That sure looks like a dpi problem, check again and make sure that Smaller is selected and then hit Apply. Did you recently install updates to drivers for your graphics/video card? If so you might try rolling back to the previous drivers to see if that's the problem.
Download File https://gohhs.com/2yVfmM
My video card is the nVidia 8600GT, 500MB, I have the driver that Win 8 installed, back on 11/16/12, so it's not too out of date . . . there is an update through Windows update, but I don't like updating the video card driver, because that can lead to new problems, in XP, I was getting a blue screen with a Stop error . . . so if I'm having no problems like that, I don't bother updating it.
Histone acetylation is achieved by the addition of an acetyl group to the lysine residues of histones, and is linked to open and active chromatin. Histone acetylation is usually correlated with activating transcription, whereas histone deacetylation is commonly associated with gene silencing.416 Super-enhancers, a cluster of enhancers marked by high H3K27ac levels, play a key role as an oncogenic driver in cancer cells.417,418 Activation of histone acetyltransferases, such as p300 and CBP (CREB-binding protein), is highly associated with increased modification of H3K27ac.419 Furthermore, p300 and CBP play crucial roles in regulating key genes in PCa, including AR target genes.420 Recently, p300 and CBP inhibitors (such as CCS1477, A-485, and FT-7051) have been developed.421,422 Clinical trials to test the efficacy of CCS1477 and FT-7051 in PCa have recently begun (Table 9).
The arsenal of drugs available to treat advanced PCa has expanded significantly in recent years. Despite these advances, current treatment options have many limitations (Table 11), and more personalized treatment strategies and targeted agents are required for novel therapeutic options. In most cases, AR continues to be the primary molecular driver in CRPC patients, while effective therapies targeting AR are not always curative.541 AR overexpression, AR amplification, AR mutations, and AR variants (AR-Vs) are important mechanisms that contribute to drug resistance.143,542,543 Of note, drug resistance mediated by AR-Vs continues to be an issue, as it is very difficult to directly target AR-Vs.541,544 Despite the loss of AR-LBD, AR-Vs contain AR-DBD and are capable of transcriptional regulation. To date, AR-V7 is the type of AR-V most frequently detected in CRPC.545,546 AR-V7 was found to contribute to resistance to enzalutamide and abiraterone in PCa patients.547 In addition, other studies have demonstrated that other AR-Vs such as AR-V1, AR-V3, AR-V9, and ARv567es confer anti-AR drug resistance.548,549 Thus, further development of AR-V-targeted drugs such as AR-DBD or AR-NTD is required,550,551 since these domains are shared between full-length AR, LBD-mutant AR, and AR-Vs.
The watchdog will fire if all these conditions are met:
1. The interface is up
2. A TX queue is stopped (normally because it is full)
3. No packets have been added to the queue in the last 5 seconds
4. The driver has not told the kernel that the device is unable to transmit now (e.g. link is down).
This can happen due to:
a. Driver bug causing conditions 2 and 4 to be true during reconfiguration
b. MAC blocked by a pause frame flood
c. IRQ handling is delayed by a long time (can happen due to excessive serial logging)
d. Firmware bug causes driver to see link as up when it's not e. Hardware fault (always a possibility)
Now this exact error occurs on both Debian and Arch, with the onboard Ethernet port, and two distinct PCIe Ethernet cards with two different drivers.
As such I would rule out a. and d.
I don't know enough about the underlying concepts to understand b. and c. and would appreciate further pointers in that direction.