Utilization of a superior consortium of superior lignocellulolytic bacteria from Bali to rumen and termites as a functional feed for microbial protein

Development of competitive and sustainable livestock business are purpose of a study.

Production of microbial proteins functional feed of through formulations of superior lignocellulolytic bacteria from bali cattle rumen fluid and termites from the results of the Mudita Dissertation study (2019) is a strategy developed in overcoming the problem of quality food supply and high prices of functional feed for livestock. The first period study (2019) was carried out through production and evaluation of quality of 5 microbial proteins functional feed (F 0 , F 1234, F 1235 , F 1245 , and F 12345 ) which use probiotic lignocellulolytic bacteria Bali cattle rumen and termites namely 1) Bacillus subtilis strain BR4LG, 2) Bacillus subtilis strain BR2CL,3)Aneurinibacillus sp strain BT4LS, 4) Bacillus sp strain BT3CL, and 5) Bacillus sp. strain BT8XY. The results showed that the use of probiotic lignooselulolytic bacteria was able to produce higher quality (nutrients contents, bacteria population, and digestibility) of microbial proteins functional feed (F 1234, F 1235 , F 1245 , and F 12345 ) compared than without superior lignooselulolytic bacteria (F 0 ). It was concluded that the utilization of probiotic lignocellulolytic bacteria was able to produce high quality microbial protein functional feeds

Keywords: Superior Lignocellulolytic Bacteria, Microbial Protein Feed Functional, Nutrients

Content, Digestibility