Page 8 - Scientific Library

Current cancer vaccine strategies strive to efficiently deliver in situ

Cytoskeleton modeling molecules are relevant when trying to improve one's understanding of cytoskeletal molecular modeling and associated mechanisms. Together with actin binding proteins, tubulin-based

With more than 100 types of cancers affecting any part of the body, cancer is one of the leading causes of death in the world. It has an enormous impact on well-being, both for those with the diagnosis

Cytoskeletal live cell imaging is extremely powerful when investigating cellular processes such as cytokinesis, motility and organelle transport and organization. The current experimental procedures

The Transient Receptor Potential (TRP) ion channel family participates in numerous functions of the Nervous System. A recent publication tends to indicate that TRP might also be of interest for therapeutical

Adenoassociated viruses (AAV) are small (20-30 nm), ssDNA, non-enveloped and replication-defective viruses that infect human and other primate species, but which, up to now, have not been reported as being

Actin can be stained in living and fixed cells to determine and follow the structure and function of the cytoskeleton. The actin cytoskeleton is a very dynamic and labile structure in the living cell,

Lentiviruses are robust tools for cell line engineering and development. As opposed to models that only infect dividing cells, lentiviral vectors are ideal for long term gene delivery into dividing and

SiR-actin and SiR-tubulin kits now contain Verapamil

Recently, we were pleased to launch highly

Extracellular vesicles in general, or exosomes in particular, are becoming a hot topic for research, especially in cancer. They seem to have different roles in tumour progression or can be used as

Adenovirus (AV) are non-enveloped and non-integrative icosaedral viruses. Recombinant AV (genetically modified with respect to the wild-type in order to lose their capacity of replication) are widely used

What are metabolites?

Microorganisms live in a world of chemical signals. They use small molecular weight compounds, known as metabolites, to regulate their own growth and development, to encourage other