Dr. Sandra Ramirez-Arcos completed her
bachelor’s and master’s degrees in microbiology in her native Colombia and then
conducted PhD studies in Biological Sciences in Spain. From 1998 to 2002, Dr.
Ramirez did her post-doctoral training and worked as a research associate at
the University of Ottawa. Since 2003, she has worked at Canadian Blood Services
where she currently holds a Senior Scientist position. Dr Ramirez is also an Adjunct Professor at the University of Ottawa. Since 2016, Dr. Ramirez has been a co-chair
of the ISBT Transfusion-Transmitted Infectious Diseases Working Party –
Bacteria Subgroup. Dr. Ramirez has built a strong
team with expertise on bloodborne bacteria with a focus on understanding
bacterial growth dynamics, with interests in bacterial biofilm formation and
molecular modulation during blood component storage. Her laboratory also oversees
the development, validation and implementation of protocols and processes
aiming at enhancing blood component safety at Canadian Blood Services. Current
research interests in the Ramirez lab are focused on optimization of assays for
the detection of tickborne bacteria and other emerging pathogens in whole blood
and blood components. The Ramirez’ group is also working on providing
evidence-based data to improve blood donation policies regarding syphilis
testing for blood donors.
Dr. Sandra Ramirez-Arcos completed her
bachelor’s and master’s degrees in microbiology in her native Colombia and then
conducted PhD studies in Biological Sciences in Spain. From 1998 to 2002, Dr.
Ramirez did her post-doctoral training and worked as a research associate at
the University of Ottawa. Since 2003, she has worked at Canadian Blood Services
where she currently holds a Senior Scientist position. Dr Ramirez is also an Adjunct Professor at the University of Ottawa. Since 2016, Dr. Ramirez has been a co-chair
of the ISBT Transfusion-Transmitted Infectious Diseases Working Party –
Bacteria Subgroup. Dr. Ramirez has built a strong
team with expertise on bloodborne bacteria with a focus on understanding
bacterial growth dynamics, with interests in bacterial biofilm formation and
molecular modulation during blood component storage. Her laboratory also oversees
the development, validation and implementation of protocols and processes
aiming at enhancing blood component safety at Canadian Blood Services. Current
research interests in the Ramirez lab are focused on optimization of assays for
the detection of tickborne bacteria and other emerging pathogens in whole blood
and blood components. The Ramirez’ group is also working on providing
evidence-based data to improve blood donation policies regarding syphilis
testing for blood donors.