If you can't catch your fingernail on these scores, then no need to worry.
If fingernail catches, then would be good idea to hand sand in LH & RH crosshatch marks (hone). If lines gone after that, they'll be fine.
Factory bearing from a 2001 LX, same as I've seen in all:
These scored & pitted (not seen in pic.) bearings with 90K on them, got better over the next 90K miles with proper servicing every 30K miles.
The 100 series wheel bearings are extremely tough bearings. I've replaced bearings because they were to good. By this I mean; to reach a perload of 9.5lb pull on spring scale (9.5 to 15lb Toyota spec), I hit 75ft-lbf of torque on adjusting nut. The high pressure on wheel bearings from adjusting nut was not of any concern, as 100 series bearings like to be tight.
The concern was that any higher torque may damage adjusting nut threads (about 4 IIRC, fine threads). Those bearings were changed do to concerns that torque would need to be even higher next service, and client did not want to be locating mechanic/bearings while in third world country.
I find that with each service, if previous done correctly. It takes a higher and higher torque to reach factory recommended preload. That our bearings just start rolling better and better over time.
I've only seen one case in mud of bearing failure. In that case, the mechanic didn't fill (90-95% filled best practice, as they need a little air space for cooling) hub cavity with any grease. Centifcall force then forced grease out of bearing and they burn up IMHO.