Latest Industry Insights
Industry Insight
What is Vimentin?
There are three main kinds of cytoskeletal filaments: microfilaments, microtubules, and intermediate filaments in Eukaryotic cells. Intermediate filaments help to provide structure to cells, and are involved in cell movement.
Industry Insight
Fighting Anti-microbial Resistance
Avacta and Leeds University recently announced that they had been awarded a £3.8 million grant by the MRC for a joint development programme.
Industry Insight
Protect Your Precious Samples
Earlier this year Thermo introduced a new blast freezer series aimed at researchers looking to accommodate a variety of vessels with a versatile and flexible sample preparation device for use prior to cold storage.
Industry Insight
New Method for Tumor Progression Visualization
Scientists develop a new method for tumor and other cancerous progression tracking, without any surgery.
Industry Insight
A Revolution in Cold Storage
Thermo recently introduced a new ultra-low temperature freezer, designed to offer laboratories a greener solution.
Industry Insight
Triggering All Arms of Immunity
Maximising the efficacy of a vaccine, whilst keeping side effects to a minimum, is one of the biggest challenges vaccine developers face.
Industry Insight
Next Generation Vaccine Manufacturing
Vaccine manufacturing can be a costly and complex process, often making life-saving vaccines unaffordable for resource poor countries.
Industry Insight
Revolutionising Clinical Trials
Despite aiming to include a broad and inclusive population of patients, clinical trials often exclude certain groups and are therefore not always representative of the wider patient population.
Industry Insight
Advanced Serial Crystallography
During the drug design process, to probe about and know the structure of proteins is of great importance to grasp the specific medical potential and performance, as well as their safety profiles.
Industry Insight
Fast Prototyping of Fluidic Devices Using Fluidic Factory 3D Printer
Quick fabrication of microfluidic devices has always been challenging: existing fabrication methods for microfluidic devices such as injection moulding, micromilling and bonding involve long and costly fabrication processes.
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