Search Results - "Soltes, E.J"

Bioreactor culture of heterotrophic sandalwood (Santalum album L.) cell suspensions utilizing a cell-lift impeller by Valluri, J.V, Treat, W.J, Soltes, E.J

“…Growth and phenolic production by two heterotrophic suspension cultures (SW-1 and SW-2) of sandalwood cultivated in a 2.5 L bioreactor were investigated…”
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Effects of cell-wall acetate, xylan backbone, and lignin on enzymatic hydrolysis of apsen wood by Kong, F. (Texas AandM University System, College Station, TX), Engler, C.R, Soltes, E.J

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Enhancement of somatic embryogenesis in Norway spruce (Picea abies L.) by Jain, S.M, Newton, R.J, Soltes, E.J

“…Embryogenic callus developed in 55% of the mature embryo explants of Norway spruce (Picea abies L.) growing on a LP medium minus the amino acids and sugars…”
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Photobioreactor culture of photosynthetic soybean cells. Growth and Biomass characteristics by Treat, W.J. (LipoGen Inc., Knoxville, TN), Castillon, J, Soltes, E.J

“…Photosynthetic suspension cultures of higher plants offer an alternative approach to biomass production, potentially yielding cellulosic material and protein…”
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Inhibition of protein synthesis in loblolly pine hypocotyls by mannitol-induced water stress by Hulbert, C, Funkhouser, E.A, Soltes, E.J, Newton, R.J

“…The relationship between mannitol-induced water stress and protein synthesis was investigated in hypocotyl slices of loblolly pine (Pinus taeda L.)…”
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Comparison of photomixotrophic and heterotrophic callus and suspension cultures of Pinus elliottii, 1: Photosynthetic properties and ultrastructural evidence for coexistence of starch granules and secondary metabolites by Treat, W.J. (Texas A and M Univ., College Station (USA). Dept. of Agricultural Engineering), Engler, C.R, Soltes, E.J

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Protein synthesis in slash pine callus cultures exposed to water stress by Valluri, J.V, Treat, W.J, Newton, R.J, Cobb, B.G, Soltes, E.J

“…Effects of water stress on protein synthesis were investigated in heterotrophic callus cultures derived from slash pine (Pinus elliottii Engelm.) cotyledon…”
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Measurement of callus growth with an air-comparison pycnometer by Treat, W.J, Engler, C.R, Soltes, E.J

“…An air comparison pycnometer has been found to be useful in measuring the true volume of callus cell cultures. The authors report that the use of this…”
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