24-7 Press Release Newswire – ‘What’s Hot’ July 28 – August 4th.

As always, our editorial at 24-7 Press Release Newswire hand pick different press releases that have been previously distributed and like to shine a little light onto a select few.

NASA Press Release @ 24-7PressRelease.comMaybe it is our love for science and space research, however in the last week, NASA has sent out a couple of interesting press releases.  The first titled “NASA Releases ‘Microbiomics: The Living World In and On You’ ” and the second titled “NASA Releases Video Highlighting Twins Study

The first release references their Human Research Program and a new video they have released discussing microbial research on board the ISS (International Space Station).  This video would be the 7th of their eight part mini-series.

Their second press release highlights the last video (8th) in their mini-series which goes on to highlight some information about twins used within their study.

Turek said, "Your microbiome is like the ecology in the rainforest where the species depend on each other. What happens when a species is removed? Does another out-compete and take over?"

Turek said, “Your microbiome is like the ecology in the rainforest where the species depend on each other. What happens when a species is removed? Does another out-compete and take over?”

We personally found both of these press releases & the videos extremely interesting and worth the read and or watch.

Rich Tola is determined to teach everyone on the planet yoga.  This brings us to our third pick titled “YogaStyles Braves 108-Degree Heat and Wraps Chicago Pilot” which discusses how Rich and his crew filmed their pilot episode of YogaStyles throughout more than 60 locations on the streets of Chicago. Yoga Press Release @ 24-7PressRelease.com

From time to time at 24-7 Press Release Newswire, we like to feature a few key press releases that have grabbed our editorials attention.  If you have a press release you would like to share or distribute through 24-7PressRelease.com, please visit: http://www.24-7pressrelease.com/price_plan_imp.php

 

 

Everything in Moderation: Micro-8 to Study Regulating Pathogens in Space

Scientists want to address controlling outbreaks of Candida albicans, an opportunistic yeast pathogen, with the next round of cellular growth experiments on the International Space Station — Micro-8.

NASA Press ReleaseHOUSTON, TX, September 19, 2014 /24-7PressRelease/ — Our bodies are breeding grounds for microbes — don’t worry, it’s a good thing! As scientists have been telling us for years, not all microbes are bad. Many active enzymes and bacteria are merely benign, and, in moderation, are beneficial to humans as an important part of our digestive system or can help regulate our immune system.

Candida albicans, an opportunistic yeast pathogen and model organism for research, is common and usually doesn’t damage our healthy personal ecosystem. However, when our immune system is stressed on Earth or in space, such as during long-duration space travel, C. albicans can grow out of control and potentially cause infections. Scientists want to address controlling these outbreaks with the next round of cellular growth experiments on the International Space Station — Micro-8.

Results from a recent set of tests on the station, called Micro-6, encouraged further study into the impact of spaceflight on the cellular behavior of these microbes. During the investigation, scientists discovered C. albicans grew to a more elongated form, grew into an altered structure when forming a colony and, perhaps most importantly, showed an increased resistance to the antimicrobial agent Amphotericin B. The combination of these factors could result in an increase of the infectious nature of this opportunistic pathogen.

This is why scientists will continue to study C. albicans in Micro-8, scheduled for delivery on the fourth commercial cargo resupply flight of the SpaceX Dragon spacecraft, targeted to launch Sept. 20, 2014. The investigation on the orbiting laboratory will allow scientists to better understand the growth and development of these microbes, which, in turn, can help develop treatment for infections both in space and on Earth.

“We already understand a great deal about this particular yeast,” said Sheila Nielsen, Ph.D., principal investigator for the Micro-6 and Micro-8 missions at Montana State University in Bozeman. “Previous studies have given us a broad set of benchmarks, including the sequence of the entire genome, which makes Candida albicans a great subject for study in microgravity because we have extensive information to compare it to.”

Designed to examine how spaceflight affects potentially infectious organisms, the Micro-8 investigation will provide new insights into better management and treatment of C. albicans infections when they occur on Earth as well as in space, and may offer ways to combat other microbial pathogens. By comparing the cells grown in microgravity to cells grown in gravity, the research team will examine several parameters, including the susceptibility of the yeast to antimicrobial agents.

Micro-8 will directly build on the Micro-6 study. It also will include a second antifungal agent to better understand the yeast response to different antimicrobial agents.

One of the most important evolutions of the Micro-8 investigation is the introduction of human monocytes — or blood cells — as a host. Astronauts on the orbiting laboratory will test the yeast growth on monocytes in an enclosed and controlled facility called the Commercial Generic Bioprocessing Apparatus (CGBA). The CGBA is an incubator capable of controlling the temperature between 46 and 98 degrees F.

“We have already demonstrated that microgravity affects cell shape and behavior,” said Nielsen. “A more complete understanding of the yeast adaptation response to extreme environments, such as microgravity, and the risks associated with potential infection is vital for long-term crew health and safety. With that knowledge, we can develop treatments to keep our astronauts and our Earth population healthier.”

Micro-8 is funded and managed through NASA Space Biology at NASA’s Ames Research Center in Moffett Field, California. The payload developer is BioServe Space Technologies in Boulder, Colorado. Space Biology is funded by the Space Life and Physical Sciences Research and Applications Division within the Human Exploration and Operations Mission Directorate at NASA Headquarters in Washington.

So, while we don’t want to eliminate all of the bacteria and yeast microbes from our system, scientists are using the orbiting laboratory to discover ways to keep them in check on Earth and in space.

By Bill Hubscher
International Space Station Program Science Office
NASA’s Marshall Space Flight Center