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Two scholarly articles from the journal *Pohybové ústrojí* featuring Dr. Veronika Krulišová
In the latest issue of the journal "Pohybové ústrojí" (Vol. 32, 2025, No. 1 | Publication date: February 28, 2026), MUDr. Veronika Krulišová, Ph.D., along with other authors, published two scientific papers related to osteogenesis imperfecta:
Representatives from the GHC Genetics laboratory attended the prestigious ESHG 2026 conference
We attended the prestigious ESHG 2026 conference, which is one of the leading European events in the field of human and molecular genetics. During the conference, we attended a series of specialized lectures and workshops focused on the latest findings, technologies, and trends in genetic diagnostics. The conference was highly beneficial for us and provided a great deal of inspiration for the further development of our laboratory practices. We were particularly intrigued by the new possibilities of using Trinity technology for the AVITI sequencer, which can significantly streamline and shorten time-consuming sequencing experiments. We also gained new insights into long-read sequencing, which opens up further possibilities for expanding genetic testing.
GHC Genetics Now Offers Biochemical Blood Tests
GHC Genetics now offers a range of blood biochemistry tests, which are a key tool for assessing health and diagnosing various diseases. Our tests cover important parameters such as lipid, glucose, and enzyme levels, allowing us to monitor metabolic processes and organ function. Thanks to modern technologies and precise analytical methods, we guarantee fast and reliable results that help physicians provide optimal patient care. GHC Genetics focuses on a personalized approach, which is why we offer tests tailored to each client’s needs. Our experts are ready to provide support and explain the results, ensuring that every client has a clear understanding of their health status. Discover how our biochemical tests can contribute to your health and well-being. This offer is intended exclusively for self-paying clients.
Over 100,000 crowns were raised for the Plešouny at the celebrations marking the 100th anniversary of TJ Sokol Předboj
On Saturday, June 20, 2026, celebrations were held to mark the 100th anniversary of the founding of TJ Sokol Předboj. The all-day program included an exhibition soccer match between the home team and the SIGI Team led by Horst Siegle, an autograph session, activities for children, and evening entertainment. The event also had a charitable aspect. Thanks to voluntary admission fees, a jersey auction, and the support of visitors, a total of 106,509 Kč was raised to support the Plešouni project, which helps children undergoing cancer treatment.
GHC Genetics has long supported the Plešouni project, so we are delighted that this event raised such a significant amount to help young patients and their families.
A new study has revealed that DNA can be assembled in a way we didn't know about before
Scientists have discovered a completely new method of DNA synthesis. Normally, DNA synthesis requires a DNA template that serves as a guide for proteins called DNA polymerases. However, a team from Stanford University has now discovered a new type of polymerase that can function even without a DNA template. In the bacterial defense system, DNA strands (orange and cyan) are synthesized by two enzymes: one (yellow) uses RNA (beige) as a template to guide the assembly of the nucleotide bases that make up DNA. The second and unusual enzyme (light blue) uses its own amino acids as a template. For decades, biology textbooks have stated a simple rule: DNA is created by copying a DNA template. After one enzyme unravels the DNA double helix into two separate strands, another enzyme, called polymerase, creates a complementary sequence for each strand, base by base. Simply put, this creates two copies of the original DNA. This is then translated into RNA, and that into proteins. Scientists refer to this direction of translation as the central dogma.