Skip to main content

Drug resistant bacteria takedown underway: Answers


1.     Are there medical centers known for their theranostics program? Which schools?
I did not find a complete list of schools with the top theranostics program, but the one school that had multiple studies including Theranostics was the University of Tennessee Graduate School of Medicine. They had multiple studies published about their theranostics program.
http://gsm.utmck.edu/research/ACTP/main.cfm
2.     How recent was this study?
This study was published in 2018. This study is extremely recent, but it may have took one to two years for the work to be reviewed and published into an article.
https://www.nature.com/articles/s41598-018-27504-z
3.     What types of compounds did the GC find in the biofilms?
The GC found twelve peaks which indicated 3-methylbutanal, pentanal, hydrogen cyanide, 5-methyl-2-hexanamine, 5-methyl-2-heptamine, 2-nonanone, 2-undecanone, 2-methyl-1-propanol, 3-methyl-1-butanol, 2-methyl-1-propanol, and 3-methyl-1-butanol.
https://www.nature.com/articles/s41598-018-27504-z
4.     Are there any other fields this research can be applicable to?
This research can be applied to cancer treatment. The University of Tennessee Graduate School of Medicine is using to combat cancer. This research could be the some of the first blocks towards fighting cancer through theranostics.
http://gsm.utmck.edu/research/ACTP/main.cfm


Comments

Post a Comment

Popular posts from this blog

The 411 on Tattoo Ink: dangerous or not?

Title: Sensitive Determination of Volatile Organic Compounds and Aldehydes in Tattoo Inks                      The popularity of a tattoo gone from sub-culture to pop culture in recent years, however, getting a tattoo can potentially put your health at risk. A tattoo is a form of external body modification in which a needle is inserted in the dermis layer in order to transfer the pigments. Tattoo inks are a mixture of organic and metal complex dyes in various solvents; the solvents with ethyl alcohol are more commonly used as the alcohol increases the skin’s permeability but also carries more hazardous materials into the blood. Despite the high numbers of tattooed individuals, there has been no study until now of the harmful solvents and impurities contained in tattoo products.              This study used gas chromatography to develop analytical methods pertaining t...
8 comments
Read more

Preserving Prehistory

A Prehistoric Egyptian Mummy: Evidence for an ‘Embalming Recipe’ and the Evolution of Early Formative Funerary Treatments When one mentions the word ‘mummy,’ Egyptian pharaohs, massive pyramids, lavish burial tombs, and an equally lavish embalming process probably come to mind. These funerary rituals were thought to have begun c. 2500 BCE. However, a recent analysis of the prehistoric Turin mummy shows that rudimentary preparations were made before then. This mummy was the perfect specimen for testing because there was no record of any preservation measures employed after the body had been discovered, which is not true for many other mummies from this period (c. 3600 BCE). Scientists took the opportunity to take textile and tissue samples and perform a battery of tests to determine many things about the life and death of the Turin mummy, but most notably, when  three textile samples from different parts of the mummy were analyzed, gas chromatography showed remnants of plant oil ...
8 comments
Read more

Bad Biogas

Establishment of analysis method for methane detection by gas chromatography An analysis of methane levels in biogas determined whether the levels detected by gas chromatography in the process of food waste fermentation were safe. As methane has greenhouse effects twenty-five times stronger than those of carbon, the analysis is vital to determine the safety of basic food fermentation. First, a sample of biogas was collected from a digestion reactor. After analyzing this substance, only one peak that belonged to methane appeared in the chromatogram as the only other substance was air. According to a table created by the researchers, methane content rose slightly to 12.75% in the initial fermentation phase before shooting to 63.03% in the next phase and settling to 50.76% in the last phase. Since the working curve range unfortunately only went up to 44%, the method of collection used was not acceptable for determining methane levels in biogas.       ...
9 comments
Read more