Toronto Research Chemicals Inc.
2 Brisbane Road M3J 2L2 Toronto, ON, Canada

In order for pioneering COVID-19 research to progress, we understand how vital it is that scientists are equipped with the tools they need. That's why we developed our diverse range of coronavirus resources, encompassing a variety of antivirals and inhibitors. Explore our offerings here: https://okt.to/d9AWp6 #ScienceForASaferWorld #COVID19

New research suggests that combining immunotherapy with radiotherapy using carbon ions may offer an effective treatment for cancer. Preclinical results have shown that this combination is more effective than immunotherapy coupled with conventional radiotherapy. Although in its early stages, this exciting study may pave the way for enhanced cancer treatments in future. Learn more in Medical Xpress - Medical and Health News: https://okt.to/5noBht #ScienceForASaferWorld #CancerResearch

Did you know that we offer a diverse range of chemical building blocks? Our product range encompasses a wide variety of specialty chemicals, from basic functionalised heterocycles to highly advanced molecules. Learn more here: https://okt.to/kAUZ4W #ChemicalSynthesis #ScienceForASaferWorld

Scientists at University of Pennsylvania's Perelman School of Medicine at the University of Pennsylvania have produced detailed data on metabolite uptake and release in the heart. This pioneering study will help to establish a framework for studying the heart in disease, and may inform the development of treatments for heart failure and other heart conditions in future. Read more here: https://okt.to/hOGvdz #HeartDisease #ScienceForASaferWorld

Did you know that we offer a wide range of chemical building blocks? From basic functionalised heterocycles to advanced low-weight molecules, discover how our specialty building blocks can aid your research here: https://okt.to/0gP2na #ChemicalSynthesis #ScienceForASaferWorld

The Eastern Analytical Symposium's #EAS2020 virtual event kicked off today! The online symposium is a fantastic opportunity to discuss advances in analytical science, and we are delighted to be attending with our partners at LGC Mikromol. Find out more about the event here, including invited talks from academia and industry experts: https://okt.to/ktnMy4

To accelerate the development of an effective treatment for COVID-19, existing antiviral drugs are being investigated for their efficacy against the virus. Drug repurposing can be useful in urgent healthcare situations, as their crucial variables are already well understood. Read more about the current contenders in this blog: https://okt.to/MEVGWO #ScienceForASaferWorld #COVID19

A study led by University of Michigan Rogel Cancer Center has created a detailed map of the immune response to pancreatic tumours. The findings show variation between pancreatic cancer patients, which may provide valuable insights for the development of more effective immunotherapies. Read more in Science Daily: https://okt.to/A92tWK... #CancerResearch #PancreaticCancer

Did you know that the medicinal properties of fungi have been incorporated into health practices since ancient times? We are proud to offer a range of fungal metabolite products to support your research. Explore our diverse offerings here: https://okt.to/n2psme #ScienceForASaferWorld

We are proud to have developed a diverse range of COVID-19 products to support the development of an effective defence against the disease. Whether your research is focused on slowing the spread of COVID-19 or gaining insights into potential repurposed treatments, find out how our tools can help: https://okt.to/GMV6ux #COVID19 #ScienceForASaferWorld

In rapid response to the COVID-19 pandemic, over 180 vaccine candidates have been developed, 42 of these are currently undergoing clinical trials. This article in Nature outlines the steps involved in vaccine trials and the current progress made towards a successful candidate. Follow the link to learn more about the promising results so far, and the questions that still need answering: https://okt.to/7QLHB0 #COVID19 #ScienceForASaferWorld

In order for cancer to metastasise, it has to migrate from its point of origin. Researchers at St. Anna Kinderkrebsforschung King's College London Institut Curie and ETH Zurich have collaborated to shed light on the mechanism by which cancer cells escape crowded tumours. The study suggests the key may lie in a signalling cascade caused by deformation of the cell nucleus. Read it in Technology Networks: https://okt.to/PcwDpR... #CancerResearch

We provide products to support research into all areas of neuroscience, including Alzheimer's and dementia, epilepsy, depression and more. Our extensive portfolio includes chemicals, biomolecules and more. Take a look at our latest newsletter to learn more: https://okt.to/ncRM9T #ScienceForASaferWorld #Neuroscience

We combine specialist expertise with an experienced team to deliver outstanding custom synthesis services for our customers. From stable isotope labelling to metabolites, impurities and more, discover how we define the optimal synthetic routes for your needs here: https://okt.to/c1NE6w #StableIsotopes #ScienceForASaferWorld

This article in Drug Testing and Analysis from Wiley Scholarly Network investigates the action of a progestogen used in sport. The primary drug used in this research was altrenogest, obtained from TRC, which acts as a strong androgen in mammals. The study found that our altrenogest shows strong activation of the androgen receptor in a mammalian cell bioassay. Find out more here: https://okt.to/Nj1CY3

It's not too late to join us at #AnalyticaVirtual, the biggest online conference on lab analysis, biotechnology and lab technology! With 30,000 visitors, 1,000 companies and hundreds of informative talks, #Analytica2020 is a great opportunity to share knowledge and network with leaders in the field. Learn more about the virtual event, running until 23rd October, and register here: https://okt.to/jAPv2d... analytica - Laboratory Technology, Analysis and Biotechnology Fair

Scientists at the National University of Singapore have developed a new approach to combat antibiotic resistance. By harnessing formate, a metabolite specific to certain bacterial species, the study suggests it may be possible to selectively target pathogenic bacteria. Learn more about this intriguing news in Phys.org: https://okt.to/OnYwP7 #AntibioticResistance