- phenixbb - phenix-online.org

crash when running PDB Tools job in 1.18rc4
by Daniel Larsson 18 Mar '20

18 Mar '20

Just want to report a bug in the latest release candidate. I just installed it and when I try to open an old PDB Tools job or start a new one, the GUI crashes without any error message. The same thing works fine with 1.18rc1. I’m using macOS 10.14.6 (Mojave). Regards, Daniel När du har kontakt med oss på Uppsala universitet med e-post så innebär det att vi behandlar dina personuppgifter. För att läsa mer om hur vi gör det kan du läsa här: http://www.uu.se/om-uu/dataskydd-personuppgifter/ E-mailing Uppsala University means that we will process your personal data. For more information on how this is performed, please read here: http://www.uu.se/en/about-uu/data-protection-policy

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Fwd: prepare_pdb_deposition produce incomplete results in version 1.17
by Billy Poon 13 Mar '20

13 Mar '20

-- Billy K. Poon Research Scientist, Molecular Biophysics and Integrated Bioimaging Lawrence Berkeley National Laboratory 1 Cyclotron Road, M/S 33R0345 Berkeley, CA 94720 Tel: (510) 486-5709 Fax: (510) 486-5909 Web: https://phenix-online.org ---------- Forwarded message --------- From: Billy Poon <BKPoon(a)lbl.gov> Date: Wed, Mar 11, 2020 at 11:51 PM Subject: Re: [phenixbb] prepare_pdb_deposition produce incomplete results in version 1.17 To: Marta Martinez <mmmtnez(a)cnb.csic.es> Hi Marta, The mmCIF functionality is very much still a work in progress as we try to make the process more robust. The ? in the column from 1.17 is a consequence of some changes we had made to the code and we're working on fixing that. The secondary structure issue with Chimera is separate since that column is for matching the protein chain with the sequence, not as a way to annotate secondary structure. We are working with the wwPDB to make sure our output is in compliance with the latest mmCIF dictionary. Let us know if you have any other questions. Thanks! -- Billy K. Poon Research Scientist, Molecular Biophysics and Integrated Bioimaging Lawrence Berkeley National Laboratory 1 Cyclotron Road, M/S 33R0345 Berkeley, CA 94720 Tel: (510) 486-5709 Fax: (510) 486-5909 Web: https://phenix-online.org On Mon, Mar 9, 2020 at 10:05 AM Marta Martinez <mmmtnez(a)cnb.csic.es> wrote: > > Hi, > > In the past (phenix version 1.13) we have been using > prepare_pdb_deposition to generate CIF files of atomic structures. In > the last version (1.17) the program produces an incomplete output if > the input is a PDB file. > > The tests have been carried out with the protein hemoglobin (PDB > ID = 5ni1). If we downloaded it from the PDB databank we get the file > 5ni1.cif. If we "export" 5ci1.cif using prepare_pdb_deposition the > result is correct. On the other hand, if we convert 5ci1.cif to PDB > either using chimera uscf or maxit > (https://sw-tools.rcsb.org/apps/MAXIT/index.html) and then we execute > prepare_pdb_deposition, one of the columns (label name = > _atom_site.label_entity_id) is filled with the symbol "?" instead of > the label_entity_id (as the version 1.13 did). One of the effects of > this misbehavior is that chimera displays the file as a set of > aminoacids with no connection between them (no secondary structure is > shown) > > > > A few lines of the file obtained using phenix 1.17: > > ATOM 1 N . VAL A 1 ? 45.71600 55.72700 67.16700 1.000 80.64000 N ? A ? > 1 1 > ATOM 2 CA . VAL A 1 ? 46.41500 54.48900 67.60900 1.000 80.57000 C ? A > ? 1 1 > ATOM 3 C . VAL A 1 ? 45.42800 53.30800 67.68900 1.000 75.67000 C ? A ? > 1 1 > > Corresponding lines of the equivalent file obtained using phenix 1.13 > > ATOM 1 N . VAL A 1 ? 45.71600 55.72700 67.16700 1.000 80.64000 N ? A 1 > 1 1 > ATOM 2 CA . VAL A 1 ? 46.41500 54.48900 67.60900 1.000 80.57000 C ? A > 1 1 1 > ATOM 3 C . VAL A 1 ? 45.42800 53.30800 67.68900 1.000 75.67000 C ? A 1 > 1 1 > > Note the difference in the ante-penultimate column. > > We would appreciate if phenix 1.17 is modified so the column > _atom_site.label_entity_id is filled with the proper chain ID. > > best wishes > > -- > Marta Martinez Gonzalez > > Biocomputing Unit (Lab B13) > National Center for Biotechnology-CSIC > Darwin, 3. Campus de la Universidad Autonoma de Madrid > 28049 Madrid. Spain > Tel:+34 915854510 Fax:+34 913720112 > E-mail: mmmtnez(a)cnb.csic.es > > _______________________________________________ > phenixbb mailing list > phenixbb(a)phenix-online.org > http://phenix-online.org/mailman/listinfo/phenixbb > Unsubscribe: phenixbb-leave(a)phenix-online.org >

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phenix.geometry_minimization with amber option
by Wei Wang 12 Mar '20

12 Mar '20

Dear all, I try to use phenix.geometry_minimization with amber option, but when reaching minimization step, the function always crash. If I don’t use amber option, then it’s ok. The commands I put in was like: phenix.geometry_minimization 4phenix_xyz.pdb amber.use_amber=true amber.topology_file_name=4amber_xyz.prmtop amber.coordinate_file_name=4amber_xyz.rst7 amber.order_file_name=4amber_xyz.order I tried both 1.17 stable and latest overnight build. Please share your advice, thx! Wei

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prepare_pdb_deposition produce incomplete results in version 1.17
by Marta Martinez 09 Mar '20

09 Mar '20

Hi, In the past (phenix version 1.13) we have been using prepare_pdb_deposition to generate CIF files of atomic structures. In the last version (1.17) the program produces an incomplete output if the input is a PDB file. The tests have been carried out with the protein hemoglobin (PDB ID = 5ni1). If we downloaded it from the PDB databank we get the file 5ni1.cif. If we "export" 5ci1.cif using prepare_pdb_deposition the result is correct. On the other hand, if we convert 5ci1.cif to PDB either using chimera uscf or maxit (https://sw-tools.rcsb.org/apps/MAXIT/index.html) and then we execute prepare_pdb_deposition, one of the columns (label name = _atom_site.label_entity_id) is filled with the symbol "?" instead of the label_entity_id (as the version 1.13 did). One of the effects of this misbehavior is that chimera displays the file as a set of aminoacids with no connection between them (no secondary structure is shown) A few lines of the file obtained using phenix 1.17: ATOM 1 N . VAL A 1 ? 45.71600 55.72700 67.16700 1.000 80.64000 N ? A ? 1 1 ATOM 2 CA . VAL A 1 ? 46.41500 54.48900 67.60900 1.000 80.57000 C ? A ? 1 1 ATOM 3 C . VAL A 1 ? 45.42800 53.30800 67.68900 1.000 75.67000 C ? A ? 1 1 Corresponding lines of the equivalent file obtained using phenix 1.13 ATOM 1 N . VAL A 1 ? 45.71600 55.72700 67.16700 1.000 80.64000 N ? A 1 1 1 ATOM 2 CA . VAL A 1 ? 46.41500 54.48900 67.60900 1.000 80.57000 C ? A 1 1 1 ATOM 3 C . VAL A 1 ? 45.42800 53.30800 67.68900 1.000 75.67000 C ? A 1 1 1 Note the difference in the ante-penultimate column. We would appreciate if phenix 1.17 is modified so the column _atom_site.label_entity_id is filled with the proper chain ID. best wishes -- Marta Martinez Gonzalez Biocomputing Unit (Lab B13) National Center for Biotechnology-CSIC Darwin, 3. Campus de la Universidad Autonoma de Madrid 28049 Madrid. Spain Tel:+34 915854510 Fax:+34 913720112 E-mail: mmmtnez(a)cnb.csic.es

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Postdoc position, Sugar Transporting Membrane Proteins (Denmark)
by Bjørn Panyella Pedersen 04 Mar '20

04 Mar '20

Dear colleagues, Please pass this along to anyone who might be interested. Thanks! /Bjørn Postdoctoral position in Structure of Sugar Transporting Membrane Proteins at Aarhus University, Denmark. online posting: http://tiny.cc/MBG_postdoc We are looking for a highly skilled and motivated postdoc with an interest in working on sugar transporting membrane transporters and preferably with a proven track record in the area of structural and/or functional analysis of membrane proteins. The position will be open from summer 2020, but starting date is negotiable. Funding is available for at least 2 years of employment, with an automatic extension possible for up to a total maximum of 4 years. The position: The position seeks to strengthen ongoing activities in the laboratory of Bjørn P. Pedersen on structure, related to the function and mechanism of sugar-transporting membrane proteins (pedersenlab.dk). The laboratory's interest is the interplay between structure and function of transmembrane transport processes with a focus on metabolite uptake systems, and the methods uses are primarily crystallography, cryo-EM and biochemistry. The group is part of the Section of Structural Biology at Aarhus University. The candidate: A successful candidate has a relevant Ph.D. degree and a solid and documented background in structural biology, biochemistry and/or biophysics. Experience with membrane protein expression and purification is favored, and the candidate must demonstrate an ability and interest to work with membrane proteins with a structural aim. Applicants should be ambitious, show strong collaborative skills, and be able to take initiatives and responsibility within the work environment. The successful candidate is offered: - access to a well-developed research infrastructure. - a research climate inviting lively, open and critical discussion within and across different fields of research. - a working environment with teamwork, close working relations, network activities among young scientists and social activities. - a workplace characterized by professionalism, equality and a healthy work-life balance. The city: In Aarhus you have easy access to beautiful nature, an exciting culture and city life as well as a safe environment for children - a great place for the whole family. The city of Aarhus has everything you need: exciting national and international jobs, delightful residential areas, a rich cultural life, and beautiful surrounding landscape of woods and coastline that make Aarhus a wonderful place to live and work. Deadline: All applications must be made online (http://tiny.cc/MBG_postdoc) and received by Apr. 2nd, 2020.

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Real-space refinement fails to restrain CYS SG ZN properly
by Aaron Oakley 03 Mar '20

03 Mar '20

I'm trying to refine a structure containing ZN bound to four cysteine residues. I have had trouble with Real-space refinement mangling the residues around this ZN. At first, Real-space refinement tried to turn the cysteine into disulfides. I tried switching this off with… resname CYS and name SG …in the disulphide bond exclusion selection string under the Model interpretation menu (there are no disulfides in the protein). But the cysteine-zinc cluster continued to be mangled. Inspection of the .geo file shows that the SG-ZN distance is being restrained, but the CB–SG–ZN angle is not. I checked the relevant dictionary file... phenix-1.17.1-3660/modules/chem_data/mon_lib/list/mon_lib_list.cif And the correct bond and angle restraints do seem to be present: . . . ZN-CYS 1 ZN 2 SG single 2.340 0.020 . . . ZN-CYS 1 ZN 2 SG 2 CB 109.000 3.000 . . . Suggestions on how to fix this welcome. –å

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Dock in map fails with search map file.
by Aaron Oakley 28 Feb '20

28 Feb '20

Salvete! I am trying to use Dock in map to superimpose one map onto another. The job runs, but fails with PHENIX error: “Job294_sharpened_relion.mrc_as_model_refine_001.pdb" is not a known model type. Inspection of this file suggests that it is indeed a proper PDB file. (The original map I am trying to move is job294_sharpened_relion.mrc). Any solutions? Thanks, –å

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real space correlation coefficient from the command line
by Daniel Larsson 25 Feb '20

25 Feb '20

Hi, When running a real-space refine, there is an option in the results to save a text file with real-space correlation coefficients (correlation_coeficients.txt). Is there a way to calculate these numbers from the command line? It would save me a lot of clicking, sinceI have dozens of maps which I want to run in parallel and analyze using scripts. Regards, Daniel När du har kontakt med oss på Uppsala universitet med e-post så innebär det att vi behandlar dina personuppgifter. För att läsa mer om hur vi gör det kan du läsa här: http://www.uu.se/om-uu/dataskydd-personuppgifter/ E-mailing Uppsala University means that we will process your personal data. For more information on how this is performed, please read here: http://www.uu.se/en/about-uu/data-protection-policy

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IUCr2020 Computing School in Nove Hrady - 17th to 22nd August - Registration opened
by Claudia Millán Nebot 24 Feb '20

24 Feb '20

Dear all, We announce the IUCr Computing School in Nove Hrady (Czech Republic) which will take place between 17th and 22nd August 2020 prior to the IUCr Congress in Prague. Registration has already started. Further information about the school can be found on the website: https://www.xray.cz/iucr/workshops/nh/default.htm. Follow also our hashtag on Twitter, #IUCr2020CompSchool. Active developers of crystallographic software, tools and methods are invited to participate at this Computing School. The school is not introductory and it is recommended that participants already have some basic programming skills and crystallographic knowledge. Our aim is to discuss and exchange ideas and to tackle the challenges related to the method development in crystallography. Participants can be early-career scientists (PhD students, Postdocs, etc.) as well as established developers. Our confirmed speakers are: - Simon Billinge (Columbia University, USA) - Luc Bourhis (Bruker, France) - Paul Boyle (Western University, London, Ontario, Canada) - Iracema Caballero (Institut de Biologia Molecular de Barcelona, Spain) - Gemma de la Flor (Karlsruhe Institute of Technology, Germany) - Dorothee Liebschner (Lawrence Berkeley National Laboratory, USA) - Rafiga Masmaliyeva (Institute of Molecular Biology and Biotechnology, Azerbaijan) - Garib Murshudov (Laboratory of Molecular Biology-MRC, UK) - Reinhard Neder (Institute of Condensed Matter Physics, Erlangen, Germany) - Alexandre Ourjoumtsev (Institut de Génétique et de Biologie Moléculaire et Cellulaire, France) - Randy Read (University of Cambridge, UK) - Massimo Sammito (University of Cambridge, UK) - Arkadiy Simonov (Eidgenössische Technische Hochschule Zürich, Switzerland) - Melanie Vollmar (Diamond Light Source Ltd, Harwell Science & Innovation Campus, United Kingdom) - Thomas White (Center for Free-Electron Laser Science, Hamburg, Germany) For any questions regarding the school please contact us. Best wishes, Claudia Millán (cmncri at ibmb.csic.es) Martin Lutz (m.lutz at uu.nl) Jan Rohlicek (rohlicek at fzu.cz) PD. Please find attached a poster about the school that you can forward, together with this email, to people potentially interested in participating in the Computing School. ---------------------------------------------------------------------------------------- Claudia Millán (cmncri(a)ibmb.csic.es) Crystallographic Methods Group http://chango.ibmb.csic.es Institut de Biologia Molecular de Barcelona (IBMB-CSIC) Barcelona, Spain LinkedIn: es.linkedin.com/in/claudiamillan/ <http://es.linkedin.com/pub/claudia-mill%C3%A1n/60/a76/821/> ResearchGate: https://www.researchgate.net/profile/Claudia_Millan?ev=hdr_xprf Twitter: https://twitter.com/cheshireminima

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Berkeley Lab Exascale Computational Crystallographer
by Nicholas Sauter 19 Feb '20

19 Feb '20

Discover your future at Berkeley Lab! Berkeley Lab’s Molecular Biophysics & Integrated Bioimaging Division ( https://biosciences.lbl.gov/divisions/mbib/) has an opening for an Exascale Computational Crystallographer Project Scientist. The Project Scientist, with a strong interest in high-performance computing and an intuitive feel for experimental data, will be affiliated with the Exascale Computing Project, specifically Nick Sauter’s Data Analytics for X-ray Free Electron Lasers (XFELs) group focusing on scientific software for X-ray crystallography. The next decade of structural biology at the Linac Coherent Light Source (LCLS) will include groundbreaking advances in time-domain crystallography, performed at room temperature to preserve biologically relevant dynamic mechanisms. Considering the anticipated scale of these datasets, we have an ambitious collaboration between SLAC, LANL, and LBNL to utilize national supercomputer facilities for near real-time analysis, in close collaboration with scientists at NERSC (also located in Berkeley). The group’s projects will include: • Photosystem II, discovering the sequence of redox events leading to the release of molecular oxygen, using a combination of time-resolved crystallography and X-ray emission spectroscopy. https://doi.org/10.1038/s41586-018-0681-2 • Examining the electronic environment of metalloenzyme catalytic metals, with detection based on anomalous scattering. The Project Scientist will be positioned to launch into high-performance computing careers at a light source or other experimental facilities. https://doi.org/10.1107/S2059798320000418 Please have a look at our job posting at https://lbl.taleo.net/careersection/2/jobdetail.ftl?job=89727 Nicholas K. Sauter, Ph. D. Senior Scientist, Molecular Biophysics & Integrated Bioimaging Division Lawrence Berkeley National Laboratory 1 Cyclotron Rd., Bldg. 33R0345 Berkeley, CA 94720 (510) 486-5713

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