By Homer M. (editor); Honeycutt, Richard C. (editor); Duesing, John H. (ed LeBaron
content material: prestige and assessment of biotechnology in agricultural chemistry / Homer M. LeBaron --
Use of plant of cellphone cultures in pesticide metabolism experiences / Beth A. Swisher --
In vitro plant cultures for herbicide prescreening / J. Gressel --
purposes of in vitro choice structures : whole-plant choice utilizing the haploid part of Ceratopteris / Leslie G. Hickok --
Use of plant cells and organ tradition within the construction of organic chemical substances / Hector E. Flores --
Use of somatic embryogenesis for the regeneration of vegetation / David A. Stuart and M. Keith Redenbaugh --
choice for herbicide resistance on the whole-plant point / G. Haughn and C.R. Somerville --
Classical techniques to the advance of herbicide tolerance in crop cultivars / W.D. Beversdorf --
telephone tradition techniques for acquiring herbicide-resistant chloroplasts in crop vegetation / friend Maliga, Erzsebet Fejes, Katherine Steinback, and Laszlo Menczel --
constructing insecticide resistance in insect and mite predators and possibilities for gene move / Marjorie A. Hoy --
value of conformational variability in protein engineering of subtilisin / Richard Bott, Mark Ultsch, James Wells, David Powers, Daniel Burdick, Martin Struble, John Burnier, David Estell, Jeffrey Miller, Thomas Graycar, Robin Adams, and Scott energy --
Detection of plasmids within the plant pathogenic bacterium Xanthomonas campestris Pathovar glycines / Michael J. Haas and William F. Fett --
Use of microorganisms and microbial structures within the degradation of insecticides / Jeffrey S. Karns, Mark T. Muldoon, Walter W. Mulbry, Myra ok. Derbyshire, and Philip C. Kearney --
Biodegradation of s-triazines : an method of do away with recalcitrant wastes / Alasdair M. cook dinner --
Use of microorganisms and enzymes within the synthesis and creation of optically lively agricultural chemical substances / Gary J. Calton --
Microbiological id and characterization of an amino acid biosynthetic enzyme because the web site of sulfonylurea herbicide motion / Robert A. LaRossa, S. Carl Falco, Barbara J. Mazur, Kenneth J. Livak, John V. Schloss, Dana R. Smulski, Tina ok. Van Dyk, and Narendra S. Yadav --
Genetic engineering of bacterial pesticides / Brian B. Spear --
Ice nucleation-deficient micro organism as frost safeguard brokers / G.J. Warren, J. Lindemann, T.V. Suslow, and R.L. eco-friendly --
Immunoassays for crop administration platforms and agricultural chemistry / Richard okay. Lankow, G. David Grothaus, and Sally A. Miller --
watching for the affects of biotechnology on agriculture : a overview and synthesis / Joseph J. Molnar, Henry Kinnucan, and Upton Hatch --
Patent legislation governing functions of biotechnology patents with regards to agricultural items / Rene D. Tegtmeyer --
security of biotechnology in agricultural-related innovations / Kate H. Murashige --
Public guidelines for warding off error in biotechnology advancements / Edwin H. Clark, II --
questions of safety in standpoint / Winston J. Brill --
evaluation of the security of agricultural recombinant DNA experiments and box checks : the position of the nationwide Institutes of future health / Bernard Talbot --
file of the Interagency Biotechnology operating staff : description of the poisonous elements keep an eye on Act / David L. uninteresting, Matthew Hale, Anne ok. Hollander, Jane Rissler, and Carl Mazza --
Biotechnology items concerning agriculture : evaluation of regulatory judgements on the U.S. Environmental safety service provider / F. Betz, A. Rispin, and W. Schneider --
Critique of reviews at the U.S. division of Agriculture coverage assertion on law of biotechnology / Bruce F. Mackler --
possibility review and legislation of genetically engineered items / C.A. Franklin, E.R. Nestmann, and L. Ritter.
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Extra resources for Biotechnology in Agricultural Chemistry
ACS Symposium Series; American Chemical Society: Washington, DC, 1987. 1. LEBARON 12) 13) 14) 15) 16) 17) 18) 19) 20) Status and Overview Arntzen, C. ; Steinback, Κ. E. In "Herbicide Resistance in Plants"; LeBaron, H. ; John Wiley and Sons: New York, 1982; pp. 185-214. Lewis, R. High Technology 1986, 6(5), 46-53. Weber, J . Genetic Engineering News 1986, 6(7), 3. Kempner, D. ; Schnell, G. ; Wolnak, B. Genetic Engineering News 1986, 6(1), 18-19. Miller, C. Genetic Engineering News 1986, 6(7), 41.
C e l l clumping or v i s c o s i t y does not i n t e r f e r e . pH changes not always i n d i c a t i v e o f growth p a t t e r n . Electrical conductivity Use conduc tivity cell; a l i q u o t or entire Same as pH. This method i s one o f the best o f those used i n terms of s i m p l i c i t y , reproducibility, and c o r r e l a t i o n with dry weight changes. Time o f minimum c o n d u c t i v i t y ("maximum growth") f r e q u e n t l y does not correspond e x a c t l y with time o f maximum o f d r y weight changes.
22 BIOTECHNOLOGY IN AGRICULTURAL CHEMISTRY Table 1. A comparison o f methods used t o measure growth o f soybean cell suspensions Comparison Technique Procedures Advantages Disadvantages Oven-dry weight of e n t i r e f l a s k content F i l t e r , wash, and oven-dry cells Extremely simple. Data can be obtained r e a d i l y with minimal t r a i n i n g . Usually q u i t e c o n s i s t e n t and r e l i a b l e . Requires normal l a b o r a t o r y equipment. E n t i r e sample destroyed. Requires considerable space i f Erlenmeyer f l a s k s are used.
Biotechnology in Agricultural Chemistry by Homer M. (editor); Honeycutt, Richard C. (editor); Duesing, John H. (ed LeBaron