Recent biomedical research prefers analysis of homogenous samples obtained from primary cells to cell lines. Moreover, attention is paid to cells of low number but high biological impact, such as signalling centres in embryonic development, stem cells or tumour cells. To localize cells of interest within an organ/tissue, histological sections are widely used. However, the methods of choice for further analysis of such samples are mostly limited to histochemistry, immunohistochemistry and in situ hybridization
This paper describes a microproteomic workflow that is useful for simultaneously identifying and qua...
We report a novel method for preparing samples for laser capture microdissection. The procedure desc...
Flow cytometry allows quantitative analysis of the identity and effector function of individual cell...
International audienceNormal biological tissues harbour different populations of cells with intricat...
International audienceA major problem encountered in genomic and proteomic studies arises from the h...
Laser microbeam microdissection (LMM) is an increasingly important histological technique for obtain...
Proteomics-based studies offer a powerful complementary approach to DNA/RNA-based investigations and...
decades, tissue heterogeneity represented a challenge for scientists wishing to study isolated cells...
Laser capture microdissection (LCM) allows for the isolation of small tissue fractions from heteroge...
<p>, including pre-dissection (A), post-dissection with a malignant gland removed from the surroundi...
Gene expression studies are often carried out at the whole organism, organ or tissue levels. The dif...
The advent of new technologies has enabled deeper insight into processes at subcellular levels, whic...
Molecular profiling already exerts a profound influence on biomedical research and disease managemen...
Microarray and RT-PCR based methods are important tools for analysis of gene expression; however, in...
Microarray and RT-PCR based methods are important tools for analysis of gene expression; however, in...
This paper describes a microproteomic workflow that is useful for simultaneously identifying and qua...
We report a novel method for preparing samples for laser capture microdissection. The procedure desc...
Flow cytometry allows quantitative analysis of the identity and effector function of individual cell...
International audienceNormal biological tissues harbour different populations of cells with intricat...
International audienceA major problem encountered in genomic and proteomic studies arises from the h...
Laser microbeam microdissection (LMM) is an increasingly important histological technique for obtain...
Proteomics-based studies offer a powerful complementary approach to DNA/RNA-based investigations and...
decades, tissue heterogeneity represented a challenge for scientists wishing to study isolated cells...
Laser capture microdissection (LCM) allows for the isolation of small tissue fractions from heteroge...
<p>, including pre-dissection (A), post-dissection with a malignant gland removed from the surroundi...
Gene expression studies are often carried out at the whole organism, organ or tissue levels. The dif...
The advent of new technologies has enabled deeper insight into processes at subcellular levels, whic...
Molecular profiling already exerts a profound influence on biomedical research and disease managemen...
Microarray and RT-PCR based methods are important tools for analysis of gene expression; however, in...
Microarray and RT-PCR based methods are important tools for analysis of gene expression; however, in...
This paper describes a microproteomic workflow that is useful for simultaneously identifying and qua...
We report a novel method for preparing samples for laser capture microdissection. The procedure desc...
Flow cytometry allows quantitative analysis of the identity and effector function of individual cell...