Dr. Shazma Mithani, MD, FRCPC

@drshazmamithani.bsky.social

Inner city ER Doc | Mom | Advocate | Speaker | Find me on all platforms @drshazmamithani *Posts are not medical advice

I think we are focussing on the wrong metrics when we talk about the healthcare system. We talk a lot about hospital space. Yes, we have an aging population, but I think we would be better served talking more about keeping people out of hospitals by increasing care in the community. /1

A few important reminders about measles: 1. It’s one of the most contagious diseases on the planet and is spread by airborne transmission. 2. Measles lasts in the air for hours after the infected person has left the room. 3. Two doses of the MMR vaccine offer over 95% protection. /1

With the extreme cold, we have been seeing many more cases of frostbite in unhoused patients. These patients often require admission to hospital, and in severe cases, require amputation months down the road. Any guesses on what could prevent this and be much more cost effective ? Housing.

With all going on in Alberta politics regarding the healthcare system right now… … your reminder that the care you receive is directly thanks to the amazing humans who work on the frontlines: the nurses, the doctors, the clerical staff, allied health, support workers 💖🧑‍⚕️

One question, one follow-up was a COVID invention. We couldn't scrum properly, so that's how govt ran phone press conferences. Now govt uses it to limit reporters' ability to press officials. It is govt control over media. That's why I don't like the mic system. Bring back proper scrums.

This rapid acceleration in solar deployment shows the potential of renewables to meet global energy needs now. While nuclear SMRs will likely have a role in the mix, holding out for unproven or slower-to-deploy technologies risks predatory delays. Renewables are scaling at the speed of necessity. ⚡🌍

Our World in Data@ourworldindata.org · 2y ago

In 2004, it took the world a year to add a gigawatt of solar power — now it takes a day

A line graph depicting the average number of days it took to install a gigawatt of solar energy capacity worldwide from 2001 to 2023. The vertical axis represents the number of days on a logarithmic scale, spanning from 1 to 1000 days. The horizontal axis indicates the years from 2001 to 2023. 

In 2004, the average time was about 1 year, which is marked on the graph. A downward trend shows significant decreases in installation time over the years. By 2010, it took under 30 days, and by 2015, just over 7 days. The most notable point is in 2023, where it dropped to about 1 day on average for installation. 

The data source is attributed to IRENA (2024), with calculation by Our World in Data, and the chart is identified as CC BY, indicating it is licensed for sharing and adaptation with appropriate credit.

I’m so sick of DEI opponents saying “I believe in meritocracy.” DEI exists 𝙗𝙚𝙘𝙖𝙪𝙨𝙚 the status quo was never purely merit-based—it favored certain groups due to systemic barriers. DEI helps ensure talent, not privilege, determines outcomes. ⚖️