The microbiome had been at the forefront of a lot of research and news in the past few years. Now, a new study published in Nature Microbiology has linked specific microbiome changes with depression and quality of life. The largest of its kind to-date, the research was made possible by over 2000 participants from the Flemish Gut Flora Project and the Dutch LifeLines DEEP project. The results may lead to novel therapies for people suffering from this debilitating mental illness.
PharmaFluidics NV is a game-changing innovator in the field of analytical chromatography. The company has devised a fundamentally new way of performing separations by creating nano-LC columns on a silicon chip. Their µPACTM columns enable a robust and highly reproducible detection of more molecules from complex biological samples such as biopsies, proteome digests, culture media or bio-pharmaceutical actives. Building upon their groundbreaking micro Pillar Array technology, a new trapping column was launched today, further improving analytical capabilities and throughput time of analyses with µPACTM columns.
The microbiome had been at the forefront of a lot of research and news in the past few years. Now, a new study published in Nature Microbiology has linked specific microbiome changes with depression and quality of life. The largest of its kind to-date, the research was made possible by over 2000 participants from the Flemish Gut Flora Project and the Dutch LifeLines DEEP project. The results may lead to novel therapies for people suffering from this debilitating mental illness.
PharmaFluidics NV is a game-changing innovator in the field of analytical chromatography. The company has devised a fundamentally new way of performing separations by creating nano-LC columns on a silicon chip. Their µPACTM columns enable a robust and highly reproducible detection of more molecules from complex biological samples such as biopsies, proteome digests, culture media or bio-pharmaceutical actives. Building upon their groundbreaking micro Pillar Array technology, a new trapping column was launched today, further improving analytical capabilities and throughput time of analyses with µPACTM columns.