The strain Chryseobacterium sp. kr6 shown to be useful for biotechnological purposes such as hydrolysis of poultry feathers and de-hairing of bovine pelts. The effect of temperature, initial pH and media composition on protease production by this keratinolytic strain was studied. The enzyme was produced between 25 and 37°C, with maximum activity and yield at 30°C. When protease production was tested in media with different initial pH, maximum activity was observed when cultivation was carried out at 30°C and initial pH ranging from 6.0 to 8.0. Higher activity was observed when feathers or feather meal were used as growth substrates, followed by soybean meal. The addition of carbohydrates or surfactants to feather broth resulte...
International audienceA novel feather-degrading microorganism was isolated from poultry waste, produ...
Keratin is an insoluble protein, which accounts for 90-95 % of poultry's feathers. Hydrolyzed feathe...
Abstract Incubation parameters used for the creation of a protein lysate from enzymatically degraded...
The strain Chryseobacterium sp. kr6 shown to be useful for biotechnological purposes such as hy...
The strain Chryseobacterium sp. kr6 shown to be useful for biotechnological purposes such as hydro...
384-390An inducible keratinase is produced by Bacillus sp. JB 99 in a feather medium. Under submerg...
The present study describes the production and characterization of a feather hydrolyzing enzyme by S...
Locally isolated bacterium Pseudomonas sp. LM19, a metallo-keratinase producer was used to hydrolyze...
Microbial keratinases have become biotechnologically important since they target the hydrolysis of h...
Production of an extracellular keratinase from Chryseobacterium sp. growing on raw feather
Keratinase producing microorganisms are being increasingly utilized for degradation and recycling of...
Keratinous biomass valorization for value-added products presents a high prospect in ecological mana...
Bacterial keratinase are of particular interest, because of their action on insoluble keratin substr...
The increase in demand of chicken meat products for human consumption has caused the accumulation of...
Microbial keratinases’ versatility in the beneficiation of keratinous waste biomass into high-value ...
International audienceA novel feather-degrading microorganism was isolated from poultry waste, produ...
Keratin is an insoluble protein, which accounts for 90-95 % of poultry's feathers. Hydrolyzed feathe...
Abstract Incubation parameters used for the creation of a protein lysate from enzymatically degraded...
The strain Chryseobacterium sp. kr6 shown to be useful for biotechnological purposes such as hy...
The strain Chryseobacterium sp. kr6 shown to be useful for biotechnological purposes such as hydro...
384-390An inducible keratinase is produced by Bacillus sp. JB 99 in a feather medium. Under submerg...
The present study describes the production and characterization of a feather hydrolyzing enzyme by S...
Locally isolated bacterium Pseudomonas sp. LM19, a metallo-keratinase producer was used to hydrolyze...
Microbial keratinases have become biotechnologically important since they target the hydrolysis of h...
Production of an extracellular keratinase from Chryseobacterium sp. growing on raw feather
Keratinase producing microorganisms are being increasingly utilized for degradation and recycling of...
Keratinous biomass valorization for value-added products presents a high prospect in ecological mana...
Bacterial keratinase are of particular interest, because of their action on insoluble keratin substr...
The increase in demand of chicken meat products for human consumption has caused the accumulation of...
Microbial keratinases’ versatility in the beneficiation of keratinous waste biomass into high-value ...
International audienceA novel feather-degrading microorganism was isolated from poultry waste, produ...
Keratin is an insoluble protein, which accounts for 90-95 % of poultry's feathers. Hydrolyzed feathe...
Abstract Incubation parameters used for the creation of a protein lysate from enzymatically degraded...