Art and Science of Laboratory Medicine

Art and Science of Laboratory Medicine

Friday, January 2, 2015

Put on your micro shoes

Perfect shoes for a microbiology lover



UK Standard of Blood Cultures

Investigation of Blood Cultures (for Organisms other than Mycobacterium
species) Bacteriology, B37, Issue no: 8, Issue date: 04.11.14.

Open standard here:
B 37 - Investigation of Blood Cultures (for Organisms other than Mycobacterium species)

Source: gov.uk

Killing for DNA: A predatory device in the cholera bacterium

Vibrio cholerae uses a predatory killing device to compete with surrounding bacteria and steal their DNA. This molecular killing device a spring-loaded spear that is constantly shooting out. This weapon is called the "type VI secretion system" (T6SS) and is known to exist in many types of bacteria. When V. cholerae comes close to other bacteria, the spear punches a hole into them, leaving them to die and release their genetic material, which the predator pulls into itself.

Read more:
Killing for DNA: A predatory device in the cholera bacterium

Source: EurekAlere Science News

Thursday, January 1, 2015

New Virus Unlike Anything Ever Seen

The CDC says it’s never seen anything like it before, and it’s already claimed a life in the U.S.

A new virus thought to be carried by ticks or other insects has been discovered following the death of a southeast Kansas resident during the summer, public health officials said Monday.
The new virus is called Bourbon virus, after Bourbon County, home of the patient who died. The Kansas Department of Health and Environment said the patient's symptoms, including fever and fatigue, were similar to symptoms from other tick-borne diseases.

Read more:
Deadly Virus Claims First U.S. Victim 

The Weather Channel

Red blood cells

Red blood cells on an artery wall

Original image:
Mapping the body: red blood cells 

Source:  The Guardian
Image credits: Corbis Flirt / Alamy/Alamy

Lens-free microscope can detect cancer at the cellular level

UCLA researchers have developed a lens-free microscope that can be used to detect the presence of cancer or other cell-level abnormalities with the same accuracy as larger and more expensive optical microscopes.

The device works by using a laser or light-emitting-diode to illuminate a tissue or blood sample that has been placed on a slide and inserted into the device. A sensor array on a microchip — the same type of chip that is used in digital cameras, including cellphone cameras — captures and records the pattern of shadows created by the sample.

Read more:
Lens-free microscope can detect cancer at the cellular level

Source: UCLA

Snowman Petri

Amazing piece of microbe art

Source: Facebook via Medical Microbiologist
Image credits: Leyla

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