Roundtable Discussion; The Future of Mineral Sands. Watch the video here.
This industry is in chaos, expecting carnage across the entire sector well below current levels, no reflection on TUI just the cirumstances
Nice to see multiple RNS roll in, maybe people have written this off too quickly, could be an easy multi bag from here
I cannot stress enough how big a deal it is that ODX does not require deep refrigeration. As a company that makes Temperature Monitoring Equipment for Laboratories, Hospitals and Retail - https://thermonitor.co trust me this is a huge difference both in terms of transportation, storage and distribution.
Oxford has several major advantages over the others. First, it is stable at fridge temperatures of 2-8C, so no worries about freezer boxes containing more than 900 doses having to be used in a hurry or wasted. And for the developing world, it is doubly good news – no freezers needed and fewer doses required due to the initial half-dose.
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Second, the Oxford vaccine is cheap, at £3 a dose, while the other two are more than £20 a dose. Oxford has from the start stressed its ambition to enable the entire world to be vaccinated. It has made arrangements to produce the vaccine around the globe.
Third, the vaccine has a good safety profile, in spite of the hitch some months back when a volunteer in the UK became ill and the trials were paused. And it has been shown to work as well in elderly people – who are most likely to die from Covid – as in other age groups, and with fewer side-effects.
It is great news for the UK government, which has invested heavily in the Oxford vaccine as well as ordering 100m doses. That is enough to immunise the country’s entire adult population. Ease of use – no freezer lorries or storage facilities at -70C – means GP practices can have a fridge-full and take it out to care homes without worrying it will go off. It also makes it possible to visit the frail and elderly in their own homes, so they do not have to be transported to vaccination centres.
Oxford University and AstraZeneca had all trial participants swab themselves at home, allowing it to test whether the vaccine was preventing people from having transmissible coronavirus, or just preventing the virus from making them sick.
Neither Pfizer nor Moderna used methods in their vaccine trials that allow them say for sure if their shots prevent transmission.
Although its trials are still ongoing, early data released Monday by AstraZeneca suggests that the vaccine it developed with Oxford University might in fact prevent viral spread
https://www.dailymail.co.uk/health/article-8982747/Modernas-covid-vaccine-NOT-block-covid-positive-spreading-it.html?adobe_mc=TS%3D1606260413%7CMCAID%3D2EB4240B0531037A-6000019360003483
This is well oversold, massive upside potential from here IMO
Retrosynthesis was a growing area of the life sciences research and development space, providing an increasing opportunity for ICSYNTH, the board said.
It described ICSYNTH as a “powerful computer-aided synthesis design tool” that enabled chemists to generate synthetic pathways for a target molecule, leading to better, faster and more cost-effective synthesis predictions.
ICSYNTH facilitated innovation by stimulating ideas for alternative or novel synthetic routes that otherwise might not be considered by the chemist, the company claimed.
Development work had recently been completed on a new user interface for the tool, facilitating greater ease of use, with new algorithms introduced to filter out erroneous data from any data source, including proprietary data in electronic laboratory notebooks, which the board said would lead to improved synthesis predictions, resulting in better productivity and time management.
“We are delighted to be supplying our powerful retrosynthesis and forward planning tools to these leaders in their field, expanding our customer base not only in the pharmaceutical industry but also within the agrisciences and contract research organisation sectors,” said chief executive officer Mark Warne.
“With machine learning and cloud technologies both powerful tools in the race to accelerated drug discovery, we see a growing opportunity for both our ICSYNTH and DigitalGlassware™ platforms and look to the future with confidence.”
https://prometheus.org/2020/11/07/shale-plays-fail-to-deliver-look-to-alaska/
Link to Forbes article https://www.forbes.com/sites/arthurberman/2020/10/31/shale-plays-fail-to-deliver-look-to-alaska
https://www.share-talk.com/share-talk-bulletin-board-heroes-monday-26th-october-2020/#gs.j56foc
Share Talk RNS always first out of the door
Shares of Deepmatter Group PLC (LON: DMTR) today surged 23.4% after the company won five new major contracts over the last two months for its computer-aided synthesis design tool, ICSYNTH.
The company said that its new customers included ‘leading’ multi-national pharmaceutical, agrisciences, biotech and contract research organisations.
Mark Warne, DeepMatter’s CEO said: “With machine learning and cloud technologies both powerful tools in the race to accelerated drug discovery, we see a growing opportunity for both our ICSYNTH and DigitalGlassware platforms and look to the future with confidence,”
https://www.asktraders.com/analysis/deepmatter-dmtr-shares-surged-23-4-today-heres-why/
Possibly something is going to happen prior to the 27th to drive the SP significantly higher than 2.5p
https://www.share-talk.com/share-talk-bulletin-board-heroes-friday-16th-october-2020/
Strong adoption of ICSYNTH
DeepMatter doubles customer numbers for its machine-learning retrosynthesis tool
DeepMatter (AIM: DMTR), the AIM-quoted company focusing on digitising chemistry, is pleased to announce it has secured contracts with five new major customers over the last two months for its powerful computer aided synthesis design tool, ICSYNTH. In total, ICSYNTH customer numbers have more than doubled through the course of 2020, and the Company has achieved 100% customer renewals, adding to the Group's underlying revenue base. The new customers include some of the world's leading multi-national pharmaceutical, agrisciences, biotech and contract research organisations (CROs). Retrosynthesis is a growing area of the Life Sciences Research & Development space, providing an increasing opportunity for ICSYNTH.
ICSYNTH is a powerful computer aided synthesis design tool that enables chemists to generate synthetic pathways for a target molecule, leading to better, faster and more cost-effective synthesis predictions. ICSYNTH facilitates innovation by stimulating ideas for alternative or novel synthetic routes that otherwise may not be considered by the chemist.
Development work has recently been completed on a new User Interface for the tool, facilitating greater ease of use, and new algorithms have been introduced to filter out erroneous data from any data source, including proprietary data in Electronic Laboratory Notebooks, leading to improved synthesis predictions resulting in better productivity and time management.
Mark Warne, Chief Executive Officer of DeepMatter commented: "We are delighted to be supplying our powerful retrosynthesis and forward planning tools to these leaders in their field, expanding our customer base not only in the Pharmaceutical industry but also within the agrisciences and CRO sectors.
"With machine learning and cloud technologies both powerful tools in the race to accelerated drug discovery, we see a growing opportunity for both our ICSYNTH and DigitalGlassware™ platforms and look to the future with confidence."