Pengaruh penambahan metanol dan sumber nitrogen terhadap fermentasi produksi xilitol dari hidrolisat tandan kosong kelapa sawit menggunakan khamir debaryomyces hansenii = Effect of methanol and nitrogen source adding for xylitol fermentation production from oil palm empty fruit bunch fiber hydrolysate using debaryomyces hansenii yeast

Pengaruh aerasi dan ion logam terhadap biokonversi xilosa dari hidrolisat eceng gondok menjadi xilitol oleh Debaryomyces hansenii = Influence of aeration and metal ions on xylose bioconversion from water hyacinth hydrolysate into xylitol by Debaryomyces hansenii

Optimasi produksi xilitol dari hidrolisat tandan kosong kelapa sawit oleh khamir debrayomyces hansenii menggunakan response surface methodology = Optimization of xylitol production from oil palm empty fruit brunch hydrolisate by the yeast debaryomyces hansenii by using response surface methodology

Optimization of Xylitol Production with Various Substrate Concentration, Aeration, Metanol and Nitrogen Sources Addition Utilizing Oil Palm Empty Fruit Bunch Hydrolyzates by Debaryomyces hansenii UICC Y-276 (Poster Presentation) - International Conference on Medicinal Chemistry and Timmerman Award 2013 Universitas Indonesia, 28 -29th October 2013

Biokonversi Xilosa dari Hidrolisat tandan kosong kelapa sawit menjadi Xilitol menggunakan Resting Cell Khamir koleksi UICC terpilih = Xylose Bioconversion from oil palm empty fruit bunch Hydrolysate into Xylitol by using yeast resting cells of selected UICC collection