Evomorf@UGent

Research group Evolutionary Morphology of Vertebrates at Ghent University
133 Pins
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2 Sections
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5mo
Fish gill lamellae
Anatomy of the primary and secondary gill lamellae, showing the water flow (large arrows) flowing in counter current to the blood flow (small arrows) in the capillaries running in the secondary gill lamellae. Blood then gradually changes from oxygen-poor (blue) to oxygen-richt (red).
Chromosomes and alleles 3D model (made in Blender)
Skeletal muscle fiber - internal organisation
Internal organisation of skeletal muscle fiber, showing myofibrils enclosed by sarcoplasmatic reticulum (yellow), T-tubuli (blue) and surrounded by mitochondria (red). Also showing the organisation of actin (blue) and myosin (orange) within a sarcomere.
Skeletal muscle fiber - internal organisation
Internal organisation of skeletal muscle fiber, showing myofibrils enclosed by sarcoplasmatic reticulum (yellow), T-tubuli (blue) and surrounded by mitochondria (red). Also showing the organisation of actin (blue) and myosin (orange) within a sarcomere.
Haikouella lanceoloata (internal anatomy)
External and internal anatomy of the fossil Haikouella lanceolata, a stem vertebrate (anatomy follows Chen et al., 1999).
Haikouella lanceoloata (internal anatomy)
External and internal anatomy of the fossil Haikouella lanceolata, a stem vertebrate (anatomy follows Chen et al., 1999).
Haikouella lanceoloata (external anatomy)
External and internal anatomy of the fossil Haikouella lanceolata, a stem vertebrate (anatomy follows Chen et al., 1999).
Vertebral development
Mesodermal (sclerotome) reorganisation during the formation of vertebrae
Pseudostratified epithelium
Cross section through pseudostratified epithelium of single-layered cilindrical epithelial cells