The discovery of the structure of DNA is known as one of the greatest discoveries in human history. It changed our perspective on human life forever, nevertheless one part of this magnificent story was left untold.
Every living being on Earth is a part of a giant network where different species depend on each other for survival. This natural system is very complex and built of many different networks where different species interact with each other.
For more than a year one third of the world has been highly concerned about the Zika virus outbreak and Splice has covered amazing achievements regarding Zika infection. These days it is one of the main newspaper topics because of the upcoming Rio de Janeiro Summer Olympics in Brazil, the country where most of the cases of Zika infection were reported.
One of the hottest trends in life sciences research for the past few years has been the development of subfields of study focused on specific, complex networks within biological systems. These subfields are quite recognizable due to the common suffix ‘-ome’, and there is now an exciting and extensive list of “omes” starting with arguably the grandfather of them all, the genome.
Meet Prof. Dr. Tatjana Avšič, the leading scientist behind the first proof of the association between Zika virus and microcephaly in the world.
Extraction of DNA before its amplification is an essential step for the measurement of any DNA target. It releases the DNA and removes substances inhibitory to PCR that are initially present in the matrix.
At the last year’s annual meeting of the Society for Neuroscience scientists presented a very interesting research topic about our gut microbiome. They have revealed that in some way gut bacteria influence the way how the brain work. An important question arose from the mental health pont-of-view: Can we treat mental and neurological diseases by tinkering with our gut microbiome?
Sterile, lab-raised green bottle fly larvae are used for maggot debridement therapy (MDT), most commonly for non-healing wounds, such as diabetic ulcers.
There are approximately 140 000 species of higher fungi. Only 10% of mushroom-forming species are known, making them an enormous untapped pool of potentially useful substances.
Meet Dr. Pierre Blonski, Head of the Blood Analytical Platform at Ketterthill Labs, which is the biggest private laboratory in Luxemborough and handles over 6000 blood samples per day.