Chemistry and Biochemistry of Meat 23Root , D. D. , and K. Wang. 1994a. Calmodulin - sensitive
interaction of human nebulin fragments with actin and
myosin. Biochemistry 33 : 12581 – 12591.
Root , D. D. , and K. Wang. 1994b. Nebulin - calmodulin
as a new calcium regulatory system on the thin fi la-
ment of skeletal - muscle. Biophysical Journal
66 : A123 – A123.
Root , D. D. , and K. Wang. 2001. High - affi nity actin -
binding nebulin fragments infl uence the actos1
complex. Biochemistry 40 : 1171 – 1186.
Rowe , L. J. , K. R. Maddock , S. M. Lonergan , and E.
Huff - Lonergan. 2004a. Infl uence of early postmortem
protein oxidation on beef quality. Journal of Animal
Science 82 : 785 – 793.
Rowe , L. J. , K. R. Maddock , S. M. Lonergan , and E.
Huff - Lonergan. 2004b. Oxidative environments
decrease tenderization of beef steaks through inactiva-
tion of calpain. Journal of Animal Science
82 : 3254 – 3266.
Rowe , L. J. , K. R. Maddock , A. Trenkle , S. M. Lonergan ,
and E. Huff - Lonergan. 2003. Effects of oxidation on
beef tenderness and calpain activity. Journal of
Animal Science 81 : 74.
Schafer , A. , K. Rosenvold , P. P. Purslow , H. J. Andersen ,
and P. Henckel. 2002. Physiological and structural
events postmortem of importance for drip loss in pork.
Meat Science 61 : 355 – 366.
Squire , J. 1981. The Structural Basis of Muscular
Contraction. New York : Plenum Press.
Stadtman , E. R. 1990. Metal ion - catalyzed oxidation of
proteins — biochemical - mechanism and biological
consequences. Free Radical Biology and Medicine
9 : 315 – 325.
Stamler , J. S. , S. Lamas , and F. C. Fang. 2001.
Nitrosylation:The prototypic redox - based signaling
mechanism. Cell 106 : 675 – 683.
Swatland , H. J. , and S. Belfry. 1985. Post - mortem
changes in the shape and size of myofi brils from
skeletal - muscle of pigs. Mikroskopie 42 : 26 – 34.
Taylor , R. G. , G. H. Geesink , V. F. Thompson , M.
Koohmaraie , and D. E. Goll. 1995. Is z - disk degrada-
tion responsible for postmortem tenderization?
Journal of Animal Science 73 : 1351 – 1367.
Thompson , T. G. , Y. M. Chan , A. A. Hack , M. Brosius ,
and M. Rajala. 2000. Filamin 2 (fl n2): A muscle -
specifi c sarcoglycan interacting protein. Journal of
Cell Biology 148 : 115.
U.S. Department of Agriculture, A. R. S. 2008. USDA
national nutrient database for standard reference,
release 21, Nutrient Data Laboratory Home Page.
http://www.ars.usda.gov/Services/docs.htm?docid=
8964 (Nov. 2009.)
Uytterhaegen , L. , E. Claeys , and D. Demeyer. 1994.
Effects of exogenous protease effectors on beef ten-
derness development and myofi brillar degradation
and solubility. Journal of Animal Science
72 : 1209 – 1223.
van der Flier , A. , I. Kuikman , D. Kramer , D. Geerts , and
M. Kreft. 2002. Different splice variants of fi lamin - b
affect myogenesis, subcellular distribution, and deter-
mine binding to integrin subunits. Journal of Cell
Biology 156 : 361.P. Purslow. 1989. The structural basis of the water -
holding, appearance and toughness of meat and meat -
products. Food Microstructure 8 : 151 – 170.
Offer , G. , and J. Trinick. 1983. On the mechanism of
water holding in meat: The swelling and shrinking of
myofi brils. Meat Science 8 : 245 – 281.
Olson , D. G. , and F. C. Parrish. 1977. Relationship of
myofi bril fragmentation index to measures of beef-
steak tenderness. Journal of Food Science
42 : 506 – 509.
Olson , D. G. , F. C. Parrish , W. R. Dayton , and D. E.
Goll. 1977. Effect of postmortem storage and calcium
activated factor on myofi brillar proteins of bovine
skeletal - muscle. Journal of Food Science 42 : 117 –
124.
O ’ Shea , J. M. , R. M. Robson , T. W. Huiatt , M. K.
Hartzer , and M. H. Stromer. 1979. Purifi ed desmin
from adult mammalian skeletal muscle: A peptide
mapping comparison with desmins from adult mam-
malian and avian smooth muscle. Biochemical and
Biophysical Research Communications 89 : 972 – 980.
Penny , I. F. 1976. Effect of conditioning on myofi brillar
proteins of pork muscle. Journal of the Science of
Food and Agriculture 27 : 1147 – 1155.
Penny , I. F. , C. A. Voyle , and E. Dransfi eld. 1974.
Tenderizing effect of a muscle proteinase on beef.
Journal of the Science of Food and Agriculture
25 : 703 – 708.
Pfuhl , M. , S. J. Winder , and A. Pastore. 1994. Nebulin,
a helical actin binding protein. EMBO Journal
13 : 1782.
Radi , R. , A. Denicola , B. Alvarez , G. Ferrer - Sueta , and
H. Rubbo. 2000. The biological chemistry of per-
oxynitrite. In Nitric Oxide: Biology and Pathobiology ,
L. Ignarro (ed.), pp. 57 – 82. San Diego, Calif. :
Academic Press.
Richardson , F. L. , M. H. Stromer , T. W. Huiatt , and
R. M. Robson. 1981. Immunoelectron and fl uores-
cence microscope localization of desmin in mature
avian muscles. Eur. J. Cell Biol. 26 : 91.
Robson , R. M. 1989. Intermediate fi laments. Current
Opinion in Cell Biology 1 : 36 – 43.
Robson , R. M. , T. W. Huiatt , and F. C. Parrish , Jr. 1991.
Biochemical and structural properties of titin, nebulin
and intermediate fi laments of muscle. Proc. Recip.
Meat Conf. 44 : 7.
Robson , R. M. , M. Yamaguchi , T. W. Huiatt , F. L.
Richardson , J. M. O ’ Shea , M. K. Hartzer , W. E.
Rathbun , P. J. Schreiner , L. E. Kasang , M. H. Stromer ,
Y. - Y. S. Pang , R. R. Evans , and J. F. Ridpath. 1981.
Biochemistry and molecular architecture of muscle
cell 10 - nm fi laments and Z - line: Roles of desmin and
aactinin. Proc. Recip. Meat Conf. 34 : 5.
Robson , R. M. , E. Huff - Lonergan , F. C. Parrish , C. - T.
Ho , M. H. Stromer , T. W. Huiatt , R. M. Bellin , and
S. W. Sernett. 1995. Postmortem changes in the myo-
fi brillar and other cytoskeletal proteins in muscle. In
50th Annual Recipriocal Meat Conference, Ames,
Iowa , pp. 43 – 52.
Robson , R. M. , T. W. Huiatt , and R. M. Bellin. 2004.
Muscle intermediate fi lament proteins. Methods of
Cell Biology 78 : 519 – 553.