Beobachtungen an Eihäuten junger menschlicher Eier

@article{Happe2005BeobachtungenAE,
  title={Beobachtungen an Eih{\"a}uten junger menschlicher Eier},
  author={H. Happe},
  journal={Anatomische Hefte},
  year={2005},
  volume={32},
  pages={172-212}
}
  • H. Happe
  • Published 1 December 1906
  • Biology
  • Anatomische Hefte
7 Citations
Influence of Branching Patterns and Active Contractions of the Villous Tree on Fetal and Maternal Blood Circulations in the Human Placenta
  • Y. Kato
  • Biology
  • Highlights on Hemodynamics
  • 2018
TLDR
In this chapter, how these three types of hypoxia influence the blood circulation in the placenta by the aforementioned computational model are discussed. Expand
Villous Tree Model with Active Contractions for Estimating Blood Flow Conditions in the Human Placenta
TLDR
A computational villous tree model, which actively contracts, was developed and the results show that the displacement caused by the contraction was influenced by the shear elastic moduli, but kept useful for the blood flows in the placenta. Expand
Statistical Mechanics of the Human Placenta: A Stationary State of a Near-Equilibrium System in a Linear Regime
TLDR
Investigation in human placental stem villi found that PSV operated near equilibrium, and entropy production rate which quantified irreversibility of chemical processes appeared to be the lowest ever observed in any contractile system. Expand
Biologie der Placenta
TLDR
Dazu kommt, dal3 die Ergebnisse des Tierexperiments nur mit grSl~ter u auf den Mensehen fibertragen werden dfirfen, durch die sich besonders eine Reihe jfingerer Forscher in dankenswerter Weise verdient gemacht haben, nichts Wesentliches ge~ndert. Expand
Zur Theorie der Blasenmole
TLDR
Der bTachweis, dass der zentrale Fliissigkeitsraum ein zentrales erweitertes Ge~'ass sei, ist nicht gegli~ckt, wird infolge des Fehlens durchsehlagender Argumente. Expand
Über Fibrin und Fibrinoid in der Placenta
  • O. Grosser
  • Chemistry
  • Zeitschrift für Anatomie und Entwicklungsgeschichte
  • 2005
The extravascular contractile system in the human placenta
TLDR
The ultrastructure suggests that cells of the extravascular contractile system are related to smooth muscle cells, including subpopulations with myofibroblastic features. Expand