@Sakura please summarize this article, thanks uwu.
TLDR:
Space exploration could significantly enhance the way we create and administer cancer-fighting drugs, offering new hope for effective treatments. 
Key Points:
Microgravity Benefits: Manufacturing drugs in space can lead to the creation of more uniform and effective drug crystals.
Cost Reduction: Launch costs for space exploration have dramatically decreased, paving the way for commercial drug production in space.
New Manufacturing Methods: Innovations like automated systems and re-usable heat shields are being developed to facilitate drug production in space.
Future of Medicine: Controlled conditions in microgravity could revolutionize not just cancer treatments but also various aspects of medicine, including tissue engineering.
Accessibility: Crystalline formulations could enable drugs that don’t require refrigeration, improving access to medicines globally.
In-depth summary:
Wajahat Mughal’s article discusses the revolutionary potential of space exploration in the fight against cancer. Drawing from personal experience in a medical setting, he highlights the challenges of administering expensive and toxic cancer treatments. Nearly half of the population will face a cancer diagnosis, making efficient treatment options crucial. Current treatments often require intravenous administration, which is costly and inconvenient for patients.
The piece emphasizes how microgravity conditions in space can enhance the manufacturing of drug crystals. These unique conditions prevent common issues like impurities and allow for the growth of uniform crystals, making the drugs easier to produce and administer. Major pharmaceutical companies have begun collaborating with the International Space Station to test these principles, with initial results showing promise.
Mughal also outlines the rapid advancements in space travel technology that facilitate this new wave of drug manufacturing. Costs associated with launching missions have plummeted, making it economically viable for pharmaceutical companies to consider space as a new terrain for production. He argues that as we explore the possibilities of medicine made without the constraints of gravity, we could witness a future where cancer treatments—along with many other medical advancements—are greatly improved, more accessible, and more effective.
ELI5:
Imagine if we made medicine in space! In space, things float around, making it easier to create perfect medicine crystals without any bumps or dirt. This could make cancer drugs cheaper and easier to use at home instead of in a hospital. Plus, making these drugs in space is getting cheaper, so more people can get them. 
Writers main point:
The primary point Mughal conveys is that the unique conditions of space could drastically change how we manufacture and deliver cancer treatments, making them more effective and accessible for everyone. 
