M. G. Safin, Y. S. Ruziyev, B. S. Aliqulov biologik faol va dorivor moddalar biotexnologiyasi

 
3. BIOSYNTHES AMINOACIDS BY MICROORGANISMS 
CELLS 
3.1. Precursors for biosyntheses aminoacids………………………
3.2. Receiption aminoacids from proteins hydrolysators had syn-
thesed by microorganisms........…………………………………… 
 
4. SYNTHES AMINOACIDS BY MICROBIOLOGICAL 
METHODS AND TECHNOLOGY PRODUCTION ON 
INDUSTRY LEVEL 
4.1. General concepts about microbiological synthes of aminoac-
ids…..……………………………………………………………... 
4.2. Receiption L-lisin and technology preparation meal………… 
 
 
 

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5. SYNTHES OF L-GLYTHAMIN, L-TRIPTOPHAN BY 
MICROBIOLOGICAL AND PRODUCTION ON 
INDUSTRY LEVEL 
5.1. Synthes of L-glythamin by microbiological methods and 
technology receiption…………………………………………….. 
5.2. Synthes of L-triptophan by microbiological methods and 
technology receiption ……………………………………………. 
 
6. TECHNOLOGY BIOSYNTHES OF ANTIBIOTICAL 
SUBSTANCE FOR AGRICULTURE 
6.1. General concepts about synthes antibiotical substance for ag-
riculture…………………………………………………………… 
6.2. Technology receiption of tetraciklin……….…………………
6.3. Technology receiption of basitrasin…………………………..
6.4. Technology receiption of ghrisin……………………………..
6.5. Technology receiption of gygromisin B………………………
6.6. Technology receiption of phitobacteriomisin…………………
6.7. Technology receiption of trichotesin…………………………
 
7. TECHNOLOGY RECEIPTION OF BACTERIAL 
PREPARATIONS FOR AGRICULTURE 
7.1. General concepts about entomophatogen prepations…………
7.2. Technology receiption of bacterial entomophatogen 
preparations…………………………………………………….…. 
7.3. Production entomophatogen preparation on industry level…..
7.4. Technology receiption of fungal entomophatogen prepara-
tions……………………………………………………………….. 
7.5. Technology receiption of boverin………………..…………...
7.6. Technology receiption of viral preparations………………….
7.7. Technology receiption of bacterial fertilizers………………..