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Grand Roundup: Top posts of March

The five most-read stories this month on Scope were:

Stanford neurosurgeon/cancer patient Paul Kalanithi: “I can’t go on. I will go on.”: Paul Kalanithi, MD, who wrote eloquently and movingly about being diagnosed with lung cancer, died of the disease earlier this month. In a 1:2:1 podcast recorded last November, the 37-year-old first-time father reflected on his struggle with mortality, his changing perception of time and the meaning he continued to experience despite his illness.

For this doctor couple, the Super Bowl was about way more than football: Paul Kalanithi and his wife, Lucy, won a trip to the Super Bowl by raising money for lung-cancer research and winning the Lung Cancer Survivors Super Bowl Challenge, sponsored by the Chris Draft Family Foundation.

Patients with “invisible illnesses” speak out about challenges in their communities and workplaces: This post links to a recent NPR story during which Carly Medosch, a former ePatient scholar at Stanford’s Medicine X, speaks about discrimination in the workplace for those whose health challenges are not immediately obvious.

It’s Match Day: Good luck, medical students!: Small envelopes containing big news were handed out to medical students at Stanford, and those at 155 medical schools across the country, on March 20. A story on the day's happenings can also be found here.

Stanford neurosurgeon Paul Kalanithi, who touched countless lives with his writing, dies at 37: This post shares the obituary of Paul Kalanithi, who died on March 9.

Our most-shared story of the month: Stanford neurosurgeon/cancer patient Paul Kalanithi: “I can’t go on. I will go on.”

And still going strong – the most popular post from the past:

Stop skipping dessert:” A Stanford neurosurgeon and cancer patient discusses facing terminal illness: In this 2014 Q&A, Paul Kalanithi talked about his experience with cancer and about the importance of end-of-life decisions.

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Category:
Genetics
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The scenario many of us learned in school is that two X chromosomes make someone female, and an X and a Y chromosome make someone male. These are simplistic ways of thinking about what is scientifically very complex.