s welikau Pracý, a Pilnostj, z Rozličnych Starych , Tisstienych y Psanych knieh a spisuw Lekaržskych, Onde y Onde Porozdilnie Sebrano a w tento geden Spis vwedeno od Frantisska Jana Wawaka ... a mnie Janowy Prknowy, Ssafarži dobropolskemu, od nieg Pucžen i Pržepsan., Chybí strany 51-54, Název vytvořen katalogizátorem, Index Aneb Registržik (strany iv-xii), Gotika, v textu četné perokresby (vyobrazení rostlin), na straně 186 viněta s heslem Laus Domino DEO, ozdůbky, na začátku text ohraničen dvojitým rámcem CZ-PrAS, and Paginováno inkoustem uprostřed horních okrajů (arabsky), stránkové reklamanty CZ-PrAS
Bohuslav Lázňovský, Výkladový slovníček na stranách 190-203, Poznámky pod čarou, Obsahuje bibliografické odkazy, and Converted from MODS to DC version 1.8 (EE patch 2018/05/24)
Czech White-Nose Syndrome Team together with international collaborators discovered mechanisms of tolerance that protect Palearctic bats from white-nose syndrome (WNS), the disease that caused mass die-off in North America. The discovery raises hope for a better future of bats in North American ecosystems. White-nose syndrome (WNS) is caused by a generalist pathogen Pseudogymnoascus destructans with the worst possible characteristics of an infectious fungal agent. The generalist nature of the WNS fungus means that it can infect any bat hibernating in a contaminated cave or mine and, moreover, it may remain viable and virulent, waiting for its hosts until the next hibernation period. Harmless to humans, the WNS fungus kills hibernating North American bats in winter. However, loss of voracious insectivorous bats from agricultural ecosystems may result in economic costs required for increased pest control. Without mass die-offs of bats harbouring the WNS agent in Europe, the response to disease is an enigma. To study the survival crossroads, the Czech WNS Team focused on the relationship between pathogen quantity and disease under natural conditions. High disease prevalence together with high fungal loads in absence of bat population declines in Eurasia indicates disease tolerance mechanisms, where hosts limit harm inflicted by the pathogen but do not hinder its growth. The tolerance mechanisms revealed by the Czech WNS Team is a function of bat adaptation to the presence of the pathogen. and Natália Martínková.
by O. Nordgaard. The protist plankton and the diatoms in bottom samples / by E. Jørgensen., KČSN - signatura S-E 128, Poškozené desky., and Desky skenovány z jiné signatury. S-E 128