A large red blood drop breaks into smaller particles above a translucent circuit board, with another board angled nearby, in a futuristic lab setting.

I want you to suggest a picture to start the first slide of my presentation. For this, I will send you my presentation text and you analyze what picture you should make for the first slide of my speech: Let’s start with an imagination ♡ doctor’s utopia. Where residents sleep more than four hours a week. Where a shift ends before the body does. Where you don’t need seven years of education just to inject Botox. A place where cancer is diagnosed from a single drop of blood. Where treatment takes seconds—not months. Well Some of this, may still sound like fiction. But part of it is already becoming real Hey everyone, my name is Nastaran. I'm a dentistry student at the medical university of Qom and today I have a question: What if I tell you that when it comes to early cancer detection, even a single drop of blood can be enough— ------------ While traditional tests need large samples and lengthy analysis, microfluidic technology uses that little drop This technology controls fluids inside narrow channels which are carved into a tiny chip like a miniature lab♡ So how does this [work]? When these channels are that narrow its possible for us to extract and analyze the tiniest particles in the fluids with incredible precision. One of the particles I was talking about is the exosome: Exosomes are microscopic bubbles that contain genetic and protein information that reflect the cancer's condition. Using microfluidic chips, we can apply filters to the channels to isolate these See more