A Novel Technique for Microencapsulation of Probiotic Bacteria: Development of a Protection Mechanism for Guarding the Healthy Probiotic Bacteria During Their Gastro-intestinal Transit - Arup Nag - Grāmatas - LAP LAMBERT Academic Publishing - 9783659117114 - 2012. gada 9. maijs
Ja vāks un nosaukums nesakrīt, pareizs ir nosaukums

A Novel Technique for Microencapsulation of Probiotic Bacteria: Development of a Protection Mechanism for Guarding the Healthy Probiotic Bacteria During Their Gastro-intestinal Transit

Cena
€ 270,49

Pasūtīts no attālās noliktavas

Paredzamā piegāde . gada 26. nov. - . gada 4. dec.
Ziemassvētku dāvanas var atgriezt līdz 31. janvārim
Saņemiet paziņojumus par jauniem Arup Nag izdevumiem
Pievienot savam iMusic vēlmju sarakstam

Not rated yet

According to the Food and Agriculture Organization (FAO) and the World Health Organization (WHO), probiotics are defined as ??live microorganisms which when administered in adequate amounts confer a health benefit for the host??. Probiotic bacteria are accepted universally for conferring beneficial effects to human gut health. However, the successful delivery of these bacteria to the human intestine via a proper food matrix is challenging because the stresses encountered by the probiotics during processing, storage and gastric transition cause major loss of viability. The primary objective of this study was to develop a novel protection system using a complexation product of dairy protein and a bacterial exo-polysaccharide which should be able to protect the probiotic bacteria during their gastric transit and also release them under suitable conditions in the intestine. The developed technology described in this book is considered to carry considerable potential towards application in the food industry, where the successful targeted delivery of probiotic bacteria is still a challenge.

Mediji Grāmatas     Paperback Book   (Grāmata ar mīksto vāku un līmēto muguru)
Izlaists 2012. gada 9. maijs
ISBN13 9783659117114
Izdevēji LAP LAMBERT Academic Publishing
Lapas 212
Izmēri 150 × 12 × 226 mm   ·   334 g
Valoda Vācu  

Skatīt visus Arup Nag