Studies on the cell wall constituents of the forage part 5 the relationship between the contents of the cell wall constituents and the growth period of italian rye grass in the 1st 2nd and 3rd growth
Abe, A.; Wake, H.; Horii, S.
Bulletin of the National Institute of Animal Industry (Ibaraki) (26): 25-30
1973
Accession: 027475993
PDF emailed within 1 workday: $29.90
Related References
Abe, A.; Wake, H.; Horii, S. 1973: Studies on the cell wall constituents of forage. 5. The relationship between the contents of the cell wall constituents and the growth period of Italian ryegrass in the first, second and third growth Bulletin of the National Institute of Animal Industry 26: 25-30Horii, S.; Abe, A. 1970: Studies on the cell wall constituents of the forage. 2. The influence of the cell wall structure and other nutritive factors on the digestibility of the cell wall carbohydrates Bulletin of National Institute of Animal Industry 23, 89-94
Abe, A.; Horii, S. 1972: Studies on the cell wall constituents of the forage. 4. The mutual relations among several cell wall fractions Bulletin of National Institute of Animal Industry 25: 69-74
Horii, S.; Abe, A. 1970: Studies on the cell wall constituents of the forage. 1. Chemical studies of the neutral detergent fiber (NDF) as the cell wall constituent Bulletin of National Institute of Animal Industry 23, 83-87
Ogasawara, N. 1970: Studies on the cell wall of piricularia oryzae part 2 the chemical constituents of the cell wall Agricultural and Biological Chemistry: 553-560
Horii, S.; Abe, A. 1970: Studies on the cell-wall constituents of forages. 2. The influence of cell-wall structure and other nutritive factors on the digestibility of cell-wall carbohydrates Bulletin of the National Institute of Animal Industry. Japan, 23, 89-94
Sasaki, S.; To, S. 1939: Studies on the cell-wall constituents of soybean II. Cell-wall constituents of the seed coat Jour Agric Chem Soc Japan 15(6): 624-628
Garcia, C.B.; Gomez, G.J.M. 1974: Evolutions of the cell-wall constituents and the nutritive evaluation in two forage species with cutting frequency and primary growth Proceedings of the 12th International Grassland Congress Grassland Utilization 1: 140-151
Masaoka, Y.; Takano, N. 1981: A rapid determination of plant cell wall constituents and cellulase hydrolyzed cell wall constituents using a sealed glass crucible Grassland Science 27(3): 303-307
Roussel, V.; Gibelin, C.; Fontaine, A.S.; Barriere, Y. 2002: Genetic analysis in recombinant inbred lines of early dent forage maize. II - QTL mapping for cell wall constituents and cell wall digestibility from per se value and top cross experiments Maydica 47(1): 9-20
Anderson, W.F.; Dien, B.S.; Jung, H.-J.G.; Vogel, K.P.; Weimer, P.J. 2010: Effects of Forage Quality and Cell Wall Constituents of Bermuda Grass on Biochemical Conversion to Ethanol Bioenergy Research 3(3): 225-237
Stanley, R.L.; Beaty, E.R.; Powell, J.D. 1977: Forage yield and percent cell wall constituents of pensacola bahia grass as related to nitrogen fertilization and clipping height Agronomy Journal 69(3): 501-504
Hovin, A.W.; Marten, G.C.; Stucker, R.E. 1976: Cell wall constituents of reed canary grass genetic variability and relationship to digestibility and yield Crop Science 16(4): 575-578
Koblitz, H. 1967: Contributions to the cell wall research in plant tissue culture: III. Studies on the constituents effecting the cell wall ontogenesis in the coconut Qualitas Plant Mat Veg 14(1/2): 70-78
Horii, S.; Abe, A. 1972: Studies on the cell wall constituents of the forage. 3. Chemical studies of the acid detergent fiber. Bulletin of National Institute of Animal Industry 25: 63-68