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Kopffüßler, Schnecken und Muscheln in ihrer organismischen Verwandtschaftsordnung
Cephalopods, snails and bivalves in their organismic relationship
This contribution was first published in 1973 by Thomas Göbel after mutual discussions on the subject. It is reprinted here enlarged and supported by further details. The main point is to demonstrate how the molluscs can also show the scientific fruitfulness of a… Read More
Die Manteltiere (Tunikaten) Aspekte zu ihrer Dreigliederung
The tunicates - aspects of their threefoldness
The concept of threefoldness (sense-nerve system, metabolic system, rhythmic system) is applied to the hermaphroditic tunicates with their classes Appendicularia, Thaliacea, and Ascidia.
Ascidians are sessile organisms with a tadpole-like free-swimming larvae but often with a purely… Read More
Dynamische Anatomie des Fuß-Skeletts und ihre Darstellung im Märchen vom Aschenputtel
Der Fuß, die menschlichste Gliedmaße
The foot - the most human limb
Physical support and movement are basic functions of the foot in standing and walking, demonstrating the action of gravity and metamorphosed sunlight as the energy source for all active body movements. Calcium is a substance with a special relation to gravity and bone. ln relation to phosphorus/calcium… Read More
Beiträge der klinischen Rhythmusforschung zur therapeutischen Physiologie
Contributions of clinical rhythm research to therapeutic physiology
In the controversy between different medical approaches (conventional, alternative etc.), dogmatically holding to one’s own position is as unproductive as polemical attacks on the approaches of others.
In clinical chronobiology and chronomedicine there is… Read More
Tycho Brahe in seiner gegenwärtigen Aktualität
Tycho Brahe and his modern significance - 14th December 1546 - 24th October 1601
On 24th October 1601 Tycho Brahe died. His life-work enabled Johannes Kepler’s discovcry of the so called Kepler’s laws. With Brahe and Kepler a thousand year old striving for the mathematical description of the planets’ orbits rcached its culmination.… Read More
Johannes Müller im 19. Jahrhundert
Johannes Müller in the 19th century - destiny of his life and work
Johannes Müller (1801-1858) was not only the leading German physiologist in the first half of the 19th century but the teacher of a whole generation of natural scientists including Hermann von Helmholtz, Ernst Brücke, Carl Ludwig, Emil Du Bois-Reymond, Rudolf Virchow and… Read More
Vom Zusammenhang der Zygomorphie mit der Nektarblattverinnerlichung bei den Hahnenfußgewächsen (Ranunculaceae)
Neue klinische Befunde zur reaktiven Zirkaseptanperiodik
