution confocal imaging with just a simple click or maximize the amount of results you get from your sample.

COS7 mitotic cells: chromatin (cyan, mCherry), mitotic spindle (yellow, EGFP), Golgi (red, Atto647N), mitochondria (green, AF532), and actin filaments (magenta, SiR700). Sample courtesy of Jana Döhner and Urs Ziegler, University of Zurich, Switzerland. Cells expressing mCherry were a kind gift of Daniel Gehrlich and SiR was a kind gift of Spirochrome. Image acquired with STELLARIS.

THUNDER Imager

Cultured VERO cells stained with STAR488 Vimentin (green), STAR580 Tom20 (yellow), and DAPI (blue). Sample courtesy of Abberior GmbH, Göttingen, Germany.

THUNDER Imagers provide you with a solution for advanced 3D cell culture assays, whether you want to study stem cells, spheroids, or organoids. THUNDER Imager 3D Live Cell & 3D Cell Culture meets your requirements to study cells close to their physiological state by optimizing experimental conditions, e.g., the lowest light intensity and shortest exposure times possible.

Infinity TIRF

Hela cells stably expressing Actin Chromobody-Tag GFP2 and stained with SIR-Tubulin. Courtesy of ChromoTek GmbH, Munich, Germany, and Spirochrome SA.

TIRF is ideal for imaging dynamic processes and the method of choice for visualizing single molecules with super-resolution.

STELLARIS

Mitotic COS7 Cells: SiR-Actin (ex: 647 nm, em: 657-740 nm), AF750-Tom20 (ex: 750 nm, em: 760-790 nm), and AF790-memb (ex: 790 nm, em: 810-850 nm). Sample courtesy of Jana Döhner and Urs Ziegler, University of Zurich, Switzerland. Image acquired with STELLARIS.

Experience the power to see more within your cells, with enhanced image quality, the possibility to image more markers within one sample at the same time, and the capacity to make detailed observations without influencing or damaging your sample with STELLARIS confocal microscope platform.

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Image of C2C12 cells

The cells are stained with lamin B (magenta) which indicates nuclear structure, Hoechst (blue) indicating DNA, and γH2AX (yellow) indicating damage to DNA. Cells were imaged using a THUNDER Imager 3D Live Cell with a 63X/1.4 oil immersion objective.

Images courtesy of Dr. Lucas Smith, Department of Neurobiology, Physiology and Behavior, College of Biological Sciences, University of California at Davis.

THUNDER Imager 3D Live Cell

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Image of C2C12 cells

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