none4Topic I: “ Classical approaches” discusses about the classical methodology of isolation and identification of intestinal microbiota. The topic analyse the possibility to identify genera and the species with morphological and physiological tools. Topic II. “ Molecular methods” provides basic knowledge for the application of the recentness techniques for the attribution of microorganism at specific groups based on gene expression, gene ibridation and DNA amplification and sequencing. In Topic III “ Little discussion about molecular techniques” the main molecular methods are compared in their usefulness in identification and taxonomical collocation. The importance of having standard reference strain give importance to Topic IV “ Bacter...
The human large intestine harbours an abundant and extremely diverse microora with more than 400–500...
Seven European laboratories co-operated in a joint project (FAIR CT97-3035) to develop, refine and a...
FISH, clone collection, DGGE, PCR and metagenomics techniques contribute to the study of the human m...
Topic I: “ Classical approaches” discusses about the classical methodology of isolation and identifi...
none4Topic I: “The intestinal flora” discusses the microbial population of the human digestive tract...
Topic I: “The intestinal flora” discusses the microbial population of the human digestive tract. Thi...
This thesis discusses the culture-dependent and culture-independent methods for the analysis of the ...
none4Topic I: “ The Probiotic Concept”: a general overview of the concept of probiosis and functiona...
Aim of review. To analyse existing molecular genetic methods for investigation of specific variety a...
Increasingly, the microbiological scientific community is relying on molecular biology to define the...
This review describes the state of the art as well as the initial results of molecular methodologies...
none4Topic I: “ Introduction”: a general overview of the concept of prebiotic and dietary fibres. Th...
The human large intestine harbours an abundant and extremely diverse microflora with more than 400-5...
The intestinal microflora is an extensive ecosystem of microorganisms that consists of symbiotic and...
Seven European laboratories co-operated in a joint project (FAIR CT97-3035) to develop, refine and a...
The human large intestine harbours an abundant and extremely diverse microora with more than 400–500...
Seven European laboratories co-operated in a joint project (FAIR CT97-3035) to develop, refine and a...
FISH, clone collection, DGGE, PCR and metagenomics techniques contribute to the study of the human m...
Topic I: “ Classical approaches” discusses about the classical methodology of isolation and identifi...
none4Topic I: “The intestinal flora” discusses the microbial population of the human digestive tract...
Topic I: “The intestinal flora” discusses the microbial population of the human digestive tract. Thi...
This thesis discusses the culture-dependent and culture-independent methods for the analysis of the ...
none4Topic I: “ The Probiotic Concept”: a general overview of the concept of probiosis and functiona...
Aim of review. To analyse existing molecular genetic methods for investigation of specific variety a...
Increasingly, the microbiological scientific community is relying on molecular biology to define the...
This review describes the state of the art as well as the initial results of molecular methodologies...
none4Topic I: “ Introduction”: a general overview of the concept of prebiotic and dietary fibres. Th...
The human large intestine harbours an abundant and extremely diverse microflora with more than 400-5...
The intestinal microflora is an extensive ecosystem of microorganisms that consists of symbiotic and...
Seven European laboratories co-operated in a joint project (FAIR CT97-3035) to develop, refine and a...
The human large intestine harbours an abundant and extremely diverse microora with more than 400–500...
Seven European laboratories co-operated in a joint project (FAIR CT97-3035) to develop, refine and a...
FISH, clone collection, DGGE, PCR and metagenomics techniques contribute to the study of the human m...