Thank you guys! Now i just have to see if it works.
I think you may have a bad part, if that is indeed a 180 ohm resistor. If you put a resistor in parallel with any other circuit (like being wired to a bunch of stuff on a PCB), you should always measure some resistance less than or equal to the nominal R value (in a non-energized, passive circuit).
Example:
1. Start with a 180 ohm resistor all by itself, a multimeter will read 180 ohms (+/- the tolerance of the part, but we'll disregard that for this exercise).
2. Add a large (but not infinite, like "circuit" 1) resistance in parallel with the 180. Say, 100K.... then then 180 will look like (180*100k)/(180+100k) = 179.68 ohms
3. Add a smaller resistance in parallel with the 180, say 1000 ohms. Now the 180 looks like (180*1000)/(180+1000) = 152.54 ohms
Case in point, if you have any additional conduction path in parallel with a known value resistor, then the measured resistance should always be less than the original resistor's value. Note: this works when your circuit is unpowered... if you have power applied and active circuits, then all bets are off.
Long story short, I think your resistor may be dead. 1) you said it ohm'ed out to 205 ohms, and 2) the traces near it look dark, like something got overheated and started to burn the nearby soldermask.
I'd still remove the part from the board and ohm it while not in-circuit.