Webinar

From -80°C to -60°C: Comparison of Freezing Temperatures in the Biobank

Can we promote sustainable biobanking through the choice of freezing temperatures while maintaining the quality of biological samples?

We invite you to a webinar with focus on RBGB's research into various freezing temperatures impact on energy consumption and the quality of biological samples.
far fa-calendar-alt
When?

 
 







 
13 June 2024
15:30 - 16:30
fas fa-search-location
Where?

 
 







 

 
 







 
Online
Link will be provided by mail
fas fa-search-location
Registration

 
 







 
Via link
fas fa-users

 
 







 

 
 







 
Who?
 
Anyone interested from the DCCC ctDNA Research Center (this webinar is not for our international partners and the industry). 
far fa-comment
 
 







 

 
 







 
Seminar leader?

 
 







 
Corrie Lynne Madsen
Bio-and GenomeBank Denmark
Department of Pathology
Herlev Hospital
Background
 
The use of Ultra-Low Temperature Freezers (ULTs) is crucial for safe and reliable storage of biological material, but ULTs can have an undesirably high energy consumption. Several factors can affect their efficiency, such as selected operating temperatures. and the frequency and duration of freezer door openings.

Bio-and Genome Bank Denmark (RBGB) has investigated the temperature stability and energy consumption of the Haier ULT freezer DW-86L959 at -80°C, -70°C, and -60°C, as well as how ULT freezers are heated in case of power failure.

The results of the study will serve as a basis for future decisions and efforts to promote more sustainable biobanking, thereby contributing to a greener climate initiative without risking a reduction in the quality of biologically valuable samples.
The webinar
 
 







 
In this webinar, we will focus on RBGB's research into various freezing temperatures, specifically at -80°C, -70°C, and -60°C. The study examines how the choice of freezing temperature impacts temperature stability and energy consumption, while continually ensuring high quality biological samples.
Corrie Lynne Madsen will discuss the execution of the study and present its findings.
We look forward to welcoming you to the webinar!
Image
ADDRESS FOR THE SECRETARIAT
Science Center Skejby, MOMA
Brendstrupgårdsvej 21, build. A
8200 Aarhus N
CONTACT
ctDNA@clin.au.dk
+45 78 45 53 39