An Acoustic On-Chip Goniometer for Room Temperature Macromolecular Crystallography
                        
                        
                            - Submitting institution
 
                            - 
                                Aston University
                                
 
                            
 
                            - Unit of assessment
 
                            - 12 - Engineering
 
                            - Output identifier
 
                            - 29415916
 
                            - Type
 
                            - D - Journal article
 
                                - DOI
 
                                - 
                                        10.1039/C7LC00812K
                                
 
                                - Title of journal
 
                                - Lab on a Chip
 
                                - Article number
 
                                - -
 
                                - First page
 
                                - 4225
 
                                - Volume
 
                                - 17
 
                                - Issue
 
                                - 24
 
                                - ISSN
 
                                - 1473-0197
 
                                - Open access status
 
                                - Compliant
 
                            - Month of publication
 
                            - November
 
                            - Year of publication
 
                            - 2017
 
                            - URL
 
                            - 
-                            
 
                            - Supplementary information
 
                            - 
-                            
 
                            - Request cross-referral to
 
                            - -
 
                            - Output has been delayed by COVID-19
 
                            - No
 
                            - COVID-19 affected output statement
 
                            - -
 
                            - Forensic science
 
                            - No
 
                            - Criminology
 
                            - No
 
                            - Interdisciplinary
 
                            - Yes
 
                            - Number of additional authors
 
                            - 
                                9
                            
 
                            - Research group(s)
 
                            - 
                                        
B - Aston Institute of Urban Technology and the Environment (ASTUTE)
                             
                            - Proposed double-weighted
 
                            - No
 
                            - Reserve for an output with double weighting
 
                            - No
 
                            - Additional information
 
                            - In this paper we report a completely new method of probing protein crystals at room temperature in a simple way (using acoustics). This work represents a step towards time-resolved crystallography where changes in protein structure in the presence of reagents can be observed. The work has informed other research on acoustic droplet manipulation for MX techniques (DOI: 10.1038/s41598-019-48612-4).
 
                            - Author contribution statement
 
                            - -
 
                            - Non-English
 
                            - No
 
                            - English abstract
 
                            - -