
u/bad1o8o

headaches after TSO?
i been on TSO for over half a year now but i still get headaches for 1-2 days after a dose. it's nothing crazy but if there is an easy remedy to avoid them i'd take it. i take only a minute dose to begin with (0.1ml every 9-10 days) but maybe there is something that helps or even prevents the headaches?
Hey, guys! We wanted to announce it here first. RetroSpace demo is coming in 7 days! (on Steam) Hope a lot of you will give it a spin! (or two... or three)
Tormentum II a dark Point & Click adventure inspired by H.R. Giger and Zdzisław Beksiński has released a demo!
store.steampowered.comDemo for Silver Pines - this is NOT for Grimby (i know he knows ALL the games) but maybe some of the GGN will find this interesting!?
store.steampowered.comRich doing his best Sean Connery impression 8 years ago (timestamped)
youtu.beMonomyth - Beta 3 is now live on the testbranch
store.steampowered.comHandpainted Point&Click Tormentum II, could be something for Grimby to check out.
store.steampowered.comModulation of intestinal epithelial permeability by chronic small intestinal helminth infections
>Increased permeability of the intestinal epithelial layer is linked to the pathogenesis and perpetuation of a wide range of intestinal and extra-intestinal diseases. Infecting humans with controlled doses of helminths, such as human hookworm (termed hookworm therapy), is proposed as a treatment for many of the same diseases. Helminths induce immunoregulatory changes in their host which could decrease epithelial permeability, which is highlighted as a potential mechanism through which helminths treat disease. Despite this, the influence of a chronic helminth infection on epithelial permeability remains unclear. This study uses the chronically infecting intestinal helminth Heligmosomoides polygyrus to reveal alterations in the expression of intestinal tight junction proteins and epithelial permeability during the infection course. In the acute infection phase (1 week postinfection), an increase in intestinal epithelial permeability is observed. Consistent with this finding, jejunal claudin-2 is upregulated and tricellulin is downregulated. By contrast, in the chronic infection phase (6 weeks postinfection), colonic claudin-1 is upregulated and epithelial permeability decreases. Importantly, this study also investigates changes in epithelial permeability in a small human cohort experimentally challenged with the human hookworm, Necator americanus. It demonstrates a trend toward small intestinal permeability increasing in the acute infection phase (8 weeks postinfection), and colonic and whole gut permeability decreasing in the chronic infection phase (24 weeks postinfection), suggesting a conserved epithelial response between humans and mice. In summary, our findings demonstrate dynamic changes in epithelial permeability during a chronic helminth infection and provide another plausible mechanism by which chronic helminth infections could be utilized to treat disease.