What specific clinical scenarios is the E.Coli MBL ATCC 25922 intended for, and how does it perform in these scenarios?
The E.Coli MBL ATCC 25922 is typically used for quality control in microbiology laboratories to assess the performance of antimicrobial susceptibility testing systems [Manufacturer Info].
Are there any special storage conditions required for this product to maintain its efficacy?
Microbiological reference strains like E.Coli MBL ATCC 25922 should generally be stored at -70°C or below to maintain viability and efficacy [Manufacturer Info].
How does this product compare in terms of reliability and performance against other similar microbiological reference strains?
This specific strain is designed to provide consistent and reliable performance for quality control testing, similar to other certified reference materials in microbiology [Manufacturer Info].
Can you explain what 'MBL' signifies in the product name and its relevance in a microbiology laboratory setting?
MBL in the product name stands for Metallo-Beta-Lactamase, which is significant in microbiology for studying bacteria that possess resistance to beta-lactam antibiotics [Manufacturer Info].
What common practical challenges might users face when working with this E.Coli strain, and how can they be addressed?
Common challenges include maintaining strain viability and preventing contamination; using aseptic techniques and proper thawing procedures can mitigate these issues [Manufacturer Info].
Is there any critical handling information or safety precautions that laboratory staff should be aware of when using this product?
Laboratory staff should handle this E.Coli strain under Biosafety Level 2 conditions to ensure safety and prevent biological exposure [Manufacturer Info].
Are there specific regulatory certifications or standards that this microbiological product complies with?
While specific certifications are not listed, microbiological reference strains generally comply with standards like ISO 17034 for quality and traceability [Industry Standards].
How does this product contribute to optimizing laboratory workflows, especially when dealing with antimicrobial resistance testing?
This strain helps optimize laboratory workflows by providing a reliable reference for evaluating the efficacy of antimicrobial agents against resistant bacteria [Manufacturer Info].
For a laboratory setting, what are the necessary equipment or conditions needed to effectively utilize this strain?
Effective utilization requires equipment like incubators, sterile culture media, and proper biosafety measures to maintain and study the bacterial culture [Manufacturer Info].
MicrobiologicsItem # Dealmed item number: 503350MPN Manufacturer part number: 0335P
What specific clinical scenarios is the E.Coli MBL ATCC 25922 intended for, and how does it perform in these scenarios?
The E.Coli MBL ATCC 25922 is typically used for quality control in microbiology laboratories to assess the performance of antimicrobial susceptibility testing systems [Manufacturer Info].
Are there any special storage conditions required for this product to maintain its efficacy?
Microbiological reference strains like E.Coli MBL ATCC 25922 should generally be stored at -70°C or below to maintain viability and efficacy [Manufacturer Info].
How does this product compare in terms of reliability and performance against other similar microbiological reference strains?
This specific strain is designed to provide consistent and reliable performance for quality control testing, similar to other certified reference materials in microbiology [Manufacturer Info].
Can you explain what 'MBL' signifies in the product name and its relevance in a microbiology laboratory setting?
MBL in the product name stands for Metallo-Beta-Lactamase, which is significant in microbiology for studying bacteria that possess resistance to beta-lactam antibiotics [Manufacturer Info].
What common practical challenges might users face when working with this E.Coli strain, and how can they be addressed?
Common challenges include maintaining strain viability and preventing contamination; using aseptic techniques and proper thawing procedures can mitigate these issues [Manufacturer Info].
Is there any critical handling information or safety precautions that laboratory staff should be aware of when using this product?
Laboratory staff should handle this E.Coli strain under Biosafety Level 2 conditions to ensure safety and prevent biological exposure [Manufacturer Info].
Are there specific regulatory certifications or standards that this microbiological product complies with?
While specific certifications are not listed, microbiological reference strains generally comply with standards like ISO 17034 for quality and traceability [Industry Standards].
How does this product contribute to optimizing laboratory workflows, especially when dealing with antimicrobial resistance testing?
This strain helps optimize laboratory workflows by providing a reliable reference for evaluating the efficacy of antimicrobial agents against resistant bacteria [Manufacturer Info].
For a laboratory setting, what are the necessary equipment or conditions needed to effectively utilize this strain?
Effective utilization requires equipment like incubators, sterile culture media, and proper biosafety measures to maintain and study the bacterial culture [Manufacturer Info].
Manufacturer
Microbiologics
Sold By
Pack of 2
What specific clinical scenarios is the E.Coli MBL ATCC 25922 intended for, and how does it perform in these scenarios?
The E.Coli MBL ATCC 25922 is typically used for quality control in microbiology laboratories to assess the performance of antimicrobial susceptibility testing systems [Manufacturer Info].
Are there any special storage conditions required for this product to maintain its efficacy?
Microbiological reference strains like E.Coli MBL ATCC 25922 should generally be stored at -70°C or below to maintain viability and efficacy [Manufacturer Info].
How does this product compare in terms of reliability and performance against other similar microbiological reference strains?
This specific strain is designed to provide consistent and reliable performance for quality control testing, similar to other certified reference materials in microbiology [Manufacturer Info].
Can you explain what 'MBL' signifies in the product name and its relevance in a microbiology laboratory setting?
MBL in the product name stands for Metallo-Beta-Lactamase, which is significant in microbiology for studying bacteria that possess resistance to beta-lactam antibiotics [Manufacturer Info].
What common practical challenges might users face when working with this E.Coli strain, and how can they be addressed?
Common challenges include maintaining strain viability and preventing contamination; using aseptic techniques and proper thawing procedures can mitigate these issues [Manufacturer Info].
Is there any critical handling information or safety precautions that laboratory staff should be aware of when using this product?
Laboratory staff should handle this E.Coli strain under Biosafety Level 2 conditions to ensure safety and prevent biological exposure [Manufacturer Info].
Are there specific regulatory certifications or standards that this microbiological product complies with?
While specific certifications are not listed, microbiological reference strains generally comply with standards like ISO 17034 for quality and traceability [Industry Standards].
How does this product contribute to optimizing laboratory workflows, especially when dealing with antimicrobial resistance testing?
This strain helps optimize laboratory workflows by providing a reliable reference for evaluating the efficacy of antimicrobial agents against resistant bacteria [Manufacturer Info].
For a laboratory setting, what are the necessary equipment or conditions needed to effectively utilize this strain?
Effective utilization requires equipment like incubators, sterile culture media, and proper biosafety measures to maintain and study the bacterial culture [Manufacturer Info].
Manufacturer
Microbiologics
Sold By
Pack of 2
What specific clinical scenarios is the E.Coli MBL ATCC 25922 intended for, and how does it perform in these scenarios?
The E.Coli MBL ATCC 25922 is typically used for quality control in microbiology laboratories to assess the performance of antimicrobial susceptibility testing systems [Manufacturer Info].
Are there any special storage conditions required for this product to maintain its efficacy?
Microbiological reference strains like E.Coli MBL ATCC 25922 should generally be stored at -70°C or below to maintain viability and efficacy [Manufacturer Info].
How does this product compare in terms of reliability and performance against other similar microbiological reference strains?
This specific strain is designed to provide consistent and reliable performance for quality control testing, similar to other certified reference materials in microbiology [Manufacturer Info].
Can you explain what 'MBL' signifies in the product name and its relevance in a microbiology laboratory setting?
MBL in the product name stands for Metallo-Beta-Lactamase, which is significant in microbiology for studying bacteria that possess resistance to beta-lactam antibiotics [Manufacturer Info].
What common practical challenges might users face when working with this E.Coli strain, and how can they be addressed?
Common challenges include maintaining strain viability and preventing contamination; using aseptic techniques and proper thawing procedures can mitigate these issues [Manufacturer Info].
Is there any critical handling information or safety precautions that laboratory staff should be aware of when using this product?
Laboratory staff should handle this E.Coli strain under Biosafety Level 2 conditions to ensure safety and prevent biological exposure [Manufacturer Info].
Are there specific regulatory certifications or standards that this microbiological product complies with?
While specific certifications are not listed, microbiological reference strains generally comply with standards like ISO 17034 for quality and traceability [Industry Standards].
How does this product contribute to optimizing laboratory workflows, especially when dealing with antimicrobial resistance testing?
This strain helps optimize laboratory workflows by providing a reliable reference for evaluating the efficacy of antimicrobial agents against resistant bacteria [Manufacturer Info].
For a laboratory setting, what are the necessary equipment or conditions needed to effectively utilize this strain?
Effective utilization requires equipment like incubators, sterile culture media, and proper biosafety measures to maintain and study the bacterial culture [Manufacturer Info].
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