Which levels have bandages

It only takes a minute to sign up. Connect and share knowledge within a single location that is structured and easy to search. I would like some help homing in on the last few bandages I need, but I don't want a step-by-step guide for every bandage.

I just want to compare my overworld screen with someone who has all bandages, so I know which worlds I need to explore and which warp zones to get. If someone wants a comprehensive guide, including screenshots showing the position of each bandage in each level, check this series of posts spoiler warning! Sign up to join this community. The best answers are voted up and rise to the top. Stack Overflow for Teams — Collaborate and share knowledge with a private group.

Create a free Team What is Teams? Learn more. Super Meat Boy - could someone with all bandages provide overworld screenshots? Ask Question. Asked 10 years, 10 months ago. The best thing to do is let yourself slide down the dirt wall for a few seconds and let the rightmost saw pass by. Once the saws are pointing down, you should have enough time to quickly wall jump up to Bandage Girl.

Next stop: the bandages in the Dark World. The second level of this Warp Zone is a huge maze, with a bandage floating on the same sand platform as Bandage Girl. The basic strategy here is to get through the maze as fast as possible and, when you fall onto the sand platform, hold right.

You should hit the opposite wall, which will prevent you from overshooting the bandage. Try to be on the opposite wall before you make the jump over. Then just jump up, grab the bandage, and jog on over to Bandage Girl. Wall jump to the top left wall, then let yourself slide down to the last or second to last block before jumping over the saw in the middle.

Make sure you hold the run button. Climb up the vertical segment with the three wall-mounted saws, and stop once you reach flat ground. The bandage is in the shaft above you, along the left wall. We found the best way to do this is jump up the wall on the right and let yourself slide up the wall. At the peak of your slide upwards, wall jump to the left and let yourself slide up and to the bandage.

Wall jump onto the top of the right-most sand pillar and jump off again. How can doctors make sure a dressed wound is healing without taking off the bandage?

This is a conundrum, because removing a bandage can disrupt the healing process. Technology presented in a new study in open-access journal Frontiers in Physics could help.

In the future, by changing the geometry and materials in the bandage, the researchers may be able to fine tune it to suit different types of wounds. The technology could help doctors to monitor wounds more easily and successfully. Chronic wounds can be a source of significant suffering and disability for patients who experience them.

Getting such wounds to heal is tricky and there are many factors that can affect wound healing, such as temperature, glucose levels, and acidity. However, one of the most important is moisture levels. Too dry, and the tissue can become desiccated; too wet, and it can become white and wrinkly, as it does in the bath.

Both these situations disrupt the healing process. However, if a doctor wants to check the moisture levels of a wound then they need to remove the bandage, potentially damaging the delicate healing tissue. These issues have inspired this latest smart bandage, as a way to monitor wound moisture levels non-invasively.

The choice of materials was a challenge, as bandages need to be biocompatible, disposable and inexpensive. To achieve this, the researchers applied a conductive polymer called poly 3,4-ethylenedioxythiophene :polystyrene sulfonate PEDOT:PSS onto a gauze using a technique called screen printing, and then incorporated the gauze with commercially available bandage materials.

The idea is that changes in the moisture level of the wound cause a change in an electrical signal measured by the sensor. The tag can wirelessly communicate moisture level data with a smartphone, allowing healthcare staff to know when a bandage needs to be changed. To test their bandages, the researchers exposed them to artificial wound exudate, which is the liquid that seeps from wounds, and also tested different bandage materials and shapes.

They found that the bandage was highly sensitive, providing drastically different readings between dry, moist and saturated conditions, suggesting it could be a valuable tool in wound management.