12 research outputs found
ALCOHOL ABUSE AMONG WOMAN AND CHALLENGES; TREATMENT OF WOMAN\u27S SUFFERING AND CHAIN FOR HER STRENGTH
THE MICROSCOPIC DETECTION OF ANIMAL PROTEINS IN FEEDS
Životinjske bjelanÄevine, dobiveni od termiÄki obraÄenih životinjskih nusproizvoda podrijetlom od kopnenih sisavaca, peradi ili riba, zbog svoje hranjive vrijednosti, Äesto se koriste kao dodatak krmnim smjesama. Sitne strukture nekih organa vidljive su mikroskopski pod razliÄitim poveÄanjima. Mikroskopski u krmivima možemo identificirati dijelove kosti, miÅ”iÄa, hrskavice, dlake, perje, ljuske od jaja, riblje ljuske i ligamente. Dijelove mekih tkiva i kože najÄeÅ”Äe ne možemo identificirati zbog termiÄke obrade u kafilerijama. UvoÄenje mikroskopske metode u rutinsku laboratorijsku pretragu za
identifikaciju životinjskih tkiva u krmivima, nužna je zbog bolesti goveÄe spongiformne encefalopatije (GSE) i njene povezanosti s uporabom i hranidbom životinja životinjskim bjelanÄevinama.Additional animal proteins in feeds because of their edibility, is by adding ground slaughter by-products originating either from ruminants, poultry or fish. This means that fine structures are visible after microscopic inspection at different magnification. The principal particles of animal origin that might be present in feeds are bones, muscle fibres, cartilage, hairs, feather filaments, egg shells, fish scales and ligaments. Parts from organs, skin and other soft tissues are generally absent, because of their denaturation after sterilisation. The need of this identification is based on the prohibition
on adding animal proteins to feeds intended for farm animals therefore a connection between appearance of Bovine spongiform encephalopathy (BSE) and feeding animals with animal proteins