In addition to Wendy Warr and André Frade, we are pleased to announce Richard Gowers from NextMove Software will also be speaking at CCK-17:
“Element Parsing Served Five Ways”
Richard’s talk will explore different levels of optimising a seemingly simple task. Along the way, various algorithms used in chemical similarity, bioinformatics and text mining will be discussed.
Richard is a Senior Software Engineer at NextMove Software, which develops cheminformatics solutions deployed globally at 9 of the top 15 pharmaceutical companies. He is also the lead developer of MDAnalysis, a Python toolkit for… MDanalysis, fancy that.
Dr. Wendy Warr will be the recipient of the 2020 Herman Skolnik Award presented by the ACS Division of Chemical Information, for her contributions to the fields of chemical information and a number of related fields that impinge on chemical information including chemical structure representation, substructure searching, retrosynthesis and reaction prediction.
The prize consists of a $3,000 honorarium and a plaque. Dr. Warr will also be invited to organize an award symposium at the Fall 2020 ACS National Meeting to be held in San Francisco.
For more than 40 years, Dr. Warr has had a global influence on chemical information and cheminformatics. She provides services to the chemical information, cheminformatics and computational chemistry communities worldwide, and has evolved into a key opinion leader and trend watcher. These trends have included: combinatorial chemistry, chemistry and the Internet, and intranet and ethernet in industry (these three in the early 1990s), outsourcing, changing pharma R&D strategies (these two in the early 2000s), and continue to today’s AI, cloud computing, and blockchain.
She formed her current employment, Wendy Warr & Associates, in 1992. Since that time she has been successfully supplying business and competitive intelligence services to a broad spectrum of clients across the world. Her success stems from her extensive network, incredible energy, and deep curiosity, and her specialized market knowledge of chemical information, computational chemistry, drug discovery, cheminformatics, STM publishing, and scientific communication. Her clients have included at least 15 major pharmaceutical and chemical companies, venture capitalists, financial analysts, all of the well-known chemistry publishers, software companies, and many cheminformatics and analytical chemistry companies, as well as many smaller commercial and not-for-profit or academic organizations. Scientific database producers have benefited from her expert counsel and services in recent years.
Dr. Warr obtained her doctoral degree (D. Phil.) from the University of Oxford in 1971, and subsequently joined ICI Pharmaceuticals where she held multiple positions culminating in leading the department of Information Services. In 1992, Dr. Warr established her own company, Wendy Warr & Associates, that provides business and competitive intelligence services to a broad spectrum of clients in the United States, Europe, Australia, the Middle East, and Asia.
She has played key roles in several professional organizations including the American Chemical Society, Royal Society of Chemistry, German Chemical Society, Society of Chemical Industry, Chemical Structure Association Trust and the Institute of Information Scientists, and in many cases has been instrumental in shaping their activities.
She has published over 80 articles in academic journals and over 100 commercial reports, along with numerous invited lectures at venues such as NIST, Washington DC and University of Strasbourg, France. She has been an Associate Editor for the Journal of Chemical Information and Modeling (as well as its predecessor, the Journal of Chemical Information and Computer Sciences). She has received numerous awards and honors including the Ernie Hyde Award of the Chemical Structure Association (1984), and is a Fellow of the Royal Society of Chemistry and a Fellow of the Chartered Institute of Library and Information Professionals.
Raajarshi Guha Chair, CINF Awards Committee
Congratulations, Wendy! We are looking forward to hosting you in Oxford for CCK-17.
I would like to run through my very varied career experiences but then relate them to what I have done much more recently, and, ultimately, what current students might do in future. For example, the introduction of high throughput screening (HTS) in about 1989 led me to travel around the United States looking at robotically controlled compound stores. I have always had a particular interest in chemical reaction handling and that relates to the current revival in interest in retrosynthesis software, and to AI for reaction prediction. In about 1993-1996, I became a combinatorial chemistry guru. That relates to robotic synthesis also. My very early interest in chemical structure representation (1968!), and later in graphics-based systems for structure searching, relates to the current interest in huge databases of virtual molecules (e.g., Enamine REAL), big data, the need for ultrafast structure searching systems, and de novo drug design.
CAREER HISTORY
January 1992 – present, President, Wendy Warr & Associates
Wendy Warr & Associates supplies business and competitive intelligence services to a broad spectrum of clients in the United States, Europe, Australia, the Middle East, and Asia. Our success stems from our extensive network and our specialized knowledge of publishing, cheminformatics, and computational chemistry. Pharmaceutical companies, venture capitalists, publishers, software companies, and scientific database producers have benefited from our expert counsel and services in recent years.
1972 – 1991, ICI Pharmaceuticals
1986 – 1992, Manager, Information Services (managed department of 50+ people)
1984 – 1986, Manager, Research Information
1979 – 1984, Senior Systems Analyst/Project Manager for Chemical Information
1976 – 1979, Senior Information Scientist and Systems Analyst
1972 – 1976, Information Scientist
1970 – 1972, Robinson Brothers Ltd., Research Chemist
1968 – 1970, University of Oxford, Part-time Research Assistant, Experimental Information Unit
This talk will explore different levels of optimising a seemingly simple task. Along the way various algorithms used in chemical similarity, bioinformatics and text mining will be discussed.
Richard is a Senior Software Engineer at NextMove Software, which develops cheminformatics solutions deployed globally at 9 of the top 15 pharmaceutical companies. He is also the lead developer of MDAnalysis, a Python toolkit for… MDanalysis, fancy that.
Andre Frade (DPhil student, Department of Chemistry): “From molecular diagrams to material properties: development of new tools and frameworks”.
Dr Paulo Tosco (Cresset, UK): “Design in 2D, Model in 3D: Live 3D Pose Generation from 2D Sketches”
How nice would it be to be able to draw a molecule in your favourite 2D sketcher, and see in real time how its 3D electrostatic potential looks like, what interactions it makes in the active site, how its shape and electrostatics compare to a known active? This is why we decided to build from ground up a new molecular design platform around this engaging idea. As we started fleshing out the details of the Grow3D algorithm, a number of obvious and more subtle gotchas emerged.
In this talk I will illustrate how we addressed these challenges, and I will also give an overview of the integration of Grow3D in the context of our web-based molecular design platform, showing its effectiveness in bridging the gap between 2D and 3D methods.
Dr Paolo Tosco joined Cresset in 2014 after being an Assistant Professor at the University of Turin, Italy. A medicinal chemist by background, after completing his PhD in Drug Chemistry his main focus became computational chemistry, with a particular interest in development and implementation of novel methods and algorithms. He has been a contributor to many open source projects, most notably the RDKit. His current role at Cresset involves scientific development of the company codebase and technical customer support.
Lightning Talks
Mihaela Smilova (SGC): “Fragment Hotspot Maps to Drive the Elaboration of Fragment Screening Hits“; and
Dr Tomasz Piskorz (Department of Chemistry): “A Short Intro to MDAnalysis (A Python Tool to Analyze the Results of MD simulations)”.
Please join us for our next “Comp Chem Kitchen”, CCK-15, at 5:30-6:30 pm on Thursday, September 5th, 2019, in the Large Lecture Theatre LG.01 in the Department of Statistics, University of Oxford, 24-29 St Giles’, Oxford. We are very pleased to announce Prof. Adrian E. Roitberg from the Department of Chemistry, University of Florida, USA, will be speaking:
Prof. Adrian E. Roitberg (Department of Chemistry, University of Florida. Gainesville, FL. 32611-7200, USA; [email protected]): “Is Quantum Chemistry Amenable for Machine Learning? Are the Computers Coming for Our Jobs?“
For decades, computational chemists have been searching for new ways to develop faster and more accurate empirical potentials for application in a myriad of problems. These applications include the calculation of thermochemical properties and theoretical IR spectra, stability comparisons, structural optimization, and molecular dynamics or Monte Carlo simulation. The reason empirical potentials have been so attractive to the community abroad is the promise of accuracy and speed, especially compared to more traditional quantum mechanical or classical methods for computing molecular energies and forces. However, empirical potentials developed using traditional methods have remained at arm’s length for various reasons. Within the last decade, Machine Learning (ML) methods have proved applicable to the development of empirical potentials, specifically methods from deep learning. The ANAKIN-ME (ANI) method, which focuses on the use of large and diverse data sets in training new potentials, has consistently proven to be universally applicable to systems containing the atomic species in the training set. Focusing on parametrization for organic molecules, we have developed a universal ANI potential which is highly accurate compared to reference QM calculations at speeds 107 faster. The ANI potential is shown to accurately represent the underlying physics of molecules through various test cases including: thermochemistry, structural optimization, and molecular dynamics simulations. The results presented here provide evidence of the universal applicability of ANI deep learned potentials to various computational chemistry problems involving organic molecules.
Prof. Roitberg was born and raised in Argentina, and he received his BS degree in Chemistry from the University of Buenos Aires. He then moved to the US to pursue his PhD in chemistry, at the University of Illinois at Chicago, followed by a postdoctoral stay at Northwestern University. He joined a National laboratory (NIST) as staff and moved to the University of Florida as Assistant Professor in 2001. He is now a Full Professor there at UF, in both the Chemistry and Physics Departments. Prof. Roitberg has graduated 20 PhD students so far. He has received several awards, including being named a Fellow of both the American Physical Society and the American Chemical Society. He was also named an Ulam Scholar at Los Alamos National Laboratory and received the Raices Prize (roots) from the Ministry of Science in his native Argentina.Prof. Roitberg has published over 160 scientific articles, and his h-index is 55, with over 24000 citations of his papers.
Lightning Talks
Harry Morgan (Physical and Theoretical Chemistry Laboratory. South Parks Road, Oxford, OX1 3QZ, UK): “Pressure-induced transitions in vanadium oxyhydrides“.
Dr Anthony Nash, PhD, MRSC (Senior Research Scientist, Nuffield Department of Clinical Neurosciences, University of Oxford):“Human Centric Drug Discovery Using a Real World Dataset and iPSC-based Assays”.
If you have ideas for speakers, or would like to give a talk, get in touch. We also invite lightning talks of 5 minutes (or fewer) from attendees, so if you have some cool code you’ve been working on and would like to demo it, bring your laptop, smartphone, tablet, (wearable?) and tell us all about it.
The talks usually resemble one of the following styles:
an overview of computational chemistry in your research;
a (live!) demonstration of some software that you are developing or using; or
a summary of a computational chemistry paper, method, programming language, or tool that you’ve seen recently.
Please pass this announcement on to friends, colleagues, and students who may be interested too!
About CCK
Comp Chem Kitchen is a regular forum and seminar series to hear about and discuss computational methods for tackling problems in chemistry, biochemistry and drug discovery. It focuses principally on cheminformatics, computational chemistry, and molecular modelling, and overlaps with neighboring areas such as materials properties and bioinformatics.
We’re keen to encourage people involved in coding and methods development (i.e. hackers, in the original untarnished sense of the word) to join us. Our hope is that we will share best practices, even code snippets and software tools, and avoid re-inventing wheels.
In addition to local researchers, we invite speakers from industry and non-profits from time to time, and occasionally organize software demos and tutorials.
If you’re interested in giving a talk, here are some possible topics:
Software development (e.g.: Python, C, C++, CUDA, shell, Matlab);
Optimizing force field parameters & EVB models;
Cheminformatics (e.g.: RDKit);
X-ray and NMR crystallography, including small molecule and macromolecular;
Protein & RNA modeling, including Molecular Dynamics;
Virtual screening and Docking;
Machine Learning;
Quantum Methods, including DFT.
Bring your laptops, by the way, if you have something you’d like to show!
The main CCK web site is: http://compchemkitchen.org/ Follow us on Twitter: @CompChemKitchen See you soon! We’re looking forward to seeing and hearing about the diverse range of computational molecular science that you’re cooking up…
Oxford Drug Design is a unique biotechnology company. Supported by a proprietary set of computational chemistry methods developed in-house over the past 15 years, we are discovering new antibiotics to address the urgent threat of multi-drug resistant infections. Following success in obtaining funding from Innovate UK, the UK’s Innovation agency, we are expanding our computer-aided drug design (CADD) team.
Your Role:
Develop and validate novel CADD methodology in the areas of machine learning, statistical methods, chemogenomics and computational chemistry, working in a multidisciplinary team of internal and external colleagues, and be a key contributor to their success.
Use a diverse array of computational technology to devise hypotheses for structure-activity relationships and compounds to test these hypotheses, focused on our antibiotic drug discovery portfolio.
Maintain and build our internal cheminformatics databases and search technologies.
Maintain awareness of the latest technologies and developments in CADD and project areas.
Maintain an internal and external scientific presence by authoring significant scientific presentations and publications.
Who you are:
You will hold a PhD (or equivalent experience) in computer science, machine learning, computational chemistry, or a related field. Industry experience would be an advantage. You are expected to have a high degree of independence and self-motivation. Ideally, your background would include some of the following:
Expertise in machine learning and other statistical approaches to data analysis and model generation.
Expertise in scientific computing, and good programming skills (Python, C++ and Java skills are particularly relevant).
Expertise in using cheminformatics techniques and relational databases.
Knowledge of computational chemistry and medicinal chemistry concepts is an advantage.
Very good written and verbal communication skills.
Please note that candidates must be eligible and able to work in the UK. Please include details of your eligibility with your application.
To apply, please send a CV and covering letter by 23 April-2019, quoting reference CC19-1, to: [email protected]
Oxford Drug Design Ltd., Oxford Centre for Innovation, New Road, Oxford, OX1 1BY, UK Telephone: +44 (0)1865 261469
Applications are invited for the post of Research Software Engineer within the Oxford Protein Informatics Group, http://opig.stats.ox.ac.uk/ (OPIG).
OPIG has developed a large number of world leading computational tools primarily in immunoinformatics which have proved to be of high interest to several pharmaceutical companies. These tools are open source and freely available to all users, academic and commercial. This open strategy has meant that the user base for the tools is broad both within academia and industry. Several of these tools have been taken in-house by pharmaceutical companies. This role is part of the team that supports these companies with deployment, maintenance, future developments, and integration with their own in-house systems and requirements.
Alongside working with the pharmaceutical companies, the postholder will carry out research and develop novel methodologies in at least one of the areas of research in OPIG.
This exciting position is unique within the University and will provide an unrivalled and privileged opportunity to interact directly with a highly productive academic group and many pharmaceutical companies.
Please join us for our next “Comp Chem Kitchen” CCK Hackathon, 10 am – 5 pm on Thursday, December 13th, 2018, in the Computer Suite, Department of Biochemistry, South Parks Road, Oxford. Cambridge Crystallographic Data Centre will be present to help out on projects using the the CSD Python API.
Registration now open: places are limited; please register before December 11th, 2018.
The hackathon will follow this format:
In advance: assembly of ideas and teams via website. On the day:
10.00 am: Introduction.
Assemble 4-8 teams with some expertise in each.
10.30 am – 12.30 pm: Hacking – design and tools
12.30 – 1.00 pm: Five min updates / requests for input and help
1.00 – 2.00 pm: Lunch
2.00 – 5.00 pm: Hacking
5.00 – 6.00 pm: Lightning summaries of hacked projects.
Comp Chem Kitchen is a regular forum and seminar series to hear about and discuss computational methods for tackling problems in chemistry, biochemistry and drug discovery. It focuses principally on cheminformatics, computational chemistry, and molecular modelling, and overlaps with neighboring areas such as materials properties and bioinformatics.
We’re keen to encourage people involved in coding and methods development (i.e. hackers, in the original untarnished sense of the word) to join us. Our hope is that we will share best practices, even code snippets and software tools, and avoid re-inventing wheels.
In addition to local researchers, we invite speakers from industry and non-profits from time to time, and occasionally organize software demos and tutorials.
If you’re interested in giving a talk, here are some possible topics:
Software development (e.g.: Python, C, C++, CUDA, shell, Matlab);
Optimizing force field parameters & EVB models;
Cheminformatics (e.g.: RDKit);
X-ray and NMR crystallography, including small molecule and macromolecular;
Protein & RNA modeling, including Molecular Dynamics;
Virtual screening and Docking;
Machine Learning;
Quantum Methods, including DFT.
Bring your laptops, by the way, if you have something you’d like to show!
Please pass this message on to friends, colleagues, and students who may be interested too!
The main CCK web site is: http://compchemkitchen.org/
Follow us on Twitter: @CompChemKitchen
See you soon! We’re looking forward to seeing and hearing about the diverse range of computational molecular science that you’re cooking up…
Over the past several years, we have been developing a framework for interactive molecular dynamics in a multiuser virtual reality (VR) environment, which combines rigorous cloud-mounted atomistic physics simulations with commodity VR hardware. [1] It allows users to visualize and manipulate, with surgical precision, the structures of complex molecular structures whose dynamics are simulated in real-time onenterprise cloud architectures. [2]It alsoenablesmultiple usersto inhabit the same virtual environment, facilitating new classes of digital interaction between those users – e.g.,enabling themto pass rigorously simulated virtual objects between one another. This represents a qualitatively new kind of virtual experience beyond what is presently possible even within the large-scale immersive stereoscopic CAVE environments. We have recently completed a series of controlled user studies to evaluate the benefit that this VR framework provides in accelerating research tasks which require sophisticated 3d spatial reasoning (threading methane through a nanotube, changing the screw-sense of a helical molecule, and tying a protein knot). Our studies quantitatively demonstrate that the interactive VR environment allows users to complete sophisticated 3d spatial modelling tasks more quickly than they can using more conventional screen-based interfaces like mice or tablets, especially for tasks like protein knotting which are intrinsically 3d.We have now begun to extend this framework to accelerate progress in nanoscale molecular engineering areas including conformational mapping, drug-protein binding, [3] synthetic biology, and catalyst design. More broadly, our findings highlight the potential of VR in scientific domains where 3-dimensional dynamics matter, spanning scientific research, communication, and education.
We love to hear from you! Get in touch if you would like to give a 5 minute Lightning Talk at a future CCK on your latest research or give a quick demo of your latest programming project, or even to nominate someone you’d like to hear from (students, postdocs, professionals, PIs, Emeritus Professors). The talks usually resemble one of the following styles:
an overview of computational chemistry in your research;
a (live!) demonstration of some software that you are developing or using; or
a summary of a computational chemistry paper, method, programming language, or tool that you’ve seen recently.
Comp Chem Kitchen is a regular forum and seminar series to hear about and discuss computational methods for tackling problems in chemistry, biochemistry and drug discovery. It focuses principally on cheminformatics, computational chemistry, and molecular modelling, and overlaps with neighboring areas such as materials properties and bioinformatics.
We’re keen to encourage people involved in coding and methods development (i.e. hackers, in the original untarnished sense of the word) to join us. Our hope is that we will share best practices, even code snippets and software tools, and avoid re-inventing wheels.
In addition to local researchers, we invite speakers from industry and non-profits from time to time, and occasionally organize software demos and tutorials.
If you’re interested in giving a talk, here are some possible topics:
Software development (e.g.: Python, C, C++, CUDA, shell, Matlab);
Optimizing force field parameters & EVB models;
Cheminformatics (e.g.: RDKit);
X-ray and NMR crystallography, including small molecule and macromolecular;
Protein & RNA modeling, including Molecular Dynamics;
Virtual screening and Docking;
Machine Learning;
Quantum Methods, including DFT.
Bring your laptops, by the way, if you have something you’d like to show!
Want to speak? Ideas for speakers?
* If you have ideas for speakers, or would like to give a talk, let us know. We also invite lightning talks of 5 minutes (or fewer) from attendees, so if you have some cool code you’ve been working on and would like to demo, bring your laptop, smartphone, tablet, (wearable?) and tell us all about it. *
Please pass this message on to friends, colleagues, and students who may be interested too!
The main CCK web site is: http://compchemkitchen.org/
Follow us on Twitter: @CompChemKitchen
See you soon! We’re looking forward to seeing and hearing about the diverse range of computational molecular science that you’re cooking up…
