3 - 17 |
Polyethylene-Glycol - A High-Efficiency Liquid-Phase (Help) for the Large-Scale Synthesis of the Oligonucleotides Bonora GM |
4 - 6 |
Frontiers in Bioprocessing .3. Papers Presented at a Conference, Held September 19-23, 1993, in Boulder, Co - Preface Todd P |
19 - 42 |
Large-Scale Oligonucleotide Synthesizers .1. Basic Principles and System-Design Anderson NG, Anderson NL, Taylor J, Goodman J |
43 - 56 |
Ribozyme Mimics as Catalytic Antisense Reagents Bashkin JK, Sampath U, Frolova E |
57 - 61 |
Colocalizing Ribozymes with Substrate RNAs to Increase Their Efficacy as Gene Inhibitors Sullenger BA |
65 - 91 |
A Stereotypic, Transplantable Liver Tissue-Culture System Naughton BA, Sibanda B, Weintraub JP, Sanroman J, Kamali V |
93 - 108 |
Plant Callus as a Source of Biochemicals Mcdonald KA, Jackman AP, Thorup JE, Dandekar AM |
109 - 131 |
Shear Sensitivity of Plant-Cells in Suspensions - Present and Future Namdev PK, Dunlop EH |
133 - 140 |
Taxol(R) (Paclitaxel) - Strategies to Increase the Supply of a New Anticancer Drug Stull DP, Scales TA, Daughenbaugh R, Jans NA, Bailey DT |
143 - 157 |
Electroextraction - 2-Phase Electrophoresis Theos CW, Clark WM |
159 - 172 |
Recent Progress in the Electrochromatography of Proteins Cole KD, Cabezas H |
173 - 191 |
Genetic-Engineering to Enhance the Selectivity of Protein Separations Glatz CE, Ford CF |
193 - 205 |
Effect of Nucleic-Acid Contamination on Partitioning of Proteins in 2-Phase Peg-Dextran System Bajpai R, Harve R, Tipton P |
209 - 221 |
Coal Bioprocessing Research at the Institute-of-Gas-Technology Kilbane JJ |
223 - 231 |
Biotransformation of Coal Substructure Model Compounds by Microbial Enzymes Crawford DL, Nielsen EP |
233 - 248 |
Use of Modified Enzymes for the Solubilization Liquefaction of Bituminous Coal in a Fluidized-Bed Reactor Kaufman EN, Scott CD, Woodward CA, Scott TC |
249 - 255 |
Biologically Derived Value-Added Products from Coal Polman JK, Breckenridge CR, Stoner DL, Andrews GF |
259 - 270 |
A Simple Method for Quantifying Activity and Survival of Microorganisms Involved in Bioremediation Processes Schmidt SK, Colores GM, Hess TF, Radehaus PM |
271 - 275 |
Use of a Pentachlorophenol Degrading Bacterium to Bioremediate Highly Contaminated Soil Colores GM, Radehaus PM, Schmidt SK |
277 - 290 |
Molecular Site Assessment and Process Monitoring in Bioremediation and Natural Attenuation Sayler GS, Layton A, Lajoie C, Bowman J, Tschantz M, Fleming JT |
291 - 302 |
Environmental Aspects of PAH Biodegradation Shuttleworth KL, Cerniglia CE |