NuProbe and Microsoft Researchers Invent a Deep Learning Model for Predicting NGS Sequencing Depth
I led a computational team to help develop a deep learning method for predicting Next Generation Sequencing depth, in collaboration with NuProbe and Rice University.
NuProbe
NuProbe
Novartis and Microsoft join forces to develop drugs using AI
I led a team to create a Microsoft Research partnership with Novartis Cell & Gene therapy, which was a key component of a broader Microsoft-Novartis partnership.
Financial Times
Financial Times
Microsoft makes splash in AI-enabled lab solutions
I led a team to develop the Station B platform and to establish research partnerships with Princeton University and Oxford Biomedica.
Nature Biotechnology
Nature Biotechnology
Programming biology with Dr. Andrew Phillips
What if we could figure out exactly how the building blocks of life work and harness their power with the rigor and predictability of computer science?
Microsoft Research Podcast
Microsoft Research Podcast
Microsoft Brings AI to U.K. Gene-Therapy Firm
Software giant Microsoft Corp. is working with U.K. biotechnology firm Oxford Biomedica Plc on developing better ways of repairing the genes of people with life-threatening diseases.
Bloomberg
Bloomberg
Microsoft moves into biological computing with Station B
I led a team to create and launch the Station B initiative at Microsoft Research, with the aim of developing a platform for programming biological systems.
Financial Times
Financial Times
Microsoft partners with biotech on ‘biological computing’ and cell DNA programming
Microsoft aims to bring its coding skills to bear on biotech, with the goal of building an end-to-end platform for programming the biology of living cells to better produce new medicines and potentially materials that could be applicable to a range of industries.
Fierce Biotech
Fierce Biotech
Researchers build nanoscale distributed DNA computing systems from artificial protocells
I led a computational team using our Visual DSD language to help develop communicating DNA circuits encapsulated in synthetic protocells, in collaboration with Eindhoven University of Technology and Radboud University.
Microsoft Research
Microsoft Research
Station B: A platform that could help boost production of lifesaving biological therapies
In collaboration with Princeton University, Oxford Biomedica, and Synthace, Station B aims to help scientists more efficiently & predictably combat disease.
Microsoft Research
Microsoft Research
Scientists use machine learning to predict DNA binding rates from sequence
I led a computational team to help develop a machine learning method for predicting DNA binding rates, in collaboration with Rice University.
Microsoft Research
Microsoft Research
Researchers build nanoscale computational circuit boards with DNA
I led a computational team using our Visual DSD language to help develop scalable logic circuits localised to DNA, in collaboration with the University of Washington.
Microsoft Research
Microsoft Research
Microsoft’s “Biological Computing” Lab Aims To Fight Diseases By Reprogramming Cells
I led a team to establish the first molecular biology lab at Microsoft.
Fast Company
Fast Company
Microsoft: Productivity Future Vision
I proposed the concept for a Microsoft Office Envisioning video on a future version of Office that optimises programming yeast cells to biomanufacture therapeutics using kelp as an energy source. 2M views.
Microsoft Office Envisioning
Microsoft Office Envisioning
Computing with soup
I led a team to develop a programming language for DNA circuits, which featured in a broader article on molecular computing.
The Economist
The Economist
U.K. Researcher Garners TR35 Accolade
Andrew Phillips, a 34-year-old scientist who leads the Biological Computation group at Microsoft Research Cambridge, received the award, given each year by Technology Review to recognize the world’s top innovators under the age of 35.
Microsoft Research
Microsoft Research
