502-507Keratinolytic microorganisms have great importance in feather waste degradation and its use for improvement of livestock feed and production of protein hydrolysates. Bacillus altitudinis GVC11, a novel, raw chicken feather degrading bacterium, previously isolated and identified by morphological, biochemical and 16s rDNA sequencing in our laboratory, was used in the present study. It was grown in a medium containing only poultry feathers as sole carbon and nitrogen source. GVC11 was able to degrade white and dark chicken feathers in 48 and 96 h, respectively. Degradation of white feather including rachis and barbules was observed under electron microscope. The optimum conditions for keratinase production and feather degradat...
The daily consumption of chicken increases annually, as they are one of the cheapest and healthiest ...
International audienceA novel feather-degrading microorganism was isolated from poultry waste, produ...
A total of 842 spore-forming strains were isolated from 221 animal feces samples, in which a new fea...
Feather degrading bacteria from birds' nests were characterized to find safe bacterial strains that ...
Background: Feather waste is generated in large amounts as a by-product of commercial poultry proces...
The aim of this study was to select keratin-degrading bacteria from JSC “Biocentras” collection and ...
This study investigated the ability to degrade chicken feathers by bacteria isolated from flamingo f...
Abstract There is an increasing demand for cost-effective and ecologically-friendly methods for valo...
Keratinase producing microorganisms are being increasingly utilized for degradation and recycling of...
The aim of this study was to investigate environmental conditions affecting chicken feather degradat...
The global increase in consumption of chicken meats as source of protein and the current use of chic...
Keratinous biomass valorization for value-added products presents a high prospect in ecological mana...
Over two million tons of feather waste is generated annually by the poultry industry, the majority o...
Eight strains of Bacillus were isolated from non treated soil, characterized and used for the digest...
Processing of waste chicken feathers can be used as a biological treatment with keratinase enzyme. ...
The daily consumption of chicken increases annually, as they are one of the cheapest and healthiest ...
International audienceA novel feather-degrading microorganism was isolated from poultry waste, produ...
A total of 842 spore-forming strains were isolated from 221 animal feces samples, in which a new fea...
Feather degrading bacteria from birds' nests were characterized to find safe bacterial strains that ...
Background: Feather waste is generated in large amounts as a by-product of commercial poultry proces...
The aim of this study was to select keratin-degrading bacteria from JSC “Biocentras” collection and ...
This study investigated the ability to degrade chicken feathers by bacteria isolated from flamingo f...
Abstract There is an increasing demand for cost-effective and ecologically-friendly methods for valo...
Keratinase producing microorganisms are being increasingly utilized for degradation and recycling of...
The aim of this study was to investigate environmental conditions affecting chicken feather degradat...
The global increase in consumption of chicken meats as source of protein and the current use of chic...
Keratinous biomass valorization for value-added products presents a high prospect in ecological mana...
Over two million tons of feather waste is generated annually by the poultry industry, the majority o...
Eight strains of Bacillus were isolated from non treated soil, characterized and used for the digest...
Processing of waste chicken feathers can be used as a biological treatment with keratinase enzyme. ...
The daily consumption of chicken increases annually, as they are one of the cheapest and healthiest ...
International audienceA novel feather-degrading microorganism was isolated from poultry waste, produ...
A total of 842 spore-forming strains were isolated from 221 animal feces samples, in which a new fea...