Correct if im wrong but mirio stated that while he is permeated everything passes through him, includong light. So wouldnt he be invisible if he uses his quirk?
Thromb Haemost
. 1994 Jul;72(1):105-12.
Transport phenomena and clot dissolving therapy: an experimental investigation of diffusion-controlled and permeation-enhanced fibrinolysis
J H Wu 1,ย K Siddiqui,ย S L DiamondAffiliations expand
- PMID: 7974357
https://www-thieme-connect-de.liboff.ohsu.edu/products/ejournals/abstract/10.1055/s-0038-1648820
I purchased the NZXT Kraken AIO about a year ago. I recently did a case swap and noticed that there was sloshing noises within the radiator.
Is this normal to hear noticeable permeation within the first year of usage? Should you hear any water movement at all?
So, we're building a new addition to house -- a wide open living/kitchen/dining area. My s/o already has a tendency to blast TV volumes to better hear speech etc. Now that our main TV is going to be in such a bigger space and somewhat more distant from the couch, I don't want to have the whole space constantly bombarded with TV audio.
A close fix that I've done in previous situations was to have an Apple Homepod on the couch-side table and airplay audio to that -- that way the sound output is right by the couch. I'd like a better, invisible, less finicky solution for this new space.
So, if I were to use two in-wall sonos speakers for the front audio and two in-ceilings above the couch, is audio from those bound to permeate the entire space?
I'm actually hesitant to even put the front in-wall speakers in versus just the in-ceilings -- I feel like the in-ceilings will be more directed (just straight down). Thoughts?
This is in the USA.
Dogs are all over the place. Pet dogs going around with people, in their cars, in stores and offices. And people can bring service dogs pretty much anywhere, without having to inform anyone in advance.
It's a big problem for me, bc of my severe dog allergy. I get sick for 3 days if I get a whiff of the air coming from a dog. If there's a dog going by in a car and I'm downwind and I breathe any of the air coming from it, I get sick for 3 days.
So I hold my breath a lot while I'm riding my bike around; I buy almost everything online; and I get up extremely early so I can do things outside the house before the dog owners are out with their dogs.
I get allergy shots but I don't tolerate them very well, so they haven't been much help so far. I hope in time to build up the dose enough so the shots can start to work.
My allergy also applies to cats, but people don't take cats around with them. So it isn't much of a problem.
I don't blame the dogs for it. They have evolved to hook into human instincts and human psychology, to appeal to people's emotional needs so they come to seem indispensable. They take a place at the core of a person's life.
And it's very difficult when one's body objects so strenuously to them, and at the same time, so many people want them so much.
Hi! I had two questions regarding GPC. For context, I am working with polymers. I would really appreciate any help! Also, if this is not the correct place, I would appreciate if you could point me to a better place to seek answers.
-
Why would you see something clearly show up on the light scattering detector but not in refractive index detector? (My sample is around 1500 g/mol with dn/dc ~ .15)
-
Why would you see a light scattering peak become narrower while the refractive index peak doesnโt change, both at the same elution time? (This was a comparison for my starting macromer and my star polymer made with my macromer)
Hi! I'm considering buying an AIO cooler and know that most lose some amount of liquid over time to permeation. I'm also slightly concerned about the types of chemicals used in some coolants which I can live with if they never escape the closed loop system. My question is if liquid slowly permeates over time, do the chemicals added to the coolant (biocides and antifreeze mostly) stay inside the loop or might there be some trace amount of biocides and antifreeze that escape as well?
Hello everyone,
Quite confused and hoping somebody could clear this up for me. I've been looking at hydrophobic materials and seen that the Water Contact Angle test is used as measure of hydrophobia.
Now my question is, does a high water contact angle make for a good measurement of resistance to steam permeation through a material.
Quite specific I know, but if you could help point me in the right direction it'd be appreciated!
Its the same as Mirioโs quirk, except instead of making yourself not solid, you make other things not solid (pretty self-explanatory tbh)
A unique angle: A new approach for monitoring the realโtime permeation of drug molecules, from the bulk phase, across a lipid membrane was established by supporting a lipid bilayer on mesoporous silica thin films. Through the use of TIRF microscopy, the angle of incidence of illumination light could be controlled to ensure the resulting evanescence was restricted within the thin film, and thus, only drug permeating the bilayer was resolved.
Abstract
There is an urgent demand for analytic approaches that enable precise and representative quantification of the transport of biologically active compounds across cellular membranes. In this study, we established a new means to monitor membrane permeation kinetics, using total internal reflection fluorescence microscopy confined to a โ500โ nm thick mesoporous silica substrate, positioned underneath a planar supported cell membrane mimic. This way, we demonstrate spatiotemporally resolved membrane permeation kinetics of a smallโmolecule model drug, felodipine, while simultaneously controlling the integrity of, and monitoring the drug binding to, the cell membrane mimic. By contrasting the permeation behaviour of pure felodipine with felodipine coupled to the permeability enhancer caprylate (C8), we provide evidence for C8โfacilitated transport across lipid membranes, thus validating the potential for this approach to successfully quantify carrier systemโinduced changes to cellular membrane permeation.
https://ift.tt/3irVbwt
Not super bright, around the light levels of a cellphone screen showing a totally white image.
When Togeta gets his permeation quirk back and activates his restored quirk for the first time, the light would symbolize how Togeta, "the sun", is back in action.
One of the limitations of Togeta's quirk is that light passes through any body part he makes intangible. That's why whenever he permeafies his eyes, he can't see. However by this light-phasing logic, any body part he activates his quirk on should become invisible because light isn't bouncing off the body part, but that's not how it goes. It's a minor inconsistency.
So as a bonus of Togeta's intangibilized body parts illuminating, it would be a late patch for the technical transparency issue: people would be able to see him, but he would still retain that interesting weakness of being blind whenever his head gets passthroughable.
The glowing would make stealth harder for Togeta though :(
It's more likely Togeta's returned permeation quirk'll be exactly the same as before he lost it. I'm fine with that if that's the case.
Togata is falling through the air with his whole body permeated. Kurogiri envelops Togata with his Warp Gate in order to send him far away. What happens?
A patterned superwetting membrane that showed a reversible transition between anisotropic and isotropic wettability under different conditions was developed for functional diversity (see picture). The material could act as a responsive permeable membrane and signalโexpression membrane for responsive liquid separation or permeation as well as realโtime liquid signal expression.
Abstract
Superwetting membranes with responsive properties have attracted heightened attention because of their fineโtunable surface wettability. However, their functional diversity is severely limited by the โblackโorโwhiteโ wettability transition. Herein, we describe a coating strategy to fabricate multifunctional responsive superwetting membranes with SiO2/octadecylamine patterns. The adjustable patterns in the responsive region are the key factor for functional diversity. Specifically, the coated part of the membrane displayed a superhydrophobicity/superhydrophilicity transition at different pH values, whereas the uncoated part exhibited invariant superhydrophilicity. On the basis of this anisotropy/isotropy transition, the membranes can serve as either responsive permeable membranes or signalโexpression membranes, thus enabling the responsive separation and permeation of liquids with satisfactory separation efficiency (>99.90โ%) and flux (ca. 60โ Lโmโ2โh), as well as realโtime liquid signal expression with alterable signals.
https://ift.tt/2ylMr9x
Say Mirio ate a pizza and then immediately permeated his whole self. Would the pizza fall out of him?
Mirio's costume, other than its helmet, uses his hair so it permeates with him. If he had wrapped his cape around Eri's entire body, completely enveloping her, would Mirio have been able to permeate through walls with packaged Eri as a passenger?
Quantifying the passage of the large peptide protamine (Ptm) across CymA, a passive channel for cyclodextrin uptake, is in the focus of this study. Using a reporterโpair based fluorescence membrane assay we detected the entry of Ptm into liposomes containing CymA. The kinetics of the Ptm entry was independent of its concentration suggesting that the permeation across CymA is the rateโlimiting factor. Furthermore, we reconstituted single CymA channels into planar lipid bilayers and recorded the ion current fluctuations in the presence of Ptm. To this end, we were able to resolve the voltageโdependent entry of single Ptm peptide molecules into the channel. Extrapolation to zero voltage revealed about 1โ2 events per second and long dwell times, in agreement with the liposome study. Appliedโfield and steered molecular dynamics simulations provided an atomistic view on the permeation. It can be concluded that a concentration gradient of 1 ฮผM Ptm leads to a translocation rate of about 1 molecule per second and per channel.
https://ift.tt/2ZqmCix
Journal of the American Chemical SocietyDOI: 10.1021/jacs.0c11952
Li-Bo Huang, Arthur Hardiagon, Istvan Kocsis, Cristina-Alexandra Jegu, Mihai Deleanu, Arnaud Gilles, Arie van der Lee, Fabio Sterpone, Marc Baaden, and Mihail Barboiu
https://ift.tt/2O8FccA
This is in the USA.
Dogs are all over the place. Pet dogs going around with people, in their cars, in stores and offices. And people can bring service dogs pretty much anywhere, without having to inform anyone in advance.
It's a big problem for me, bc of my severe dog allergy. I get sick for 3 days if I get a whiff of the air coming from a dog. If there's a dog going by in a car and I'm downwind and I breathe any of the air coming from it, I get sick for 3 days.
So I hold my breath a lot while I'm riding my bike around; I buy almost everything online; and I get up extremely early so I can do things outside the house before the dog owners are out with their dogs.
I get allergy shots but I don't tolerate them very well, so they haven't been much help so far. I hope in time to build up the dose enough so the shots can start to work.
My allergy also applies to cats, but people don't take cats around with them. So it isn't much of a problem.
I don't blame the dogs for it. They have evolved to hook into human instincts and human psychology, to appeal to people's emotional needs so they come to seem indispensable. They take a place at the core of a person's life.
And it's very difficult when one's body objects so strenuously to them, and at the same time, so many people want them so much.
