Målet med denne oppgaven var å identifisere bakterier som produserte hydrogensulfid (H2S), fortrinnsvis Shewanella, fra prosesseringsanlegg for laks, og undersøke deres karakteristiske egenskaper med på fokus på forringelse av kvaliteten til fisk og fiskeprodukter. Bakterier som ble isolert fra prosesseringsanlegg for laks, og som produserte H2S, ble i hovedsak identifisert som Shewanella sp., etterfulgt av Aeromonas sp., og Morganella sp. Flere av bakteriestammene som ble undersøkt for karakteristiske egenskaper hadde potensiale for forringelse av kvaliteten til fisk og fiskeprodukter, med det var variasjon mellom stammene. Det ble også identifisert stammer av Shewanella som ikke produserte H2S på jernagar med L- cystein og tiosulfat so...
The rapid development of the poultry industry has led to the production of large amounts of manure, ...
Agency of Innovation (Agência de Inovação, ADI, Portugal) and Quadro de Referência Estratégico Na...
[en] The project MICRO-H2 aims to study and exploit the microbial (bacterial and algal) production o...
Aim of the work was to identify sulfide-producers isolated from tuna and swordfish and to evaluate s...
Ettersom produksjon av sjømat øker og konsum av rå-ferdig prosesserte produkter blir mer vanlig, øke...
Hydrogen sulfide is a highly toxic gas that causes many economic losses in aquaculture ponds. The ap...
Under the current commercial practice, live mussels only have 10 days' shelf-life. Observed spoilage...
A new rapid method for the detection of hydrogen sulfide from pathogenic bacteria is reported. The d...
SUMMARY: Hydrogen sulphide production by growing cultures and non-multi-plying suspensions was compa...
The risk of hydrogen sulfide (H2S) production can be a challenge in marine land-based recirculating ...
Four thermophilic hydrogen oxidizing bacteria were isolated from various hot-springs in Grensdalur, ...
SUMMARY: Hydrogen sulphide production by washed bacterial suspensions in buffered substrate solution...
International audienceBackground: Thermotoga maritima and T. neapolitana are hyperthermophile bacter...
The rapid development of poultry industry has led to the production of large amounts of manure which...
Complex odour emissions are normally associated to the operation of wastewater treatment plants, co...
The rapid development of the poultry industry has led to the production of large amounts of manure, ...
Agency of Innovation (Agência de Inovação, ADI, Portugal) and Quadro de Referência Estratégico Na...
[en] The project MICRO-H2 aims to study and exploit the microbial (bacterial and algal) production o...
Aim of the work was to identify sulfide-producers isolated from tuna and swordfish and to evaluate s...
Ettersom produksjon av sjømat øker og konsum av rå-ferdig prosesserte produkter blir mer vanlig, øke...
Hydrogen sulfide is a highly toxic gas that causes many economic losses in aquaculture ponds. The ap...
Under the current commercial practice, live mussels only have 10 days' shelf-life. Observed spoilage...
A new rapid method for the detection of hydrogen sulfide from pathogenic bacteria is reported. The d...
SUMMARY: Hydrogen sulphide production by growing cultures and non-multi-plying suspensions was compa...
The risk of hydrogen sulfide (H2S) production can be a challenge in marine land-based recirculating ...
Four thermophilic hydrogen oxidizing bacteria were isolated from various hot-springs in Grensdalur, ...
SUMMARY: Hydrogen sulphide production by washed bacterial suspensions in buffered substrate solution...
International audienceBackground: Thermotoga maritima and T. neapolitana are hyperthermophile bacter...
The rapid development of poultry industry has led to the production of large amounts of manure which...
Complex odour emissions are normally associated to the operation of wastewater treatment plants, co...
The rapid development of the poultry industry has led to the production of large amounts of manure, ...
Agency of Innovation (Agência de Inovação, ADI, Portugal) and Quadro de Referência Estratégico Na...
[en] The project MICRO-H2 aims to study and exploit the microbial (bacterial and algal) production o...