Close
Home
About us
Overview
Vision
Executive Committee
External Contacts
Annual Scientific Meeting
News
Vacancies
Events
Collaborations
Affiliated Networks and Centres
Research Innovation Scotland
Inclusion and diversity in STEM research
ImaGin
Mailing Lists
Newsletter Archive
Links
People
Research
Facilities
Funding
Projects
Themes
SINAPSE Software
Online Research Tools
Images of the Month
SINAPSE ECR Exchange Fund 2022
Success Stories
SECRE22
SINAPSE Seed Fund
SPIRIT Projects
Training
Degree programmes
eLearning
Quality Assurance
Resources
PhD/ECR
PhD and ECR Support Services
Videos
Search
Member Area
Member Area
Skip to Main Content
Menu
Home
About us
Overview
Vision
Executive Committee
External Contacts
Annual Scientific Meeting
News
Vacancies
Events
Collaborations
Affiliated Networks and Centres
Research Innovation Scotland
Inclusion and diversity in STEM research
ImaGin
Mailing Lists
Newsletter Archive
Links
People
Research
Facilities
Funding
Projects
Themes
SINAPSE Software
Online Research Tools
Images of the Month
SINAPSE ECR Exchange Fund 2022
Success Stories
SECRE22
SINAPSE Seed Fund
SPIRIT Projects
Training
Degree programmes
eLearning
Quality Assurance
Resources
PhD/ECR
PhD and ECR Support Services
Videos
Search
Member Area
Member Area
Biosynthesis of an organofluorine molecule – A fluorinase enzyme has been discovered that catalyses carbon-fluorine bond formation
Author(s)
D. O'Hagan, C. Schaffrath, S. L. Cobb, J. T. G. Hamilton, C. D. Murphy
ISBN
0028-0836
Publication year
2002
Periodical
Nature
Periodical Number
6878
Volume
416
Pages
279-279
Author Address
Full version
October 27, 2022
Images of the Month
SINAPSE Image of the Month: May 2022
SINAPSE Image of the Month: Novel PET tracer for imaging cardiovascular inflammation
SINAPSE Image of the Month: FeMRI for iliac vessel imaging
SINAPSE Image of the Month: Neural marker of proactive movement control in mobile EEG
SINAPSE Image of the Month: OCTA retinal image segmentation
Search for:
When autocomplete results are available use up and down arrows to review and enter to go to the desired page. Touch device users, explore by touch or with swipe gestures.
