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Regional Distribution of Fiber Types in Developing Baboon Diaphragm Muscles by Leo C. Maxwell; Thomas J. Kuehl; Roger J. M. McCarter; James L. Robotham is a Medicine article available to read on EtoBox.

What is Regional Distribution of Fiber Types in Developing Baboon Diaphragm Muscles about?

Fiber type distribution and mean fiber area were determined for seven sites in diaphragm muscles of premature (140 days gestation), full-term (180 days gestation), and adult baboons. Within a group, data did not differ significantly amongst the seven sites. The diaphragm of premature animals had a large proportion [56(f2)%] of type IIc fibers, smaller proportions of type I, 110, and IIh fibers [16(\*2), 21(+1), and 7(f2)%, respectively], and no type IIg fibers. Full-term animals had fewer type IIc [2(\*1)%] fibers, greater proportions of type I [46(+2)%], IIh [23( f 1)%], and IIg [11( + 1)%] fibers, and a similar proportion of type 110 fibers [17(+1)%]. Diaphragm from adult baboons had similar proportions of type I, 110, IIh, IIg, and IIc fibers in females [39(&4), 20(\*2), 1(\*1), 41(\*5), and 1(\*1)%] and males [48(\*2), 16(\*1), O(\*O), 36(+2), and 3(\*2)%1. Fiber area for premature [143(f9), 210(+15), 231(\*15), and 156(f16) pm2 for type I, 110, IIh, and IIc fibers], newborn [317(\*32), 374(+36), 468(\*42), 498(&43), and 322(\*37) pm2 for type I, 110, IIh, IIg, and IIc fibers], and for type I, 110, IIg, and IIc fibers from adult female [1,759(\*130), 2,365(\*284), 5,026(+742),

Who reads Regional Distribution of Fiber Types in Developing Baboon Diaphragm Muscles?

Author

Leo C. Maxwell; Thomas J. Kuehl; Roger J. M. McCarter; James L. Robotham

Publisher

John Wiley and Sons; Wiley (John Wiley & Sons); John Wiley & Sons Inc.; Wiley (ISSN 0003-276X)

Published

1989

Language

EN

Field

Medicine (Health Sciences)