International Sugar Journal 112, 1333, January 2010: the potential of biotechnology in the sugarcane industry, L(+)-lactic acid production using sugarcane molasses and waste potato starch,isolation and purification of flavonoid glycosides from sugarcane juice by high-speed-current chromatography, sustainable prod of industrial chemical from sugars, bio base europe

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Main Author:	International Sugar Journal
Format:	TEXT
Language:	English
Published:	International Sugar Journal 2010
Subjects:	gula
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id	lpplib-15508
record_format	oai_dc
spelling	lpplib-155082016-08-08 00:00:00Perpustakaan LPP YogyakartaInternational Sugar Journal 112, 1333, January 2010: the potential of biotechnology in the sugarcane industry, L(+)-lactic acid production using sugarcane molasses and waste potato starch,isolation and purification of flavonoid glycosides from sugarcane juice by high-speed-current chromatography, sustainable prod of industrial chemical from sugars, bio base europeInternational Sugar JournalgulaInternational Sugar Journal2010TEXT10-48 p.;664.11 Int iEnglish
institution	Politeknik LPP Yogyakarta
collection	Perpustakaan Yogyakarta
language	English
topic	gula
spellingShingle	gula International Sugar Journal International Sugar Journal 112, 1333, January 2010: the potential of biotechnology in the sugarcane industry, L(+)-lactic acid production using sugarcane molasses and waste potato starch,isolation and purification of flavonoid glycosides from sugarcane juice by high-speed-current chromatography, sustainable prod of industrial chemical from sugars, bio base europe
description
format	TEXT
author	International Sugar Journal
author_facet	International Sugar Journal
author_sort	International Sugar Journal
title	International Sugar Journal 112, 1333, January 2010: the potential of biotechnology in the sugarcane industry, L(+)-lactic acid production using sugarcane molasses and waste potato starch,isolation and purification of flavonoid glycosides from sugarcane juice by high-speed-current chromatography, sustainable prod of industrial chemical from sugars, bio base europe
title_short	International Sugar Journal 112, 1333, January 2010: the potential of biotechnology in the sugarcane industry, L(+)-lactic acid production using sugarcane molasses and waste potato starch,isolation and purification of flavonoid glycosides from sugarcane juice by high-speed-current chromatography, sustainable prod of industrial chemical from sugars, bio base europe
title_full	International Sugar Journal 112, 1333, January 2010: the potential of biotechnology in the sugarcane industry, L(+)-lactic acid production using sugarcane molasses and waste potato starch,isolation and purification of flavonoid glycosides from sugarcane juice by high-speed-current chromatography, sustainable prod of industrial chemical from sugars, bio base europe
title_fullStr	International Sugar Journal 112, 1333, January 2010: the potential of biotechnology in the sugarcane industry, L(+)-lactic acid production using sugarcane molasses and waste potato starch,isolation and purification of flavonoid glycosides from sugarcane juice by high-speed-current chromatography, sustainable prod of industrial chemical from sugars, bio base europe
title_full_unstemmed	International Sugar Journal 112, 1333, January 2010: the potential of biotechnology in the sugarcane industry, L(+)-lactic acid production using sugarcane molasses and waste potato starch,isolation and purification of flavonoid glycosides from sugarcane juice by high-speed-current chromatography, sustainable prod of industrial chemical from sugars, bio base europe
title_sort	international sugar journal 112, 1333, january 2010: the potential of biotechnology in the sugarcane industry, l(+)-lactic acid production using sugarcane molasses and waste potato starch,isolation and purification of flavonoid glycosides from sugarcane juice by high-speed-current chromatography, sustainable prod of industrial chemical from sugars, bio base europe
physical	10-48 p.;
publisher	International Sugar Journal
publishDate	2010
callnumber-raw	664.11 Int i
callnumber-search	664.11 Int i
_version_	1742522243879010304

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