Hello everyone. I did a fresh reiinstall of LineageOS for microg today, after some frequent system crashes, on a POCO F1 device. After install, all boxes are ticked on microg checker. I added my Google account on microg settings. The problem is, apps cannot register for push notifications - first I installed Signal and it did not see Google Services, then I installed Push Notifications Tester to check it, and indeed it says that it cannot register for push notifications.

After long experimenting, I had to go back to GAPPS. Two things I can never get to work were GPay (i can live without) and RCS messaging (deal breaker). I tested 2 xiaomi phones on'LineageOS for microg' (LOSMG) and on 'CrDroid'


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pixel 4a, recently installed MicroG services core on F-Droid as it was recommended as safe to do so by Rob Braxman. Then noticed Google Play services is now installed in Aurora Store. is this the full version of GPS? or just a limited "safe" version? why is it in the aurora store when microg is in f-droid? GPS is requesting an update. i am not initiating an update because i do not know what it will do.

Evidence suggests greater doses of recombinant activated factor VII (rFVIIa; NovoSeven, Novo Nordisk A/S, Bagsvaerd, Denmark) than currently administered may result in enhanced haemostasis and convenience for patients with haemophilia A and B with inhibitors. This study evaluated efficacy and safety of rFVIIa and an activated prothrombin complex concentrate (APCC; Factor Eight Inhibitor Bypassing Activity [FEIBA], Baxter AG, Vienna, Austria) for controlling joint bleeds in a home-treatment setting. Patients received each of three treatments in one of six possible sequences: 270 microg kg(-1) rFVIIa at hour 0 + placebo at hours 3 and 6, 90 microg kg(-1) rFVIIa at hours 0, 3 and 6, and 75 U kg(-1) APCC at hour 0. Efficacy was assessed by the requirement for additional haemostatics within 9 h and by a novel global response algorithm. The percentage of rFVIIa 270 microg kg(-1) group patients requiring additional haemostatics within 9 h (8.3%) was significantly lower than that for the APCC group (36.4%, P = 0.032). The percentage of rFVIIa 90 x 3 microg kg(-1) group patients requiring such rescue medication (9.1%) was also lower compared to the APCC group. This result approached, but did not reach statistical significance (P = 0.069). Both rFVIIa treatment groups showed similar use of rescue medication (8.3% and 9.1% of episodes for rFVIIa 270 microg kg(-1) and rFVIIa 90 x 3 microg kg(-1) groups respectively). No significant differences in treatment response were observed with the global response algorithm (P = 0.173). No safety issues were identified. A single dose of rFVIIa 270 microg kg(-1) is as safe and effective as rFVIIa 90 x 3 microg kg(-1) dosing, and may be considered a potentially more effective alternative to APCCs for the management of joint bleeding in this population.

Methods:  Fifty-eight women received either 10 microg or 25 microg estradiol vaginal tablets, administered once daily for 2 weeks, followed by twice-weekly dosing for 10 weeks. Blood samples were taken over 24 h at baseline (day -1) and days 1, 14, 82 and 83. Estradiol (E2), estrone (E1) and estrone sulfate (E1S) levels were quantified by gas chromatography-mass spectrometry (GCMS) and assessed by the average plasma concentration from time 0 to 24 h (C(ave)) derived from the area under the curve within 24 h (AUC((0-24))) divided by 24 h.

Results:  Mean C(ave) values were 9.39 and 19.84 pg/ml on day 1, 6.56 and 18.29 pg/ml on day 14, and 4.64 and 9.41 pg/ml on day 83 for the 10 microg and 25 microg doses, respectively. After 12 weeks, E1 and E1S levels were slightly higher with the 25 microg dose and in the same range with the 10 microg dose, as compared to baseline.

Conclusions:  During 12 weeks' administration, 10 microg vaginal tablets resulted in at least 50% lower mean estradiol concentrations than with the 25 microg dose within 24 h after dosing. Administering the 25 microg dose, mean E2 levels during the first 2 weeks exceeded the published reference range for postmenopausal women using the GCMS method, while, with the 10 microg dose, mean E2 levels remained in that range from the beginning, indicating minimized estradiol absorption.

what does the code do? If it's simple, then you might be able to use JS callouts. if you want to move to microgateway for other reasons, then it's a re-write. Same language but different programming model.

I'm not that clever. The original idea of using a meter movement originally came from a pair of 1996 and 2001 articles in Scientific American by Shawn Carlson. George Schmermund came up with the original idea to use a surplus galvanometer movement as a microgram scale and Shawn Carlson wrote an article for Scientific American.

This is sooo cool! I totally want to try this out this summer. I'm doing undergrad chemistry research in polymer synthesis and the palladium catalysts we're using are needed in amounts like 0.2 mg, 0.5 mg etc and we have several analytical balances that have a display that goes to 000.0000 g so you'd think they would be able to measure out 0.5 mg with some kind of confidence but that doesn't seem to be the case. I can weigh a vial, take out what i think is about 0.5 mg then put the vial back on the scale and I never know what its going to tell me, sometimes it tells me the vial weights more than before i took some out! (other students and profs have the same problem so i don't think its just poor technique on my part). i think they sacrificed sensitivity for a wider range of measurement. I would be thrilled to have something that had a sensitivity of maybe +/- 0.1 mg, and you seem to have far exceeded that with your eyelash demonstration! I read the scientific american articles and they are very helpful. This project seems within the realm of possibility, i don't understand why there aren't affordable microgram scales on the market? Maybe you should start a new branch of TI called Affordable Microgram Scales! I'd buy one and i think other people would too! Thanks!

Chemical concentrations in the air are typically measured in the mass units of the substance (milligrams, micrograms, nanograms, picograms) per volume of air (cubic metre or cubic feet). Thus, mg/m3 represents milligrams (one-thousandth of a gram) per cubic metre of air, while g/m3 stands for micrograms (one-millionth of a gram) per cubic metre of air. However, these concentrations can also be expressed as parts per million (ppm) or parts per billion (ppb) by volume through a conversion factor. This is based on the molecular weight of the chemical, which is different between pollutants, and the atmospheric temperature and pressure. A temperature of 25 degrees Celsius and pressure of 1 atmosphere are what is normally assumed for the conversion factor.

Lead poisoning or lead toxicity refers to exposures to lead that result in illness and require immediate medical attention. It is used to describe cases when there are severe health effects related to high blood lead levels. If blood lead levels are 45 micrograms per deciliter (g/dL) or greater, healthcare providers may recommend medication to help remove lead from the body. However, children are highly sensitive to lead and exposure at lower levels has been shown to cause harm. CDC provides a summary of Recommended Actions Based on Blood Lead Level.

Handling microgram weights can be a challenge. A specially developed set of tools makes routine use easy and ensures safe and proper handling. It is a simple matter to lift the weights from the magazine and place them on a robotic or manual balance. 2351a5e196

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