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4th CCP Phenogenomics Conference abstract book
Sedláček, Radislav
The fourth CCP Phenogenomics Conference was held as a hybrid meeting. The scientific committee selected the topic of rare diseases: experimental models & delivery of therapies as the main thematic focus of the 2022 Conference. The Conference provided again an excellent opportunity to support networking and interactions among the researchers, CCP staff, users and experts from the commercial sector.
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4th CCP Phenogenomics Conference abstract book
Sedláček, Radislav
The fourth CCP Phenogenomics Conference was held as a hybrid meeting. The scientific committee selected the topic of rare diseases: experimental models & delivery of therapies as the main thematic focus of the 2022 Conference. The Conference provided again an excellent opportunity to support networking and interactions among the researchers, CCP staff, users and experts from the commercial sector.
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3rd CCP Phenogenomics Conference 2021: Abstract Book
Sedláček, Radislav
The Conference was divided into two blocks. The first day was devoted to the theme “Human diseases and models“. The second day was specifically dedicated to preclinical development, including covid-19, which focused on translation of the basic research into the application. The Conference provided an excellent opportunity to support networking and interactions among the CCP users and experts.
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2nd CCP Phenogenomics Conference 2020: Abstract Book
Sedláček, Radislav
The Conference was divided into two blocks. The first day was devoted to the theme “Human diseases and models“. The second day was specifically dedicated to preclinical development, including covid-19, which focused on translation of the basic research into the application. The Conference provided an excellent opportunity to support networking and interactions among the CCP users and experts.
Plný tet:  PDF
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2nd CCP Phenogenomics Conference 2020
Sedláček, Radislav
The conference was divided into two blocks. The block focused on the theme “From chemistry via preclinical pipeline to therapeutics“, which emphasized the translation of the basic research into the application. The second block was specifically devoted to presentation of CCP users and cooperation partners projects working in the field of immunology, hematology, genetic base of diseases, and neurobiology.
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Mikroskopie 2008
Hozák, Pavel
Dvoudenní konference reagující na nejnovější trendy v světelné a elektronové mikroskopii a jejich dopad na mikroskopické badatele v českých zemích a na slovensku. Prezentovány jsou příspěvky jak z oblasti biomedicínské, tak z oblasti fyziky a materiálových věd. Konference se koná v lyžařském sportovním areálu v srdci českomoravské vysočiny a je zakončena opulentním rautem s ochutnávkou vín.
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Regulace syntézy ribozomů v bakteriích
Krásný, Libor
Rychle rostoucí bakterie potřebují velké množství ribozomů pro pokrytí potřeby zvýšené buněčné translace. Bakterie v podmínkách omezené výživy mají potřebu ribozomů nízkou kvůli šetření energií. Počet ribozomů je regulován na úrovni transkripce ribozomální RNA (rRNA).
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Microsatellite region in the murine oncogene src - its primary structure and variability during evolution
Fučík, Vladimír ; Šindelka, Radek ; Beran, Jaroslav ; Ferjentsik, Zoltán ; Jonák, Jiří
In the fifth intron of the Mus musculus oncogene src a complex microsatellite was discovered that consists of a CA run and 31 bp apart followed by track of TG dinucleotides interrupted by extra Gs in specific intervals. As the 31 bp interlink can assume a hairpin structure, the whole region can be viewed as an imperfect inverted repeat. The microsatellite was sequenced in imbred lines of M. m. musculus and M. m. domesticus, as well as in mice of both subspecies trapped near the hybrid zone. Differences in the length of repeat regions, insertion/deletions and simple base changes characterize the strains. Hybrids between the two species could be identified by sequencing of cloned PCR products. The structure of the microsatellite in more distant species was found to be conspicuously different. Instead of frequent (CA)18-25, we can see only (CA)8 in M. spretus, CATGCGCCCCCCA in Mus pahari and CACCCCCC in Mus caroli. No similar structure is present in the corresponding human src intron.
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