The Blood Factory: New Research May Open The Door To Artificial Blood

There were news stories afoot this week with somewhat breathless headlines that suggested a medical breakthrough was at hand: “In a 1st, two people receive transfusions of lab-grown blood cells.” A headline like that certainly catches the eye, especially as the holidays approach and the inevitable calls for increased blood donations that always seem to happen this time of year as the supply gets pinched. Does a headline like that mean that someone is working on completely artificial blood?

As always with this sort of thing, the answer is a mixed bag. Yes, a team in the UK has transfused two patients with a small amount of lab-grown red blood cells, and it’s the first time that particular procedure has been performed. But while the headline is technically correct, the amount transfused was very small, so the day when lab-grown whole blood transfusions replace donated blood isn’t exactly here yet. But the details of what was done and why it was attempted are the really interesting part here, and it’s worth a deep dive because it does potentially point the way to a future where totally synthetic blood may be a real thing.

Continue reading “The Blood Factory: New Research May Open The Door To Artificial Blood”

New Part Day: The Smallest Batteries You Have Ever Seen

We’re used to some pretty small batteries in miniaturized electronics, thanks to the manufacture of lithium-polymer pouch cells. But they’re still pretty big, and they’re hardly the most stable power storage solution. The French company ITEN may have an answer for designers of micro-power devices though, in the form of a range of tiny surface-mount solid-state rechargeable lithium batteries. These come in a range of capacities from 0.1 mAh to 0.5 mAh, and in a 3.2 by 2.5 mm package look very much like any other slightly larger SMD chip component.

These devices are most likely to be found in applications such as remote wireless sensors, where they can store the energy from a small solar cell or similar to produce the burst of power required to transmit a packet of data as well as the tiny current required to keep things ticking over. The solid state chemistry should provide a long life and lack of leaks. For now they have some evaluation kits on offer, and unless we missed something, no full data sheet. We’d be particularly interested to learn about their temperature sensitivity when it comes to soldering, as we’ve taken to heart theĀ  warnings about soldering to more traditional lithium cells.

Via CNX Software.

A green highlight emphasizes a cut-down XBox 360 motherboard on top of an intact board. The cut-down board is less than half the size of the intact one.

Shrinking The XBox 360

One of the coolest things in the retro gaming scene is making desktop consoles into portables. [Millomaker] is building an XBox 360 handheld, and the first step is shrinking the console’s motherboard.

Most 360 portables up to this point have been laptop-shaped instead of something handheld, but that hasn’t stopped people from trying to miniaturize the console further. [Millomaker]’s cut seems to be the most successful so far, shrinking the device’s motherboard down to the size of its old competitor, the Wii.

In the video (in French with available auto-translation) below the break, you can get the full harrowing journey during which several 360s sacrificed their motherboards for the cause despite [Millomaker]’s meticulous testing between component removals. This is truly an awesome mod, and we’re glad that the video shows not only the successes, but also the missteps on the way. It wouldn’t really be a hack if it was smooth sailing, would it?

For more fun with handhelds, check out the Sprig Open Source Handheld, a Portable PS2, or this Handheld Linux Computer.

Continue reading “Shrinking The XBox 360”