Visualization of dynamic functional and molecular events in an unperturbed in vivo
environment is essential for understanding the complex biology of living organisms and of …

Efforts to scale neuroimaging towards the direct visualization of mammalian brain-wide
neuronal activity have faced major challenges. Although high-resolution optical imaging of …

Imaging dynamics at different temporal and spatial scales is essential for understanding the
biological complexity of living organisms, disease state and progression. Optoacoustic …

Despite the importance of placental function in embryonic development, it remains poorly
understood and challenging to characterize, primarily due to the lack of non-invasive …

The exposure to visible light has been shown to exert various biological effects, such as
erythema and retinal degeneration. However, the phototoxicity mechanisms in living cells …

Real-time visualization of large-scale neural dynamics in whole mammalian brains is
hindered with existing neuroimaging methods having limited capacity when it comes to …

Functional optoacoustic (OA) imaging assisted with genetically encoded calcium ion
indicators (GECIs) holds promise for imaging large-scale neuronal activity at depths and …

We report our study on temperature dependence of photoacoustic signal from contrast dye
and this technique is used to enhance signal strength from stained biological samples. A …

Promising new developments include the introduction of near-infrared-shifted fluorescent
molecules that can be used for in vivo labeling of deep tissue functional and molecular …

Optoacoustic imaging offers minimally invasive, fast, and volumetric visualization of cells,
organs and organisms based on the detection of light-induced ultrasound waves. While …