We can see different biofilms types in liquid medium. In the same order than the picture: Methylobacterium variabile Type Strain / Methylobacterium aquaticum NO00 / Methylobacterium aquaticum NO42 / Methylobacterium aquaticum Type Strain / negative control Read More
I happen to come across some colonies (I thinks its a bacterium) on some left over yoghurt and was wondering if someone could help me to identify it.
About the colonies.
I had left some yoghurt in the fridge for some days. I noticed that the yoghurt surface has been stain... Read More
I wanted to identify the presence of Pseudomonas aeruginosa in water but unfortunately I had just cetrimide agar without a filter of 0,45 µm or even pre-sterilized plastic unit . I decided to use zeolite resin to trap any bacteria in water so I took the resin and I disinfected it and I heated i... Read More
Students in the summer STEM program at Cabrillo (these were college age students) were asked to do a handprint of their unwashed hand then of their hand after washing. This is a before and after of what the majority of the plates looked like. Plates were incubated for 48 hrs at 37 degrees C ... Read More
A new study led by scientists at The Scripps Research Institute (TSRI) reveals a key part of the Ebola virus life cycle at a higher resolution than ever before. The research sheds light on how Ebola virus assembles—and how researchers might stop the often-fatal infection. Read More
This plate contains Streptomyces coelicolor and two Actinomyces recently isolated from the soil. Actinomyces are well known for their production of secondary metabolites, among which antibiotics and anti-tumour agents. This plate shows grey and pink Actinomyces with a very dark br... Read More
Methylobacterium aquaticum strain NO00 (KR920749) grown over rice grain. It can produce phytohormones and other beneficial metabolites for the plant. M. aquaticum is a plant growth promoting (PGP) bacteria". Its pink-biofilm, can help with water-stress and protect the plant against pathogens. Read More
This portrait was designed using the natural pigments found in local environmental microbial isolates to depict a student's image. A senior, working on her year long thesis and in my upper level microbiology elective, created this portrait (which is beautifully accurate) and attached it to her f... Read More
This is a m endo agar, green part is made with E.coli and the red part was with P.aeruginosa. This was a special gift I made for my lab co worker as part of our celebration of microbiologist week in PR. Read More
Whooping cough has made an astonishing comeback, with 2012 seeing nearly 50,000 infections in the U.S. (the most since 1955), and a death rate in infants three times that of the rest of the population. The dramatic resurgence has puzzled public health officials, who have pointed to the waning ef... Read More
Our sensitivity instruments rarely ever go down, but when they do our lab uses Kirby-Bauer testing to perform antimicrobial susceptibility testing in our laboratory. This testing involves placing antibiotic-infused discs on a standardized inoculum of bacteria spread in a lawn onto a Mueller Hint... Read More
WEST LAFAYETTE, Ind. -- A Purdue University-led team of researchers studying the Middle East Respiratory Syndrome, or MERS, have found molecules that shut down the activity of an essential enzyme in the virus and could lead the way to better treatments for those infected. Read More
Recent scientific research studies confirm the potential of turmeric curcumin as a vaccine for Ebola virus disease. A review of the studies was published in the International Journal of Experimental and Clinical Pathophysiology and Drug Research in February 2015.
Read more at http://guardianlv.... Read More
Students swabbed the lab bench at the end of class. The TSA plate was grown for 48 hrs at 37 degrees C then let set for 2 days at room temperature. The close up of one of the colonies was matte/white through out, a smooth center with rhizoid growth then a feathery/powdery growth on the outer... Read More
Gram stain of an Actinomycete. Culture was grown on ISP2 at 30C, and originally isolated from seaweed harvested from the Durban ocean Read More
An unidentified bacterium, isolated from seaweed harvested from the Durban ocean. Culture was grown on ISP2 for 48 h at 30C Read More
The image is one of a series originally created for use by the North Carolina branch of the ASM by James W. Brown, at NC State University.
The beautiful organism is Chromobacterium violaceum, a natural isolate grown from pond water by an NC State University undergraduate student in our MB 452... Read More