Here’s a simple but illuminating population dynamics model, the central algorithm for which can be implemented in only 5 lines of Python.
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Hot off the press at The Digital Biologist is this tutorial on how to build a dynamic, agent-based model of a cell signaling network.
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Alex Lancaster will talk about Amber Biology & TESS at University of New England’s Kirby Observatory in New South Wales, Australia.
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If you’re working in genomics or next-generation sequencing, don’t swallow the myth that Python is too slow for the kind of heavy computation that you need.
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As this beautiful image with over 200,000 stars shows, the cameras on the NASA TESS spacecraft are now working and beaming images back to earth.
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There are excellent reasons for biologists to consider looking beyond differential equations as their tool of choice for modeling and simulating biological systems.
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Amber Biology Partner, Alex Lancaster, will be presenting at the Statistical Bioinformatics Seminar at the Charles Perkins Centre at the University of Sydney.
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Here we develop a simple Python function to help us evaluate the performance of biomarkers in diagnosing disease.
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TESS is in orbit and there are a lot of very happy people on the NASA TESS mission team today!
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TESS LAUNCH DAY!!! It's finally T-minus a few hours until the launch of the TESS mission on a SpaceX Falcon booster.
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Amber Biology was recently commissioned by a biotechnology company, to build a dynamic, agent-based model of a biological pathway.
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As part of the mission team, Amber Biology's partners got to sign the TESS Mission plaque, one version of which will be attached to the satellite.
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We are very excited to start teaching our 8-week course Python For Life Scientists at Boston Children's Hospital on Feb. 13th.
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