[ccp4bb] The Antiviral Drug Discovery (AViDD) Open Science Forum virtual meeting is Wed 20 September 11.00A ET

*Antiviral Drug Discovery (AViDD) Open Science Forum* *REMINDER* The *next Antiviral Drug Discovery (AViDD) Open Science Forum virtual meetin*

Re: [ccp4bb] the structures of Nucleic acid

The phosphorus absorption edge is about 5.8Å. I've had much better luck with 5-Br-U for anomalous phasing. Molecular replacement with sub-structural fragments can also work: Yours sincerely, William G. Scott Professor, Depart

Re: [ccp4bb] the structures of Nucleic acid

I am afraid most scientists will use the most straightforward technique! If SAD is available the PHOSPHATE backbone of DNA will provide sufficient signal to allow SAD to work, and you get an unambiguous answer to whether it is A-DNA or B or Z... MR will usually work of course as well Eleanor On M

[ccp4bb] Regarding RNA str Prediction and its str

Hello!!! Kindly reply to this email, who are working in the RNA str prediction domain or RNA str. Thankyou To unsubscribe from the CCP4BB list, click the following link: https://www.jiscmail.ac.uk/cgi-bin/WA-JISC.exe?SU

[ccp4bb] Regarding mRNA 3D structure Prediction

Hii Everyone!! Cell has many types of RNA but the major ones are rRNA, tRNA, and mRNA, rRNA, and tRNA other small RNA contains the secondary Str and 3D str but incase of mRNA the UTR region contains secondary Str but the translational region contains no secondary str. In my case, I want to predict

Re: [ccp4bb] the structures of Nucleic acid

Dear Fu Xingke, Depends on what Nucleic Acid you are talking of. If it is RNA, you can expect some sequence to tertiary structure correspondence so you might be able to try more MR as compared to DNA. DNA may have double helical architecture but less sequence to tertiary structure corr

[ccp4bb] the structures of Nucleic acid

Dear Colleagues, Reacently, I find the structures of Nucleic acid are solved by single-wavelength anomalous diffraction(SAD). So, why molecular replacement (MR) not? Regards Best wishes, Fu Xingke Institute of Physics CAS ##

[ccp4bb] Call for MX beamtime proposals at Diamond Light Source. Deadline 1700 27th September 2023

Dear All We would like to remind you that the call for proposals via peer-review for non-proprietary access to Diamond MX beamlines from April until September 2024 is now open (https://www.diamond.ac.uk/Users/Apply-for-Beamtime.html). The deadline for this call is Wednesday 27th September at