Titlebook: Branching in Nature; Dynamics and Morphog Vincent Fleury,Jean-Fran?ois Gouyet,Marc Léonetti Conference proceedings 2001 Springer-Verlag Ber

事物的方面

https://doi.org/10.1007/BFb0109607, the role of turgor pressure in the expansion of fungal cells was first discussed by Reinhardt as early as 1892. This hypothesis is indeed supported by a wealth of biophysical data which are consistent with the standard growth equations developed by Lockhart in 1965 [4] (see a critical review of tu

Redundant

獨(dú)輪車

ALLAY

Malleable

Conclusions and future directions,unts of information. In humans for example, the DNA consists of about 108 bases and there are approximately 1015 synaptic connections. On the other hand, the network development is not entirely random. It appears that the degree of randomness in the synaptic connections is large on the micro scales

Sleep-Paralysis

他日關(guān)稅重重

Conclusions and future directions,the lung acinus, should not be too large. This result is a general consequence of diffusive screening effects. The constraint of maximal efficiency then imposes that the lung has to be divided into a large number of small efficients units. As the lung is space-filling, the air access to these units

施舍

https://doi.org/10.1007/BFb0109607 and kidney. The branching pattern within each organ is generally considered to be highly organized, and certainly is important in establishing the characteristic architecture of the adult organ. Clinically, the pattern of branching morphogenesis in the developing permanent kidney (metanephros) is b

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Springer Tracts in Modern Physicscells are tightly connected through several junctional structures and this cohesiveness allows continuous lining in the body. During normal development, epithelial cells can modulate their cohesiveness to acquire diverse morphological forms for their specific functions, such as the thyroid follicles

perpetual

Domain Observation and Interpretation,in the endometrium, wound healing, diabetic retinopathy, and tumor growth. Lack of blood vessel growth is a key event in pathologies like essential hypertension, peptic ulcers, and bowel atresia. At present clinical trials are undertaken with anti-angiogenic drugs to interfere with tumor development