to snoo-finity ... and beyond!
Welcome to alexb's page.
Contributor score: 10
i had notes from forever ago but i totally forgot lol
Really good observation
No, the constant studying is to trick you into thinking shes abusing amphetamines.Amphetamines decrease appetite so a lot of people abuse them for weight loss. That combined with increased concentration to study all day errrday.. #onehellofadrug
forgot to mention, another side effect of amphetamines would be increased BP due to the increased catecholamines..don't forget to keep an eye out for that
His glycogen concentration is high, since he's been hyperglycemic with lots of insulin until birth.
Also explains why he's 12 pounds.
Great explanation, except that there was a question in NBME 22 in which the prostatic carcinoma was osteolytic. One of the commenters here looked it up and apparently it's like that 30% of the time or something. So I guess you would have to use the high output HF, normal Ca, high ALP, and mosaic pattern to "play odds" as Goljan would say.
Standard lab values are incorrect, way to go NBME.
I think they mean to put mm Hg. Normal CSF pressure is about 100-180 mm H20 which equates to about 8-15 mm Hg.
I lost a bit of time wondering about that ugh lol
I thought there must be an obstruction in the ventricles somewhere preventing csf from getting to the spine. so pressure is low in spinal tap but in the head it must be really high.
Also, lung adenocarcinoma is the most common lung cancer overall, most common in women, and most common in non-smokers. I know she smoked in the past, but that's what tipped me off to it.
Yeah I literally picked SCC bc I knew she'd smoked in the past smh
I missed this bc didn't notice it was a middle-aged guy w/ just 3 year hx of Type 1 DM.
I got it mixed up with primary adrenal insufficiency and the acth ⇒ hyperpigmentation.
Thank you for your explanation!
One question: How about the serine phosphorylation? Is it answered by pure memorization that the FOXO TF is serine phosphorylated, or is it a general fact that all TF's are serine-threonine phosphorylated?
I'm not sure, but it may be as simple as this: ubiquitin-mediated proteolysis is irreversible, but both N/C shuttling and phosphorylation are generally reversible processes.
I also guessed that FOXO must be a part of the PI3K pathway, since insulin regulates metabolism through PI3K and the question stem specifically mentions that. Phosphorylation is a major part of that pathway, so even indirectly phosphorylation would regulate FOXO. Frustrating question.
According to wikipedia (https://en.wikipedia.org/wiki/FOXO1) phosphorylation of FOXO1 is irreversible. This is referring to phosphorylation of serine residues on FOXO by Akt, which occurs in response to insulin. But the NBME answer suggests it's reversible. What's up?