Industrial Agricultural Biotech – Michael Bramucci, Patricia Brzostowicz, Kristy Kostichka, Vasantha Nagarajan, Pierre Rouviere, Stuart Thomas, EI Du Pont de Nemours and Co
Abstract for “Genes encoding baeyer-villiger monooxygenases”
“Genes that encode Baeyer-Villiger monooxygenase activities have been identified from a variety bacteria. These genes and their products can be used to convert ketones into the appropriate esters. As a diagnostic tool for genes that encode proteins involved in this activity, a series of motifs has been identified.
Background for “Genes encoding baeyer-villiger monooxygenases”
“EXAMPLES”
“Example 1”
“Monooxygenase gene discovery in a mixed microbial population”
“Example 2”
“Isolation Brevibacterium. HCU Monooxygenase Gens Are Involved in The Oxidation of Cyclohexanone
“EXAMPLE 3”
“Isolation and characterization of an Acidovorax species” “ChX Monooxygenase Gene Is Involved with Degradation Cyclohexane”
“EXAMPLE 4”
“Isolation and characterization of an Acinetobacter. “Degradation of Cyclohexanol by SE19 Monooxygenase Gene”
“Example 5”
“Example 6”
“Identification and Characterization Bacterial Genes”
“Example 7”
“Cloning And Expression Of Monooxygenase Gens into Escherichia Coli”
“Example 8”
“Assays for chnB Monooxyqenase Activity of Brevibacterium. HCU, Acinetobacter SE19 and Rhodococcus. phi1, Rhodococcus species sp. phi2, Arthrobacter Sp. BP2 and Acidovorax sp. CHX.”
“Example 9”
“Cloning Rhodococcus Erythropolis AN12 Monooxygenase genes into Escherichia Coli”
“Example 10”
“Assays for chnB Monooxycenase Activities Rhodococcus Erythropolis AN12”
“Example 11”
“Identification of Signature Sequences Between Families of BV Monooxygenases.”
Summary for “Genes encoding baeyer-villiger monooxygenases”
“EXAMPLES”
“Example 1”
“Monooxygenase gene discovery in a mixed microbial population”
“Example 2”
“Isolation Brevibacterium. HCU Monooxygenase Gens Are Involved in The Oxidation of Cyclohexanone
“EXAMPLE 3”
“Isolation and characterization of an Acidovorax species” “ChX Monooxygenase Gene Is Involved with Degradation Cyclohexane”
“EXAMPLE 4”
“Isolation and characterization of an Acinetobacter. “Degradation of Cyclohexanol by SE19 Monooxygenase Gene”
“Example 5”
“Example 6”
“Identification and Characterization Bacterial Genes”
“Example 7”
“Cloning And Expression Of Monooxygenase Gens into Escherichia Coli”
“Example 8”
“Assays for chnB Monooxyqenase Activity of Brevibacterium. HCU, Acinetobacter SE19 and Rhodococcus. phi1, Rhodococcus species sp. phi2, Arthrobacter Sp. BP2 and Acidovorax sp. CHX.”
“Example 9”
“Cloning Rhodococcus Erythropolis AN12 Monooxygenase genes into Escherichia Coli”
“Example 10”
“Assays for chnB Monooxycenase Activities Rhodococcus Erythropolis AN12”
“Example 11”
“Identification of Signature Sequences Between Families of BV Monooxygenases.”
Click here to view the patent on Google Patents.