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Dear everyone
I am wondering if anyone could please tell me the definition of isotropic
property. I've seen in Neuromechancis of Human Movement (Enoka, 2004) that I
band is isotropic because it is singly refractive. Then, does it merely
refer to the appearance of the thin filaments and striated apperance of
whole muscle? Also and more importantly, is it this striation pattern of
muscle that led to the development of sliding filament theory? I would
appreciate so much if you could shed any light on this.
Best regards
Dai Nishikawa
Master of Ergonomics (to be completed in 2005)
GDip Human Movement Science
BSc(Hon) Sports Healthcare
The School of Human Movement Studies
The University of Queensland
St Lucia Qld 4072
Phone: +61 (0)7 3365 6240
Mobile: +61 (0)407 024 713
E-mail: relax2809@hotmail.com
__________________________________________________ _______________
Sell your car for $9 on carpoint.com.au
http://www.carpoint.com.au/sellyourcar
I am wondering if anyone could please tell me the definition of isotropic
property. I've seen in Neuromechancis of Human Movement (Enoka, 2004) that I
band is isotropic because it is singly refractive. Then, does it merely
refer to the appearance of the thin filaments and striated apperance of
whole muscle? Also and more importantly, is it this striation pattern of
muscle that led to the development of sliding filament theory? I would
appreciate so much if you could shed any light on this.
Best regards
Dai Nishikawa
Master of Ergonomics (to be completed in 2005)
GDip Human Movement Science
BSc(Hon) Sports Healthcare
The School of Human Movement Studies
The University of Queensland
St Lucia Qld 4072
Phone: +61 (0)7 3365 6240
Mobile: +61 (0)407 024 713
E-mail: relax2809@hotmail.com
__________________________________________________ _______________
Sell your car for $9 on carpoint.com.au
http://www.carpoint.com.au/sellyourcar