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Wyss Institute for Biologically Inspired Engineering

Next Generation Sequencing Within Biological Tissues – Richie Kohman at the Wyss Institute

Richie Kohman, Synthetic Biology Platform Lead at the Wyss Institute for Biologically Inspired Engineering discusses his work on Next Generation Sequencing within biological tissues Next Generation Sequencing (NGS) is one of the most advanced methods in biotechnology, having experienced a million-fold cost reduction over the past two decades.  The speed,...
brain tissue, neuron

Next Generation Sequencing: The analysis of synthetic biology signatures in brain tissue

Richie Kohman, Synthetic Biology Platform Lead, Wyss Institute at Harvard, tells us all about Next Generation Sequencing in analysing synthetic biology signatures in brain tissue.
huntington's disease research, cell biology

Huntington’s disease (HD) research

Dr. James E Goldman and Dr. Osama Al-Dalahmah from the Department of Pathology and Cell Biology at Columbia University, provide an in-depth perspective on Huntington’s disease (HD) research.
biological tissues, biology

Next-generation sequencing to analyse biological tissues

Richie Kohman, Synthetic Biology Platform Lead at Wyss Institute at Harvard, explains the use of next-generation sequencing to analyse biological tissues in a spatially resolved context.
biomimetic apatites, compounds

The advent of biomimetic apatites in today’s and tomorrow’s medicine

In this interview, Prof Christophe Drouet (CNRS Senior Scientist) – an international specialist in bio-inspired apatites – relates the multifunctional potential of these intrinsically biocompatible compounds for a wealth of uses from bone tissue repair, to cell-scale medicine.
treat childhood cancer, experiments

New research suggests antidepressants could treat childhood cancer

Researchers found that a commonly used antidepressant could treat childhood cancer - successfully stopping growth in lab experiments so far.
microvascular dysfunction, treatment

LRG1: An emerging therapeutic target for the treatment of microvascular dysfunction

John Greenwood PhD and Stephen E. Moss PhD explore the imminent potential of LRG1 as a microvascular dysfunction treatment.

Machine learning will help to grow artificial organs

Researchers in Moscow and America have discovered how to use machine learning to grow artificial organs, especially to tackle blindness.
cell organelles, microfluidic isolation

Microfluidic isolation and analysis of cell organelles

Here, Prof. Dr. Christopher T. Culbertson, Prof. Dr. Stefan H. Bossmann, Jay Sibbitts and Courtney Johnson discuss microfluidic isolation and analysis of cell organelles.
anti-starvation mechanism, obesity epidemic

Anti-starvation mechanism identified as obesity cause

Researchers suggest that a molecular anti-starvation mechanism may now be contributing to the obesity epidemic.
Medizinische Fakultät Universität Augsburg

Signalling and metabolism: Signal Peptide Peptidase-Like proteases

Prof. Dr. rer. nat. Regina Fluhrer discusses Signal Peptide Peptidase-Like proteases and their role in cellular signalling and metabolism.
EDC Endocrine Disruptors Project-Instituto Superiore di Sanita

A network of knowledge on endocrine disrupting chemicals

Alberto Mantovani discusses endocrine disruptoring chemicals, and the network of knowledge provided through the activity of the European Teratology Society
bacterial cell

Bacterial Cell Biology

Prof. Dr Marc Bramkamp explains how the latest science allow for increased understanding of the subcellular organisation of a bacterial cell
X-ray

Powerful XFEL X-ray laser goes online in Germany

The powerful XFEL X-ray laser, capable of studying the intricate structure of atoms one by one, has been officially opened in Hamburg, Germany

Understanding the adverse outcome pathway concept

Alberto Mantovani, Istituto Superiore di Sanità looks at how the adverse outcome pathway concept is the long way from molecular to adversity

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