Creating Bonds B/W 2 Pdb Structures
Can anybody suggest a tool/method for joining two domains of a protein (i.e., creating peptide bond between two PDB structures)? I know this could be done in UCSF Chimera (Build strc...under Tools...> Structure editing), but due to some unknown reason, its not working in my system.
Thanks in advanced.
pdb
protein
domain
software
• 4,944 views
•
link
updated
by
Neilfws
4.9K
• |
written
by
Tofayel Ahmed
4
0 answers
No answers yet.
Log in to answer this question.
More posts like this
-
develop model file after segregating vcf data into different ethnicity subgroup
written by rheab1230 15Hello everyone, I have genotype(vcf) and gene expression file. I want to separate my genotype file based on different subpopulation and use it to train …
-
Job: Program Manager - Computational Biology
written by BerkeleyLab 7Program Manager - Computational Biology - 93224 Organization: BS-BioSciences Area Office Lawrence Berkeley National Lab (LBL, http://lbl.gov/) has an exciting new opening for a Program …
-
News: Advanced Python for biologists (APYB02)
written by oliverhooker 14Advanced Python for biologists (APYB02) This course is running from 28 May 2018 - 1 June 2018 in Scotland This course is being delivered by …
-
News: Introduction to Python for biologists (Berlin). 2-6 October 2017 in Berlin (Germany).Deadlline
written by Physalia-courses 281![enter image description here][1] **Introduction to Python for Biologists** https://www.physalia-courses.org/courses-workshops/course2/ Spots left: 4 ---------- **Dates** 2-6 October 2017 ---------- **Instructor**: Dr. Martin Jones (founder, Python …
-
News: Introduction to Python for Biologists, 11-15 September 2017, Edinburgh
written by Bert Overduin 373Dear all, In September we are again offering one of our most popular workshops, i.e. the 5-day Introduction to Python for Biologists. As this workshop …
-
News: Pine Biotech Public Data Analysis Projects
written by Pine Biotech 7The Pine Biotech team has been working on several educational projects that follow a publication and extract a portion of the raw data that anyone …
-
News: Workshop: Advanced Python for biologists
written by Physalia-courses 281**Advanced Python for biologists** 13-17 November 2017, Berlin (Germany) https://www.physalia-courses.org/courses/course12/ Instructor: Dr. Martin Jones (founder, Python for Biologists) http://www.physalia-courses.org/instructors/t1/ Registration deadline: 20th October 2017 **Overview** …
-
News: Workshop: Introduction to Python for biologists
written by Physalia-courses 281**Introduction to Python for biologists** 2-6 October 2017 in Berlin, Germany (https://www.physalia-courses.org/courses/course2/) Instructor: Dr Martin Jones (founder, Python for biologists: https://www.physalia-courses.org/instructors/t1/) Application deadline is: September …
-
News: WORKSHOP - Introduction to Python for biologists
written by oliverhooker 14Introduction to Python for biologists http://www.prstatistics.com/course/introduction-to-python-for-biologists-ipyb04/ This course is being delivered by Dr Martin Jones, an expert in Python and author of two text books, …
-
Creating Membrane Protein Heteromers
written by Tofayel Ahmed 4<p>I have modeled a membrane protein which has 3 subunits- alpha, beta, gamma. Now, as the native structure of the protein is pentamer, I would …
Could you please give some more details about your question. What file format are you using? Why are you taking this approach, etc?
Thanks for responding. Sorry for the late reply. I have solved it myself. Actually, I modelled a membrane protein that has extracellular and transmembrane domains in it. But, in the model, those two domains were not aligned in proper orientation. So, I splited the EC and TM domain into two and saved as two PDB files. Then both the files were opened in CHIMERA; together and again saved as PDB. It gives a PDB file with both the domains in it. Then I opened the PDB file in notepad and deleted the lines b/w "ATOM" descriptns of model 1(EC)& model 2(TM). This gave me my desired domain orientation.