Heather McKenzie

Heather McKenzie

Senior Editor

Heather McKenzie is a professional journalist with more than five years experience in the biopharmaceutical industry. Since joining BioSpace, she has written more than 200 features and breaking news articles with a particular focus in neuroscience and gene therapy. She has also traveled internationally to cover global biotech hubs such as Israel. In previous roles, she has covered current affairs, sports, education and politics. She previously spent eight years as a senior content producer for executive-level business conferences in the pharma/biotech, legal, energy and business strategy sectors. In her free time, Heather enjoys creative writing, spending time with family and playing with her energetic Russian Blue cat Roofus. She hails from Toronto and has also lived in Chicago and Chesapeake, Virginia. You can reach her at heather.mckenzie@biospace.com.

ZYESAMI is intended to block the replication of SARS-CoV-2 in the ATII cell, as well as cytokine synthesis, thereby relieving respiratory distress. It is the only treatment in development that targets these ATII cells, and if approved, would be the first drug on the market for COVID-19 patients critically ill with respiratory failure.
While the space is just beginning to emerge, therapies for long-haul COVID-19 patients are still very much an unmet need.
When all is said and done, there will have been many forgotten victims of COVID-19. With the SARS-CoV-2 virus showing up in more and more human organs, will potential recipients be among them?
On the other hand, when dealing with a novel coronavirus, a certain amount of speed and urgency is necessary. Professor Chris Molloy, Chief Executive Officer of the U.K,’s Medicines Discovery Catapult, told BioSpace that real-time data should be considered, with a different lens applied.
Anaphylaxis is a serious and potentially fatal allergy to bee venom, food, and medication, and only 50-60% of the affected population is adequately prepared for an attack. Even less are prepared in severe cases where a second dose is required.
Cross-continental drug development and commercialization deals are good for business, and imperative for patients to receive access to the most valuable scientific breakthroughs. This month has already brought a number of these partnerships for the treatment of cancer and other diseases. Here’s a look at three of them.
A spirit of urgency and collaboration broke down traditional informational barriers as industry and academia organized like never before in modern history to develop a vaccine in just nine months.
Overall, against moderate-severe COVID-19 infection, the vaccine was 72% effective 28 days after vaccination in the U.S., 66% in hard-hit Latin America, and bottomed out at 57% in South Africa.
Elevian believes that this single protein, a key player in the circulatory system, could be a game-changer in regenerative medicine.
While the ATLAS platform has the potential to lead to an effective vaccine in itself, its greatest impact in the field of immunotherapy may be that it offers a new way of understanding how a tumor evades the therapy’s boundaries by identifying bad Inhibigens that lead to suppressive, or inhibitory, responses.
At the annual J.P. Morgan conference, the biotech industry launched its encore to a wildly successful 2020 – virtually. And, as is becoming the common scenario, attendees found both pros and cons to our new (temporary?) reality.
Pfizer, Moderna, AstraZeneca, and Johnson & Johnson all have trials of their respective vaccines underway in various age-groups.
Industry-leading biotech CSL is leveraging its integrated global portfolio to bring urgently needed therapeutic COVID-19 treatments to patients around the world.
Alexion Pharmaceuticals is a global biopharmaceutical company developing life-transforming therapies for patients with the rarest of diseases. So, it stands to reason that they are also looking for a rare combination in their employees. BioSpace we spoke with Alexion’s Head of Talent Acquisition, Matt McSherry, to find out just what those key ingredients are.
As the industry leader in translating RNA interference (RNAi) into innovative medicines for debilitating diseases, Alnylam employs over 1,400 people worldwide. The company boasts a robust pipeline of therapeutics for genetic, cardio-metabolic, infectious and CNS diseases with four registered products. With this kind of groundbreaking work, it comes as no surprise that they spend a lot of time looking for the right fit – and insist on the importance of the right mutual fit.