Λύθηκε το μυστήριο με τους «πρίγκιπες του Πύργου» μετά από 538 χρόνια; -Δολοφονήθηκαν από τον ίδιο τους τον θείο | STORIES iefimerida.gr - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from iefimerida.gr Daily Mail and Mail on Sunday newspapers.
02:51 - Why 3D Can Work With Modern Tech 05:26 - How To Make Binaural Work For Everyone 07:47 - Immersion Or Accurate Representation 08:17 - The Practicalities Of Recording In Surround 10:09 - Recording An Orchestra In 3D 13:56 - The Tools For Rendering 3D Sound 16:40 - Music Artists Who Are Using 3D 17:15 - The Audio Mix Can Change Depending On Where You re Positioned 19:09 - Abbey Road & Dolby Atmos 20:36 - How To Get Started Mixing For Spatial Audio 22:42 - Get Started Using Standard Recording Equipment 25:22 - The Spatial Audio Forum 26:19 - A Timescale For Spatial Audio Becoming Standard 27:17 - Ending
Mirek Stiles - Head of Audio Products, Abbey Road Studios - Biog
Researchers to develop new test method to assess preventative surface cleansers
A CONCEPT known as dry biofilms has emerged over the past few years and they have shown to frequently harbour potentially infectious organisms, just like the ones present in Hospital Acquired Infections (HAIs). However, as these biofilms are dry and microscopic, they persist on surfaces and are able to resist harsh chemicals used to disinfect the environment particularly in noncritical areas of hospitals that aren t cleaned as thoroughly or as often.
Now, a research project between the University of Huddersfield and Genesis Biosciences has received funding from the National Biofilms Innovation Centre to further understand the form and function of these dry biofilms whilst generating a test method to assess preventative surface cleansers.
“Scalp cooling is currently the only treatment to combat ‘chemotherapy-induced alopecia’, yet little is known about its cytoprotective effect on human hair follicles,” said Dr Georgopoulos, who talks about the science behind scalp cooling with his University colleague Dr Andrew Collett in the video below.
Before now, he explained, the most common and obvious presumption to describe how scalp cooling worked was that as the scalp is cooled, the veins become constricted thereby reducing the amount of blood flow, meaning less of the chemotherapy drug enters the hair follicle.
“However, this is a really exciting discovery because our research now shows it is not as simple as that. We were able to measure how much chemotherapy drug goes into the cultured cells from hair follicles and what we have found is that cooling actually dramatically reduces the amount of chemotherapy drug being absorbed by the rapidly-diving cells of the hair follicle,” he added.