@dedevo nah, don't use things like super glue etc. That is just not right :-) If nothing else and if you have issues with soldering, at least use something like a conductive ink pen. Chemtronics has a decent product and so do others. [https://www.chemtronics.com/how-to-pcb-trace-repair-with-conductive-ink?srsltid=AfmBOor_NN476gvwxnYR1RJrpu2nt37A3KU9-vxWRGvCaVyYXIa8rpm|Here is] how to use that.
Of course, I would suggest just to solder some bridges across the damaged traces. I prefer Wire Wrap Wire since it comes in very thin size. After that apply some UV solder mask instead of nail polish, which may have metal in it and may create a short circuit :-).
As for your capacitors etc. your images are not the right size to enlarge and see/find traces. Try to add some new, larger and well focused images.
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=== Update (02/27/25) ===
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@dedevo yep. Just run a wire as a jumper for the burned out traces. Looks like you could solder one end to the SMC component and the other one to the connector and/or the Via before that
@dedevo nah, don't use things like super glue etc. That is just not right :-) If nothing else and if you have issues with soldering, at least use something like a conductive ink pen. Chemtronics has a decent product and so do others. [https://www.chemtronics.com/how-to-pcb-trace-repair-with-conductive-ink?srsltid=AfmBOor_NN476gvwxnYR1RJrpu2nt37A3KU9-vxWRGvCaVyYXIa8rpm|Here is] how to use that.
Of course, I would suggest just to solder some bridges across the damaged traces. I prefer Wire Wrap Wire since it comes in very thin size. After that apply some UV solder mask instead of nail polish, which may have metal in it and may create a short circuit :-).
As for your capacitors etc. your images are not the right size to enlarge and see/find traces. Try to add some new, larger and well focused images.