@Article{pakinsight,
AUTHOR = {},
TITLE = {Substrate Serving for Culture Optimization and Protease Productivity by Penicillium Notatum Strain on Deproteinised Foliage Extract from Lucerne and Beet},
JOURNAL = {The Asia Journal of Applied Microbiology},
VOLUME = {6},
YEAR = {2019},
NUMBER = {1},
PAGES = {10-17},
URL = {http://www.pakinsight.com/archive/33/03-2019/1},
ISSN = {2313-8157},
ABSTRACT = {When  Penicillium  notatum  and  Aspergillus  niger  grown  on  Lucerne  DPJ  by  serving 1 %  and  2 %   of  the  substrates,  viz.,  casein,  starch  and  carboxymethyl  cellulose  (CMC),  it  showed  the  promising  results  of  mycelial  biomass  and  hydrolytic enzyme  activities.  Present  attempt  was  on  growth  of  species  Penicilium  notatum  and   Aspergillus  niger  on   beet  and  lucerne  foliage  DPJ  broth  medium  as  compared  with  control  glucose  nitrate  (GN)  medium.  Aspergillus  niger  not  showed  its  growth  on  DPJ  when  enriched   with  casein   and  starch   but  there  was  growth  on  DPJ  alone  when  substrates  were  not  added.  Therefore DPJ itself has the efficacy   in initiating fungal  growth.  Beet  DPJ  inhibited  the  growth   of  Penicillium  notatum   when  substrates  were  added,  and  only  1%  of  CMC   was  found  responsible  to  initiate  its  growth  by  addition  in  DPJ.  Penicillium  notatum  thrieved  well  on  lucerne  DPJ.  Increasing  concentration  of  casein  in  Lucerne  DPJ  enhanced  rate  of  enzyme  protease. Beet DPJ found having its antimicrobial influence.  The  objective  of  research was  optimization  of  enzyme  productivity  by  DPJ  for  industrial  use.},
DOI = {10.18488/journal.33.2019.61.10.17}
}