Brain weight differences associated with induced focal microgyria

Background  

Disrupting neural migration with bilateral focal freezing necrosis on postnatal day 1 (P1) results in the formation of 4-layered microgyria. This developmental injury triggers a pervasive neural reorganization, which is evident at the electrophysiological, behavioral, and anatomical levels. In this experiment, we investigated changes in brain weight as an index of global disruption of neural systems caused by focal damage to the developing cortical plate.     

Acknowledgement to referees

Acknowledgement to referees     

Using camal for algebraic computations in general relativity

CAMAL is a collection of computer algebra systems developed in Cambridge, England for use mainly in theoretical physics. One of these was designed originally for general relativity calculations, although it is often used in other fields. In a recent paper Cohen, Leringe, and Sundblad compared six systems for algebraic computations applied to general relativity available in Stockholm. Here we give similar information for CAMAL, and by using the same tests we add CAMAL to the comparison.     

Vinylmetallics as ligands III. Synthesis and characterization of potassium trichloro(trimethylvinylsilane)platinate(II)

The preparation and some reactions of the compound potassium trichloro(trimethylvinylsilane)platinate(II) are reported.     

Organometalloidal derivatives of the transition metals : VI. The potential of 29Si NMR spectroscopy in analysis of π-organosilyl complexes of the transition metals [1]

The ²⁹Si FT NMR characteristics of a number of π organosilyl-transition metal complexes have been determined and their usefulness for characterizing the complexes investigated.