9 results filtered with: Hermann Aberle, University of Munster
- Digital Images
- Online
Muscle Innervation
Hermann Aberle, University of Munster
- Digital Images
- Online
Muscle Innervation in Drosophila
Hermann Aberle, University of Munster
- Digital Images
- Online
Mutant Muscle Sarcomere, Drosophila larva
Hermann Aberle, University of Munster
- Digital Images
- Online
Muscle fibres, Drosophila embryo
Hermann Aberle, University of Munster
- Digital Images
- Online
Neuromuscular junction from a Drosophila larva showing a nerve synapse atttached to a muscle fibre. The transmission of signals in shown via synaptic vesicles containing neurotransmitter substance (shown in red). These vesicles are in close accosiation with the microtubule-based synaptic core cytoskeleton o the nerve, which is shown in green.
Hermann Aberle, University of Munster
- Digital Images
- Online
Ankyrin 2 expression, Drosophila Embryo
Hermann Aberle, University of Munster
- Digital Images
- Online
Wild-type Muscle Sarcomere, Drosophila larva
Hermann Aberle, University of Munster
- Digital Images
- Online
Wild-type and Mutant Muscle Sarcomeres, Drosophila larva
Hermann Aberle, University of Munster
- Digital Images
- Online
Neuromuscular junction showing the association of the nerves and the muscle fibres. This image is taken from a Drosophila larva and shows the neuromuscular junctions stained with green fluorescence protein (GFP) in association with the muscle fibres in red. The muscle is stained with an antibody which provides the red colour and also shows the striated pattern of the contractile filaments (sarcomers) of the muscle.
Hermann Aberle, University of Munster