G protein‐coupled receptor signaling complexes: functional and pharmacological perspectives

G protein-coupled receptors (GPCRs) constitute a large superfamily of proteins that respond to a variety of extracellular stimuli ranging from photons and small molecules to peptides and proteins, such as hormones, neurotransmitters and paracrine agents which activate transduction pathways of signals and, finally, give rise to specific cellular responses. In humans there are more than…

2020

Pharmacogenomics: Advances and Challenges

Pharmacogenomics is the study of the role of the genome in drug response. It analyzes how the genetic makeup of an individual affects his/her response to drugs. The Dr. Antoni Esteve Foundation organized its ninth Esteve Foundation Discussion Group by bringing together nine of the leading experts in the field the past 23 and 24…

2019

New perspectives on D-Amino Acids

Proteins are the most abundant biological cellular macromolcules and structurally characterized by being formed from a group of 20 precursor molecules, known as amino acids. The grouping and combination of these amino acids enable peptides, oligopeptides and polypetides to be formed, to construct larger structures, which are strictly speaking proteins. Although up until now it…

2014

Receptor heteromers: pharmacological properties and therapeutic applications

Receptor heteromers constitute a new area of research that is reshaping our thinking about biochemistry, cell biology, pharmacology and drug discovery. The concept, in which receptors of the same and different gene families can combine among themselves to generate dimers and possibly higher-order entities with uniquebiochemical and functional characteristics, is becoming widely accepted. The latest…

2013

Editorial Research

The research conducted by scientific journals themselves is an essential for furthering knowledge. Aspects such as peer review, conflict of interest or malpractice deserve to be analysed by the publications themselves in the interests of greater transparency and quality of the results. However, despite the interest they pose to the scientific community, studies of the…

2012

Remyelination. From biology to therapy

The loss of myelin as a result of diseases such as multiple sclerosis causes serious nervous system disorders, where electrical impulses are not conducted with sufficient speed or stop in the middle of axons. This is what is meant by demyelination. However, sometimes this process can be accompanied by aspontaneous regenerative response in which new…

2011

How to erase aversive and pain memories

After implantation of a prosthetic knee, some arthritis patients continue to experience pain after surgery. In some cases this is the result of so-called pain memory, which continues to send signals to the brain even though the joint has been removed. Several international experts in the field came together on the 12th and 13th May…

2011

The genetics of drug addiction

For an individual to enter an addictive process involves both their social environment and their individual vulnerability factors, which involve both personality and genetic components. Advances in research have identified genes and pathways involved in the process of addiction, leading to the description of common molecular mechanisms in drug dependencies. On October 7th and 8th…

2009

Migraine headache: Current knowledge and future therapies

Migraine continues to remain a major scientific mystery. We know that it is preceded by premonitory symptoms such as aura or impaired vision in some cases, causing nausea and unilateral pain accompanied by intense headache, and involves sensory distress such as photophobia or excessive sensitivity to sound. However, the treatment of migraine remains a major…

2009