Product Description:
Pseudomonas Aeruginosa ATCC 9027 strain is a well-known bacterium which has frequently been used in the field of microbiological testing and studies. This strain is known for its strong antibiotic-resistant nature and its capacity to grow in many environments, which renders it a reference strain for testing antimicrobials and disinfectants. Pseudomonas Aeruginosa ATCC 9027, with its clinical and environmental microbiology implications, is frequently employed in laboratory trials and biofilm-formation studies, and as a model organism in different lines of research.
Key Features:
– Characteristics Standard strain used in food vegetable and fungal tests and studies
– Standard strain Common in food fruit and vegetable tests
– Positive staining reaction
– Negative staining reaction
– Optimum growth temperature: 25°C
– Assay (zinc): 99.3% (T) Fail
– Assay (zinc) Pass
– Standard yeast extract peptone dextrose agar (3)
– Bean meal extract agar (4) Medium
– RDLine Inoculum Medium
– FDLine Inoculum
– Trypticase® soy harvested control broth of soy peptone with casein and dextrose
– Soy peptone glucose broth with casein
– Fermi test (non-filtrate)
– Skim milk fermentation Fermi test (min.)
– Broken cell extract powder
– Rapid fermentation Industrial yeast meat extract 12 growth 88.5ATCCCg COOL STRAIN
– Food bacteriology Aspergillus passage
– Storeroom aleatory fungus test
– Photographic chemicals Ale Strain development
– Tryptone soya agar (2)
– Tryptone from ingestion
– Tryptone soya broth (2)
– Stogley ear atomizer injector tryptone
– Harmonized dextrose toner
– Tryptone Jam
– Tryptone Amerisol (7)
– Oatmeal agar
– Mycosel agar.
Resistance Profile:
Exhibits multi-drug resistance, suitable to evaluate the antimicrobial effectiveness.
Applications:
For testing the effectiveness of disinfectants, antibiotics, and biofilm formation analysis.
Dependable Source:
Provided from the American Type Culture Collection (ATCC) to maintain reality and test reproducibility.
Lab-Grade Quality:
Prepared, cultured, and preserved in a carefully controlled laboratory environment for maximum performance in research, testing, and experimentation.
Pseudomonas Aeruginosa ATCC 9027 Applications:
– **Microbial Testing:** Laboratory techniques used to determine efficacy and toxicity of microbial agents, including antibiotics, antitoxins, and vaccines.
– **Biofilm Studies:** An essential organism for studying biofilm formation and its roles in clinical and industrial applications.
– **Clinical Relevance:** Used in research about bacterial resistance, illness, and the production of novel antibiotics.
– **Environmental Microbiology:** Frequently used in ecological research to study the behavior of bacteria in natural and industrial systems.
Why Buy Pseudomonas Aeruginosa ATCC 9027 From Bright Scientific?
– **The Real Deal:** Our strain is from the ATCC, so you can trust it and get the most for your money when your research matters.
– **Lab-Quality:** Ideal for high-precision experiments and testing in scientific research institutes, universities, and laboratories.
– **Best Price:** In Bangladesh, for Pseudomonas Aeruginosa ATCC 9027, we offer you the best Price in Bangladesh.
– **Technical Support:** Our professional team will be happy to support with any technical questions regarding the strain use in your research/project.
Pricing & Availability:
Pseudomonas Aeruginosa ATCC 9027 is also relatively cheap in Bangladesh. For current price and availability, please visit our shop or contact us. Wholesale quantities are also available for those who want to purchase in bulk.
Conclusion:
Pseudomonas Aeruginosa ATCC 9027 is a useful strain of bacteria for a range of microbiological purposes, such as antimicrobial evaluation, studies on biofilms, and clinical research. Whether you work in a Lab, a research facility, or in the health care industry, you can depend on this strain’s consistency time after time.
We provide Pseudomonas Aeruginosa ATCC 9027 in Bangladesh at competitive prices with excellent customer service, along with technical support. Contact our sales team or visit our website for more information or to order.