Date: 2-5-09 Annual Plan and Milestones for 2009 - Mythreyi Chandoor. There are following experiments in particular to accomplish during 2009: Studying the ability of dry and wood degradation process during mulching and finding out the microbial mixture responsible for this soil enrichment process along with the soil environment: Although in the past years, great processes have been made to degrade the lignocellulosic content of the Biomass, the effective and efficient way in still in research .The soil contains a infinite number of Microcosm which has the potential to digest the mulch in few months. Studying the Lignocellulosic Biodegradation in soil and deriving the relation with other natural systems which can degrade the lignocellulosic content of Biomass and designing a Bioreactor Find out the responsible and Bacteria responsible for Milestones in August 2009: the lignocellulosic degradation from straw and wood chips in soil, along with the changes that occur in nature and characteristics of the Biomass (soil and lignocellulosic content). Writing a review paper on the Biodegradation of Milestones in May 2009: lignocellulosic content of the Biomass in soil. Use of signaling molecules for the high production of lignin degrading peroxidases in All the thermo chemical Conversion techniques used to Streptomyces viridosprus: convert Biomass into Biofuel are producing different kinds of Chemical compounds which are not environmental friendly. These can be avoided by the use of biological pathways which can alter the cell pathways and avoid the production of Toxic compounds. This project mainly focus on the function of signaling molecules and regulatory mechanisms for lignin degrading peroxidases (LDPs) production in this reason the main objective is to find out the key molecule which can Streptomyces.For induce the Lip production. To investigate induction of lignin degrading peroxidases Milestone in the Year 2009: (LDPs) by the exogenous addition of molecules in the medium; To identify small molecule regulated proteins in the cell using iTRAQ proteomics and in vitro phosphorylation; To study the LDP gene cluster and characterize small molecule regulated protein encoding genes. To accomplish these objectives, different types of signaling molecules will be used in the growth medium to evaluate their effect on LDP production.
Date: 2-5-09 Annual Plan and Milestones for 2009 - Mythreyi Chandoor. There are following experiments in particular to accomplish during 2009: Studying the ability of dry and wood degradation process during mulching and finding out the microbial mixture responsible for this soil enrichment process along with the soil environment: Although in the past years, great processes have been made to degrade the lignocellulosic content of the Biomass, the effective and efficient way in still in research .The soil contains a infinite number of Microcosm which has the potential to digest the mulch in few months. Studying the Lignocellulosic Biodegradation in soil and deriving the relation with other natural systems which can degrade the lignocellulosic content of Biomass and designing a Bioreactor Milestones in August 2009: Find out the responsible and Bacteria responsible for the lignocellulosic degradation from straw and wood chips in soil, along with the changes that occur in nature and characteristics of the Biomass (soil and lignocellulosic content). Milestones in May 2009: Writing a review paper on the Biodegradation of lignocellulosic content of the Biomass in soil. Use of signaling molecules for the high production of lignin degrading peroxidases in Streptomyces viridosprus: All the thermo chemical Conversion techniques used to convert Biomass into Biofuel are producing different kinds of Chemical compounds which are not environmental friendly. These can be avoided by the use of biological pathways which can alter the cell pathways and avoid the production of Toxic compounds. This project mainly focus on the function of signaling molecules and regulatory mechanisms for lignin degrading peroxidases (LDPs) production in Streptomyces.For this reason the main objective is to find out the key molecule which can induce the Lip production. Milestone in the Year 2009: To investigate induction of lignin degrading peroxidases (LDPs) by the exogenous addition of molecules in the medium; To identify small molecule regulated proteins in the cell using iTRAQ proteomics and in vitro phosphorylation; To study the LDP gene cluster and characterize small molecule regulated protein encoding genes. To accomplish these objectives, different types of signaling molecules will be used in the growth medium to evaluate their effect on LDP production.
Annual%20Plan%20and%20milestones%20for%20-2009.docx