photon12
Joined 6 years ago
Joined 6 years ago
https://www.washingtonpost.com/business/economy/trump-signs-...
See also:
https://www.nbcnews.com/politics/congress/silicon-valley-ban...
I only added these to say there's enough evidence to be questionable of the null hypothesis with regard to long COVID physiopathology.
Elevated vascular transformation blood biomarkers in Long-COVID indicate angiogenesis as a key pathophysiological mechanism, https://molmed.biomedcentral.com/articles/10.1186/s10020-022...
Plasma Proteome of Long-covid Patients Indicates Hypoxia-mediated Vasculo-proliferative Disease With Impact on Brain and Heart Function (Preprint), https://assets.researchsquare.com/files/rs-2448315/v1/8043bd...
Unfortunately, if you do that, you are going to be outcompeted by the teams that are working to get their first 10,000 paying customers by any means necessary, because privacy planning is less capital efficient.
The companies that do get big enough to overcome their immediate survival constraints often have a harder problem identifying and providing resource needs for privacy assurance because it's less on the minds of the people in charge of making resource decisions because you have other operational scaling issues at the front of mind.
Your engineers and support staff doing dumb things with your data is a risk you can have resources allocated to. But it's not on the critical path to market dominance so it shouldn't be expected to be a priority.
$80k is not a low bar, and this is insulting to really talented people I know stuck in below $40k jobs.
My point is that the disparity is such a chasm that my brain can't reconcile it. We aren't talking about ditch digging, we are talking about serving food to the people of Seattle. All the software engineers in Seattle, in my experience, love to frequent dining establishments. Their quality of life is dependent on the labor of people serving them. There's no way I can accept the disparity as "just the way it is." My gut can't take it.
I have a friend who is a head chef at a decently popular bar and restaurant on Broadway in Capitol Hill, Seattle (very trendy part of town if you aren't familiar, steep commercial rent). He lives in a 400 sq ft studio and is barely, barely making it from one paycheck to the next. I am sitting on a 2.6% interest rate mortgage and my prices are set for the next 30 years. I probably work half as hard as he does, if not even less than half. I have a lot of cognitive dissonance associated with that.
If customers could make more informed decisions about these risks, i.e. if they could get access to company intellectual property and privileged information about operations, maybe we wouldn't need to consider this type of of legislation. But customers continue to be on the end of information asymmetry about company operations, so now customers need other ways to find protection. Maybe it's the case that there are economies of scale to resilience, and we have to accept some level of difficulty to disrupt because of that.
Plasma Proteome of Long-covid Patients Indicates Hypoxia-mediated Vasculo-proliferative Disease With Impact on Brain and Heart Function (Preprint)
https://assets.researchsquare.com/files/rs-2448315/v1/8043bd...
An excerpt:
> In Fig. 7A, hierarchical clustering heatmaps reflect the levels of neurological markers across the patient groups (markers have been curated by OLINK). The values of the PEA expression levels were hierarchically clustered based on Pearson correlation algorithms. Markers selected through the above methodology were investigated for functional annotation using tools from the GSEA platform and MSigDB data positories (Fig. 7B). This latest analysis demonstrated that functional clusters were formed around leukocyte migration, positive immune signals, glial cell differentiation, neurogenesis and MAPK regulatory modules. Taken together, these pathways predict a possible brain-blood barrier dysfunctionality grounded on cell proliferation. Graphs in Fig. 7C illustrate the expression levels of individual markers from the functional groups presented in Fig. 7B. One of the highly expressed markers, was the amyloid precursor protein (APP; Supplementary Fig. 10) which is known to be a pathognomonic marker for both Alzheimer disease and brain inflammation [61–65]. Additional markers for brain dysfunction include JAM2 (endothelial tight junctions protein), SNAPIN (a mediator of neuronal autophagy-lysosomal function in developing neurons), KCNH2 (potassium channel), S100A14 (involved in cell motility adhesion and growth), KIAA0319 (language impairment biomarker), and IROR1 (a receptor tyrosine kinase like orphan receptor 1, which regulates neurites growth in the central nervous system having also WNT-signaling pathway functions, and being crucial for the auditive apparatus maintenance).