Multimedia and SciArt | KuglerElisabeth

top of page

Awards

Elisabeth has won several awards as science / microscopy artist:

2nd place - Best Image Award - Multinational Congress on Microscopy 22-26 August 2021 (MC2021)
shortlist - Royal Microscopy Society (RMS) Scientific Imaging Competition 2021
1st place - Rank Prize Funds Seeing Science photography competition - Optoelectronics 2021
1st place - the University of Sheffield Insigneo institute for in silico medicine image competition

Features and covers

Her work has been featured on the cover of EMBO Reports Aug 2019, the annual Insigneo magazine, and the Development Cover in February 2023.

Exhibitions

Elisabeth's work has been displayed in exhibitions at the Royal Microscopy Society Conference 2021, the University Engineering Exhibition 2019, and FocalPlane webpage gallery items.

Expert Opinion

Her expert opinion as science artist was featured in an interview with The Node and an opinion piece in Development.

Collaborations

Elisabeth is also in regular exchange and collaboration with international artists as exemplified by her work with "Microscope me up" in 2019 and 2020.

Follow her on Twitter, Facebook, or Instagram to say tuned.

Data visualization, figures, and graphical abstracts

Scientific illustration showing the microscopy setup of light sheet fluorescence microscopy multi-view imaging

Kugler and Reynaud, LSFM Series, FocalPlane, 2021

Scientific illustration of light interaction with matter and microscopy artefacts

Scientific illustration showing the central role of glia cells in the neurovascular unit in health and disease

Kugler, Greenwood, & MacDonald, Front. Cell Dev. Biol.,2021

Worklflow overview of biomedical image analysis, including experiment & digitalization, data pre-processing, quantification, registration, and data analysis.

Microscopy Art Gallery

Lateral view of a 3 day old double-transgenic zebrafish.

Ventral view of a 3 day old zebrafish showing macrophages.

Dorsal view of the head vasculature in a 2 day old zebrafish.

Dorsal view of the head vasculature in a 3 day old double-transgenic zebrafish.

Ventral view of a one day old zebrafish, showing the fore- and midbrain vessels.

SciArt showing the impact of motionartefacts in long-term time-lapses.

Ventral view of a one day old zebrafish showing the vasculature (red) overlaid to brightfield.

Dorsal view of the head vasculature in a 4 day old zebrafish.

Dorsal view of the head vasculature in a 3 day old zebrafish.

Lateral view of the complete vasculature (magenta) in a 2 day old zebrafish, neurons are shown in gr

Muller glia cells.

Muller glia cells.

Muller glia cells - image processing.

Muller glia cells - image processing.

Muller glia cells.

Muller glia cells - image processing.

Support cells in the developing zebrafish retina.

Retinal ganglion cells (LUT fire) and developing glia cells (green) in a 48hpf zebrafish.

Muller glia (red) and blood vessel (white) in the retina.

Two types of neurons in the developing retina of a zebrafish.

Neurons and Muller glia of the developing zebrafish retina.

Neuronal cells in the developing zebrafish retina.

Two types of neurons in the developing retina of a zebrafish.

Retinal blood vessels (LUT fire) and support cells (red).

Zebrafish retina neurons (green) and glia cells (magenta) at 5dpf.

Two types of neurons in the developing retina of a zebrafish.

Example image of fine-tuning image segmentation. Spots displaying retinal neuronal synapses. Differe

Two types of neuron cells in a 60hpf zebrafish retina.

Retinal glia cells in a 3dpf zebrafish. Colour-coded by depth.

Image processing gone wrong.

1/1

bottom of page