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Team:Brown/Research
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'''“Use of Lambda Phage S and R Gene Products in an Inducible Lysis System…”''' | '''“Use of Lambda Phage S and R Gene Products in an Inducible Lysis System…”''' | ||
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'''US patent (100/17300) Method to Eliminate Transient Spikes on Fluidic Flow Caused by Inadequate Current and Voltage Changes''', by Caliper Life Sciences (2002) | '''US patent (100/17300) Method to Eliminate Transient Spikes on Fluidic Flow Caused by Inadequate Current and Voltage Changes''', by Caliper Life Sciences (2002) | ||
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Revision as of 22:04, 26 October 2008
Papers“Use of Lambda Phage S and R Gene Products in an Inducible Lysis System…” VIVEK JAIN AND JOHN J. MEKALANOS “Mutational analysis of bacteriophage lambda lysis gene S” , R RAAB, G NEAL, J GARRETT, R GRIMAILA, R FUSSELMAN, AND R YOUNG “Development of a Simple Cell Lysis Method for Recombinant DNA Using Bacteriophage Lamda Lysis Genes”, JANG, BOYUN, YUNA JUNG, AND DONGBIN LIM “Cell lysis by induction of cloned lambda lysis genes” -GARRETT J, FUSSELMAN R, HISE J, CHIOU L, SMITH-GRILLO D, SCHULZ J, YOUNG R E. coli Information Database: Institute for Biomolecular Design, University of Calgary “Phi X174 E complements lambda S and R dysfunction for host cell lysis” - W D ROOF AND R YOUNG US patent (100/17300) Method to Eliminate Transient Spikes on Fluidic Flow Caused by Inadequate Current and Voltage Changes, by Caliper Life Sciences (2002) Websites |
