https://t.co/a6yrWK5dqg

An "Aquarium" needs cleaning in my opinion, but who am I, a mere monkey, to give advice?
Astonished at what @bellingcat discovered about GRU & FSB operations
Skripal https://t.co/PzH3a7JZvy
Navalny https://t.co/eZi63UhWw1
FSB https://t.co/sViYk9RwmB
GRU https://t.co/MY5d5gw2OG

A great post by Ilya Yahin on

Every time Putin talks about “our special services,” his signature smirk appears on his face, and in his words there is poorly concealed bragging
"Of course, we knew everything in advance"
"Yes, we are looking"
"Mercader has already been sent"
“World-class professionals”

Putin clearly loves all these spy games. He is very proud of the special services and therefore endlessly increases budget funding for them.
This is his top priority.
The elderly dictator cannot understand one thing:

there are no effective special services in a state that is completely corroded by corruption. You won't have honest professionals at your fingertips if your son-in-law buys shares of a state company for $ 100, the real value of which exceeds $ 380 million.

1/9 Thread on the Wuhan "seafood market" Environmental Samples Issue
Conspiracy theories and doubt proliferate when there is lack of transparency. For example, regarding environmental samples which tested positive at the Wuhan seafood market

10. Conclusion:
CCDC has refused to release this data, has refused to release specific detail of environmental samples tested positive at market, refused permission for WHO to investigate & has stonewalled all attempts to obtain key information.
Why do you think CCDC does this?

1. "Everything starts here, everything disappears from here, & the South China Seafood Market will become clean!"
Interesting Chinese report about the South China Seafood Market & WCDC's pathogen Lab at 288 Machang Road which makes many insinuations yet has not been censored
yet

2. "I'm here for the second time to take samples!" Shi Zhengli, a researcher at the Wuhan Institute of Virology, Chinese Academy of Sciences, appeared at the South China Seafood Market at 17:00 on March 3. On the same day, she and her team took two boxes of samples.

3. Shi Zhengli collects samples from the market to study environmental survival of the coronavirus
"It's not easy to come once" ;)
"Compared with CCDC we have taken much fewer samples, & findings are the same as their results
"They found more than we found, & we found nothing"

4. March the 3rd - 5th - The WCDC "Killing Teams" Arrive

5. "The Thin Lady"
Faced with doubts, on Feb 2, Shi Zhengli declared:
"I, Shi Zhengli, bet my life, it has nothing to do with our laboratory."
Her "statement" was widely questioned.
As of March 3, doubts were still flying, & Zhengli's appearance at the Market was eye-catching.

Super excited to share my very first lead-author paper in @ScienceAdvances

Supported by @HIRN_CC @NIDDKgov @UFBME @UFWertheim @ufdiabetes @UMCoEDean
Lead by @Cherie_Stabler & @ashu83

link: https://t.co/FbqVWQ0n5p

This is a thread 👇

Highlights:
⚪️A Lab-on-a-Chip platform for organoids w/ wide capabilities: long-term culture | controlled & dynamic perifusion | in situ spatio-temporal imaging | serial cell assessment | ease of sample retrieval

⚪️Continuous fluidic flow increased local oxygen supply to islets in hydrogels & reduced cellular hypoxia
⚪️Flow increased cellular viability & reduced apoptosis & cell death

⚪️Human islets in hydrogels were highly functional during the 10 day in situ culture in our chips, while islet function was rapidly lost under static conditions
⚪️Glucolipotoxicity study showed a treatment window as small as 2.5 hours can elevate cell death

What are organoids? – A miniaturized version of an organ that imitate an aspect of human interface. They are commonly developed from stem cells in a lab. Human body also produces organoids naturally particularly within the pancreas.

Did we get dietary saturated fats all wrong? The #HADLmodel provides a new understanding and an opportunity to get it right. THREAD👇👇👇
@simondankel @kariannesve

Increased dietary saturated fatty acids lead to increased cholesterol in lipoproteins, but we don’t know why. Enter the #HADLmodel, which explains changes in lipoprotein cholesterol as adaptive homeostatic adjustments that ensure optimal cell membrane fluidity and cell function.

We propose that circulating lipoproteins enable appropriate redistribution of cholesterol molecules between specific cells and tissues, to accomodate changes in dietary fatty acid supply, due to our omnivore nature and variable intake of fatty acids. #HADLmodel

Our #HADLmodel implies that circulating levels of LDL change for protective, not for pathological reasons; an SFA-induced raise in LDL cholesterol in healthy individuals is a normal response, while a lack of this needed response may reflect a deeper pathology in lipid handling.

Circulating lipoproteins may change for pathological reasons, when regulatory mechanisms become disrupted by pathogenic processes related e.g. to inflammatory processes. Diverging lipoprotein responses in healthy versus metabolically unhealthy individuals support this view.

1/ #LBBB generates often a classical pattern on #EchoFirst. The pattern is very distinctive in Tissue Doppler of the septum.

The classical pattern arises from the time lapse of the activation and relaxation of the two walls, creating a pattern of interaction due to a sequence temporal imbalances of the tension between the two walls.

2/ As the septum is activated first, it contracts (shortening - septal flash) without activation of the lateral wall, which stretches. This generates slower pressure build up than a normal IVC, which then is prolonged.

3/ During ejection, the LV volume decreases, so both walls shorten. Tension, however, declines first in the septum, as this was activated first. This leads to a tension imbalance, so the lateral wall continues to shorten, the more relaxed septum stretches.

4/ The stretching of the septum builds up an elastic tension in the septum, which is released as recoil, when tension declines in the lateral wall, showing a post systolic shortening in the septum which is due to elasticity.