@pghisbeautiful https://t.co/UXzINkT47r these are some of her favorite books recently, when we go ‘to the city’ (usually Harvard Sq) she is always on a lookout for Grumpy Toad and his motorcycle
@foodskop One of the last lessons from my PI before she passed away is that family is the only non-negotiable thing. That is important as I now sort out what comes next.
With great sadness we share the passing of Angelika Amon, a pioneer in cell biology who brought curiosity and passion to everything she did. Her contributions as a scientist, teacher, mentor, and friend will be missed, but her legacy will endure.
https://t.co/D2QvY2SoA2
This morning, ASCB and the entire cell biology community mourns the loss of Angelika Amon was a long time ASCB member, a Council member, and dedicated to the Society, who pushed us to think carefully about what we should be doing. A more thorough tribute is forthcoming
Biology lost a true giant today. We will all feel the loss of Angelika for a long time, but her impact will never fade. I’m grateful to have known her and had her as my postdoc mentor.
@ChriZieri @p53p21rb@JSheltzer@houndcl @cispt2 Yep that’s what preceded my work and started our studies! But my focus on the effects of low nM is due to the measurements in patient samples and matching treatment conditions in culture
@JSheltzer@houndcl@p53p21rb @cispt2 Death is presumably due to the effects from missegregation, and these concentrations matched up with what we measured from breast cancer patients (intercellular in culture and intratumoral)
@JSheltzer@houndcl@p53p21rb @cispt2 Hello! What we found was that in low [taxol] (typically up to 50 nM depending on the cell line) cells to not have the mitotic arrest, they struggle through mitosis and missegregate chromosomes. Death happened after several days