Home
  >  
Section 25
  >  
Chapter 24,401

Contributions to the cell wall research in plant tissue culture: III. Studies on the constituents effecting the cell wall ontogenesis in the coconut

Koblitz, H.

Qualitas Plant Mat Veg 14(1/2): 70-78

1967

Accession: 024400935
The composition of a new nutrient medium for the in vitro cultivation of carrot plant tissues is described, in which natural sources of stimulating substances such as coconut milk, fraction Gl [a fraction from coconut endosperm] are substitutedvby defined chemical compounds. The new medium contains high amounts of [gamma]-amino-butyric acid showing very strong rhizogenic qualities and-resembling in this way the fraction Gl. Gibberellin suppresses this root formation and can be compared with the coconut milk. Both kinetin and gibberellin increase the lignin production; this activity is eliminated by the [gamma]-aminobutyric acid. A scheme relating these results and decar-boxylation and transamination was attempted.

PDF emailed within 1 workday: $29.90




Related References

Koblitz, H. 1967: Contributions to cell wall research in plant tissue culture. IV. On insoluble nitrogen in the cell wall of in vitro cultivated carrot tissue and cell wall ontogenesis Qualitas Plant Mat Veg 14(3): 212-222
Koblitz, H. 1967: Contributions to the cell wall research in plant tissue culture: n. Biochemical aspects of cell wall ontogenesis of in vitro cultivated plant tissues Quali Plant Mat Veg 14(1/2): 37-69
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
Horii, 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
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
Koblitz, H. 1965: Contribution to cell wall research in plant tissue culture. L On plant tissue cultures in general and several morphogenetic effects Qualitas Plant Mater Vegetabiles 12(4): 376-389
Domozych, D.; Stewart, K.; Mattox, K. 1981: In vivo cell wall ontogenesis in chlorophycean flagellates. 1. The cell wall, endomembrane system and interphase wall expansion Cytobios 2(127-128): 147-165
Abe, A.; Wake, H.; Horii, S. 1973: 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 Bulletin of the National Institute of Animal Industry (Ibaraki) (26): 25-30
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
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
Cosgrove, D.J. 2016: Plant cell wall extensibility: connecting plant cell growth with cell wall structure, mechanics, and the action of wall-modifying enzymes Journal of Experimental Botany 67(2): 463-476
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: 25-30
Yoshida, Nagayuki; Fukuya, Isamu; Kakutani, Isao; Tanaka, Saburo; Takaishi, Kenji; Nishino, Kenji; Hashimoto, T. 1954: Studies on the bacterial cell wall. V. Electron microscope studies of the cell wall of Salmonella typhi H-901 and the preliminary experiment for the morphological studies of the changes in the cell wall induced by the antigen-antibody reaction Tokushima Jour Exptl Med 1(2): 105-114
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
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
M.Harlow 1932: Contributions to the chemistry of the plant cell wall VI Further studies on the location of lignin in the cell walls of wood American Journal of Botany 19(9): 729-739
Harlow, W..M. 1932: Contributions to the Chemistry of the Plant cell Wall VI. Further Studies on the Location of Lignin in the cell Walls of Wood American Journal of Botany 19(9): 729-739
Harlow, W.M. 1939: Contributions to the chemistry of the plant cell wall. IX. Further studies on the location of lignin, cellulose, and other components in woody cell walls Paper Trade Jour 109(18): 38-42
Wiszniewska, A.; Piwowarczyk, B. 2014: Studies on Cell Wall Regeneration in Protoplast Culture of Legumes - the Effect of Organic Medium Additives on Cell Wall Components Czech Journal of Genetics and Plant Breeding 50(2): 84-91
Harlow, W.M. 1928: Contributions to the chemistry of the plant cell wall. III. The reliability of staining reagents in microchemical studies of plant cell walls. IV. Some microchemical reactions of woody tissues previously treated with hydrofluoric acid BULL NEW YORK COLL FOREST SYRACUSE UNIV l(4-b): 3-16