Scoring Algorithm for Measuring Antioxidant Activity.

Sahas Kumar, P. (2011) Scoring Algorithm for Measuring Antioxidant Activity. [Student Project Report]

PDF 1003-11.pdf Restricted to Repository staff only Download (960kB)

Abstract

This Dissertation / Report is the outcome of investigation carried out by the creator(s) / author(s) at the department/division of Central Food Technological Research Institute (CFTRI), Mysore mentioned below in this page.

Item Type:	Student Project Report
Additional Information:	This project aims to prepare a calculating model for measuring This project aims to prepare a calculating model for measuring This project aims to prepare a calculating model for measuring This project aims to prepare a calculating model for measuring This project aims to prepare a calculating model for measuring This project aims to prepare a calculating model for measuring This project aims to prepare a calculating model for measuring This project aims to prepare a calculating model for measuring This project aims to prepare a calculating model for measuring This project aims to prepare a calculating model for measuring This project aims to prepare a calculating model for measuring This project aims to prepare a calculating model for measuring This project aims to prepare a calculating model for measuring This project aims to prepare a calculating model for measuring Antioxidant activity. This also helps us know their mechanism and how its This also helps us know their mechanism and how its This also helps us know their mechanism and how its This also helps us know their mechanism and how its This also helps us know their mechanism and how its This also helps us know their mechanism and how its This also helps us know their mechanism and how its This also helps us know their mechanism and how its This also helps us know their mechanism and how its This also helps us know their mechanism and how its This also helps us know their mechanism and how its This also helps us know their mechanism and how its This also helps us know their mechanism and how its This also helps us know their mechanism and how its This also helps us know their mechanism and how its This also helps us know their mechanism and how its importance is growing in these days. Since Antioxidants are of much importance is growing in these days. Since Antioxidants are of much importance is growing in these days. Since Antioxidants are of much importance is growing in these days. Since Antioxidants are of much importance is growing in these days. Since Antioxidants are of much importance is growing in these days. Since Antioxidants are of much importance is growing in these days. Since Antioxidants are of much importance is growing in these days. Since Antioxidants are of much importance is growing in these days. Since Antioxidants are of much importance is growing in these days. Since Antioxidants are of much importance is growing in these days. Since Antioxidants are of much importance is growing in these days. Since Antioxidants are of much importance is growing in these days. Since Antioxidants are of much importance is growing in these days. Since Antioxidants are of much importance is growing in these days. Since Antioxidants are of much importance many calculating methods have been evolved to predict their importance many calculating methods have been evolved to predict their importance many calculating methods have been evolved to predict their importance many calculating methods have been evolved to predict their importance many calculating methods have been evolved to predict their importance many calculating methods have been evolved to predict their importance many calculating methods have been evolved to predict their importance many calculating methods have been evolved to predict their importance many calculating methods have been evolved to predict their importance many calculating methods have been evolved to predict their importance many calculating methods have been evolved to predict their activity. Of all these DPPH assay was onactivity. Of all these DPPH assay was onactivity. Of all these DPPH assay was onactivity. Of all these DPPH assay was onactivity. Of all these DPPH assay was onactivity. Of all these DPPH assay was onactivity. Of all these DPPH assay was onactivity. Of all these DPPH assay was one of the method widof the method widof the method widof the method widely used to predict ely used to predict ely used to predict ely used to predict ely used to predict their activity. This project requiresThis project requiresThis project requiresThis project requiresThis project requires the insilicoinsilicoinsilicoinsilicoinsilicoinsilico prediction of the antioxidant activity prediction of the antioxidant activity prediction of the antioxidant activity prediction of the antioxidant activity prediction of the antioxidant activity prediction of the antioxidant activity prediction of the antioxidant activity which aims at predicting the activity without any practical experiments. A which aims at predicting the activity without any practical experiments. A which aims at predicting the activity without any practical experiments. A which aims at predicting the activity without any practical experiments. A which aims at predicting the activity without any practical experiments. A which aims at predicting the activity without any practical experiments. A which aims at predicting the activity without any practical experiments. A which aims at predicting the activity without any practical experiments. A which aims at predicting the activity without any practical experiments. A which aims at predicting the activity without any practical experiments. A which aims at predicting the activity without any practical experiments. A which aims at predicting the activity without any practical experiments. A which aims at predicting the activity without any practical experiments. A which aims at predicting the activity without any practical experiments. A programme has been written in programme has been written in programme has been written in programme has been written in programme has been written in Perl programming language to take an programming language to take an programming language to take an programming language to take an programming language to take an antioxidant text file as an input which contains the required properties and antioxidant text file as an input which contains the required properties and antioxidant text file as an input which contains the required properties and antioxidant text file as an input which contains the required properties and antioxidant text file as an input which contains the required properties and antioxidant text file as an input which contains the required properties and antioxidant text file as an input which contains the required properties and antioxidant text file as an input which contains the required properties and antioxidant text file as an input which contains the required properties and antioxidant text file as an input which contains the required properties and antioxidant text file as an input which contains the required properties and antioxidant text file as an input which contains the required properties and antioxidant text file as an input which contains the required properties and which outputswhich outputs the required value to a output file. This model programme has the required value to a output file. This model programme has the required value to a output file. This model programme has the required value to a output file. This model programme has the required value to a output file. This model programme has the required value to a output file. This model programme has the required value to a output file. This model programme has the required value to a output file. This model programme has the required value to a output file. This model programme has the required value to a output file. This model programme has the required value to a output file. This model programme has the required value to a output file. This model programme has the required value to a output file. This model programme has been linked to a web server calculate the activity of antioxidants using been linked to a web server calculate the activity of antioxidants using been linked to a web server calculate the activity of antioxidants using been linked to a web server calculate the activity of antioxidants using been linked to a web server calculate the activity of antioxidants using been linked to a web server calculate the activity of antioxidants using been linked to a web server calculate the activity of antioxidants using been linked to a web server calculate the activity of antioxidants using been linked to a web server calculate the activity of antioxidants using been linked to a web server calculate the activity of antioxidants using been linked to a web server calculate the activity of antioxidants using been linked to a web server calculate the activity of antioxidants using been linked to a web server calculate the activity of antioxidants using been linked to a web server calculate the activity of antioxidants using been linked to a web server calculate the activity of antioxidants using been linked to a web server calculate the activity of antioxidants using Perl CGI. CGI.
Uncontrolled Keywords:	AntioxidantsAntioxidants, DPPH method, Free radicals, Web server
Subjects:	600 Technology > 08 Food technology > 32 Antioxidants
Divisions:	Dept. of Biochemistry
Depositing User:	Food Sci. & Technol. Information Services
Date Deposited:	02 Aug 2011 11:12
Last Modified:	28 Dec 2011 10:27
URI:	http://ir.cftri.res.in/id/eprint/10372

Actions (login required)

View Item