Skip to content
Skip to main navigation
Skip to first column
Skip to second column
About SBS
News
Research News
Calendar
Directory
Associated Facilities
Organized Research Units
The Turtle Pond
Academics
Course Descriptions / Syllabi
Undergraduate Programs
Advising Center (BSAC)
Graduate Programs
Ecology, Evolution and Behavior
Microbiology
Plant Biology
Health Information Technologies
Student Views
Student Organizations
Alumni & Friends
Welcome
inVivo School Newsletter
Endowments
How to Give
Sections
Integrative Biology
Molecular Cell and Developmental Biology
Molecular Genetics and Microbiology
Neurobiology
SBS Directory
Faculty Profiles
Faculty & Staff Tools
Directory Update
CV Report
Biographical Sketch
TA Matching System
Academic Assignment
SBSPO
Room Reservations
New Employee Checklist
Grant Application Support
Online Store
Support Services
Text Book Order Forms
Contact Us
SBS Resources
Undergraduate Programs
Graduate Programs
Calendar
Directory
Maps
Online Store
Support Services
Contacts
UT resources
Job Resource Center
UT Direct
UT Directory
UT Calendars
Follow SBS
Home
»
Directory
» Details
Directory
Faculty
Richard Meyer
Professor in Molecular Genetics & Microbiology
Email:
rmeyer@mail.utexas.edu
Website
Main Office:
NMS 1.124
Phone:
(512) 471-3817
Alternate Office:
NMS 1.202
Alt. Phone:
(512) 471-0931
Mailing Address
The University of Texas at Austin
Section of Molecular Genetics and Microbiology
2506 Speedway Stop A5000
Austin ,TX 78712-1191
Research Summary
Conjugation is probably the most common mechanism for genetic exchange in bacteria. Bacteria can transfer DNA by conjugation not only between different species, but also into higher organisms such as plants and yeast. Antibiotic-resistance genes on plasmids are generally disseminated by conjugation, and as a result, these genes have become so widespread that many antibiotics have now become useless therapeutically. In our lab, we are investigating at a molecular level the events that occur when DNA is passed from one cell to another by conjugation. We are determining the different steps in plasmid DNA processing that are required for transfer, and also how this DNA is recognized by the transfer machinery. Our long-term objective is to develop strategies for limiting the spread of antibiotic resistance by bacterial plasmids.
Quick Links
About SBS
News
Research News
Calendar
Directory
Associated Facilities
Organized Research Units
The Turtle Pond