1. Fizika za izobraževalne smeri : zapiski predavanj za študente 1. letnika na dvopredmetnih izobraževalnih študijskih programih 1. st. Biologija, Kemija, Matematika, Računalništvo, TehnikaAleš Fajmut, 2011, other educational material Keywords: fizika, biofizika, okoljska fizika, uporabna fizika, medicinska fizika, študijsko gradivo
Published: 07.06.2012; Views: 1177; Downloads: 47
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3. Skripta in navodila za laboratorijske vaje pri predmetu Fizika za študente dvopredmetnih izobraževalnih programov 1. st. Biologija, Kemija, Matematika, Računalništvo in TehnikaAleš Fajmut, 2009, other educational material Keywords: fizika, biofizika, okoljska fizika, uporabna fizika, medicinska fizika, študijsko gradivo
Published: 07.06.2012; Views: 2110; Downloads: 62
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5. Gradiva iz biofizikalnih vsebin : v okviru javnega razpisa št. 3350-11/2003 za sofinanciranje stroškov izdaje samostojnih gradiv s področja informacijske družbe ter povezanih področij SSG 2003-1Otmar Uranjek, Milan Brumen, David Haložan, Marko Jagodič, Aleš Fajmut, Andrej Dobovišek, Matej Kotnik, Vitomir Horvat, Anita Pokržnik, 2004, other educational material Keywords: biofizika
Published: 07.06.2012; Views: 1024; Downloads: 30
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6. Contribution of Rho kinase to calcium-contraction coupling in airway smooth musclePrisca Mbikou, Aleš Fajmut, Milan Brumen, Etienne Roux, 2010, published scientific conference contribution Keywords: biofizika, gladke mišice, krčenje mišic, matematični modeli, biophysics, smooth muscles, contractions, mathematical modelling
Published: 10.07.2015; Views: 487; Downloads: 19
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8. Role of protein kinase network in excitation-contraction coupling in smooth muscle cellEtienne Roux, Prisca Mbikou, Aleš Fajmut, 2012, independent scientific component part or a chapter in a monograph Keywords: biofizika, encimi, gladke mišice, matematični modeli, biophysics, enzymes, smooth muscles, mathematical modelling
Published: 10.07.2015; Views: 476; Downloads: 51
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9. Bacterial chemotaxis and entropy productionPaško Županović, Milan Brumen, Marko Jagodič, Davor Juretić, 2010, original scientific article Abstract: Entropy production is calculated for bacterial chemotaxis in the case of a migrating band of bacteria in a capillary tube. It is found that the speed of the migrating band is a decreasing function of the starting concentration of the metabolizable attractant. The experimentally found dependence of speed on the starting concentration of galactose, glucose and oxygen is fitted with power-law functions. It is found that the corresponding exponents lie within the theoretically predicted interval. The effect of the reproduction of bacteria on band speed is considered, too. The acceleration of the band is predicted due to the reproduction rate of bacteria. The relationship between chemotaxis, the maximum entropy production principle and the formation of self-organizing structure is discussed.
Keywords: biofizika, bakterijska kemotaksa, hitrost reprodukcije, princip maksimalne produkcije entropije, biophysics, bacterial chemotaxis, reproduction rate, princip maksimalne produkcije entropije
Published: 10.07.2015; Views: 389; Downloads: 55
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