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SWIR imaging

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Dresden

We research the next generation of biomedical imaging techniques.

With noninvasive approaches, we aim to advance both biological research and clinical practice by developing new targeted contrast agents and novel imaging modalities.

SWIR imaging in Helmholtz Imaging CONNECT:

Application
Deep tissue imaging

Deep tissue imaging is a fundamental research method in the field of biological imaging. In the field of biological imaging, deep tissue imaging has always been an essential study tool in peering deep within biological …

In Helmholtz Imaging CONNECT
➤Facilities: 0 ➤Centers: 3 ➤Instruments: 0 ➤Labs: 1 ➤Modalities: 3 ➤Experts: 3 ➤Solutions: 0
Modality
Fluorescence imaging

Fluorescence imaging is often used in a light microscopy setting and revolved around the use of either autofluorescent properties of the sample or fluorescent marker molecules. Hereby, specific wavelengths of an excitation source (lamp, LED …

In Helmholtz Imaging CONNECT
➤Applications: 1 ➤Facilities: 1 ➤Centers: 8 ➤Instruments: 2 ➤Labs: 1 ➤Experts: 9 ➤Solutions: 2
Modality
Near-Infrared Fluorescence Imaging

Fluorescence imaging using dyes that fluoresce in the near-infrared range. NIR optical imaging permits relatively deep photon penetration into tissue, minimal tissue auto-fluorescence, less scatter, and high optical contrast.

Resource used

http://purl.obolibrary.org/obo/NCIT_C126402

See also:

Department …

In Helmholtz Imaging CONNECT
➤Applications: 0 ➤Facilities: 0 ➤Centers: 5 ➤Instruments: 0 ➤Labs: 2 ➤Experts: 4 ➤Solutions: 0
Modality
Optical Microscopy

The optical microscope, also referred to as a light microscope, is a type of microscope that commonly uses visible light and a system of lenses to generate magnified images of small objects. Optical microscopes are …
In Helmholtz Imaging CONNECT
➤Applications: 1 ➤Facilities: 4 ➤Centers: 6 ➤Instruments: 5 ➤Labs: 2 ➤Experts: 6 ➤Solutions: 3
Modality
Short wave infrared imaging (SWIR)

Shortwave infrared (SWIR) imaging refers to the use of cameras or sensors that are sensitive to light in the SWIR region of the electromagnetic spectrum, typically between 900 and 2500 nanometers in wavelength. SWIR imaging …

In Helmholtz Imaging CONNECT
➤Applications: 1 ➤Facilities: 0 ➤Centers: 3 ➤Instruments: 2 ➤Labs: 2 ➤Experts: 3 ➤Solutions: 0
No facility found.
Center
Deutsches Elektronen-Synchrotron (DESY)

DESY is one of the world’s leading accelerator centres. Researchers use the large-scale facilities at DESY to explore the microcosm in all its variety – from the interactions of tiny elementary particles and the behaviour …

In Helmholtz Imaging CONNECT
➤Applications: 157 ➤Facilities: 4 ➤Instruments: 23 ➤Labs: 86 ➤Modalities: 238 ➤Experts: 37 ➤Solutions: 10
Center
Deutsches Krebsforschungszentrum (DKFZ)

More than 450,000 people are diagnosed with cancer each year in Germany. Cancer is a disease that poses enormous challenges to research, because every cancer is different and its course can vary immensely even from …

In Helmholtz Imaging CONNECT
➤Applications: 40 ➤Facilities: 0 ➤Instruments: 6 ➤Labs: 19 ➤Modalities: 32 ➤Experts: 34 ➤Solutions: 13
Instrument
SWIR camera for 850-1550 nm (NIRvana LN)

The cryogenically cooled NIRvana® LN is unbeatable on sensitivity. For the faintest samples and the longest exposures, the NIRvana® LN can deliver exposure times of 60+ minutes.

  • 850 – 1550nm SWIR / NIR-II
  • Most sensitive …
In Helmholtz Imaging CONNECT
➤Applications: 0 ➤Facilities: 0 ➤Centers: 1 ➤Labs: 1 ➤Modalities: 1 ➤Experts: 1 ➤Solutions: 0
No solution found.

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