1,723,979 research outputs found
First person - Harmen Koning
No full textFirst Person is a series of interviews with the first authors of a selection of papers published in Biology Open, helping early-career researchers promote themselves alongside their papers. Harmen Koning is first author on 'A deep-dive into fictive locomotion - a strategy to probe cellular activity during speed transitions in fictively swimming zebrafish larvae', published in BiO. Harmen is a PhD student in the lab of Henrik Boije at the Department of Immunology, Genetics and Pathology, Uppsala University, Sweden, investigating the neuronal networks of locomotion in the zebrafish spinal cord to get a better understanding how hardwired circuits produce the flexible output needed for certain behaviours
Publicatielijst Harmen Bijwaard
No full textDe publicatielijst bevat alle publicaties waar Harmen Bijwaard aan bijgedragen heeft in de periode 1998 - 201
Harmen Boerhave
No full textMedium: mezzotint"Harmen Boerhave" [1984.2009.000.000], White, GeorgeExtent: plate 31.0 x 25.
By de Coninginne. De waerachtighe copie van de proclamatie latelijck ghepubliceert by de Coninginne, en[de] hare Mayesteyt, onder de grote zeghel van Enghelant, omme de declaratie van de sententie ghegeven teghens de Coninghinne van Schotlant in forme hier na volghende.
No full textEr is ook een uitgave met de vermedling van de drukker Harmen Ianszoon op het titelblad (Meul.8765)Gheprent na die copie de tot Londen ghedruct is by Cristoffel barker [...]Naer onse manier van Richmondt den vierden dach van december ... [1586]Vingerafdruk: 000004 - b1 A2. e$gh : b2 A4. daenVerpakt met de steun van Fonds Inbev-Latour (2010-2012)Knuttel, W.P.C., Catalogus van de pamflettenverzameling ... ; 761Machiels, J. Catalogus van de boeken gedrukt vóór 1600 ; E 34Valkema Blouw, P. Typographia Batava ; 5444Europeana-GoogleBook
Analysis and engineering of acetyl-CoA metabolism in Saccharomyces cerevisiae
No full textCRISPR/Cas9 is a novel Swiss Army Knife in the field of synthetic biology. The thesis of Harmen van Rossum (Biotechnology/TNW) shows that this tool enables rapid genetic modification of baker’s yeast; six genetic changes could be introduced within one week – previously this could easily take a few months.The goal of the PhD project was to optimise yeast as a cell factory for the production of a wide variety of compounds, like jet fuels and diesel replacements from renewable sources. An important precursor for such products is acetyl-CoA, a universal building block that also participates in many metabolic and physiological processes. However, its synthesis in yeast is suboptimal, requiring more sugar than necessary. Competition with fossil-based production processes is challenged by such inefficiencies. The thesis showed that this can be addressed by a combination of synthetic biology, laboratory evolution and genetic engineering. Besides replacing the native acetyl-CoA production pathway in baker’s yeast by more efficient routes from other organisms, it was also demonstrated that the direction of an important shuttle system (the carnitine shuttle) could be reversed. Such changes are key to improve acetyl-CoA production from sugars. Harmen’s PhD project was part of the BE-Basic program and in close collaboration with DSM (Delft) and Amyris (Emeryville, CA, USA). Currently, Harmen van Rossum works as a scientist at the biotech company Zymergen (Emeryville, USA)
Portolankarte
No full textMaßstab in grafischer Form (Duytsche mylen). - Skala mit BreitengradenMit 32-teiligen Kompaßrosen mit WindstrahlenTitel fingiertMutmaßliche Kartografen: Marten Janszoon und Harmen Janszoon MullerHandzeichnung (koloriert
Portolankarte
No full textMaßstab in grafischer Form (Duÿtsche mylen). - Skala mit BreitengradenMit 32-teiligen Kompaßrosen mit WindstrahlenTitel fingiertMutmaßliche Kartografen: Marten Janszoon und Harmen Janszoon MullerHandzeichnung (koloriert
Marriage record of Munoz, Eulogio and Harmen, Maria
No full textMarriage license for Eulogio Munoz and Maria Harmen. J. Bennett was the Justice of the Peace
Harmen Blok's lasting influence on tribology
Full text linkDeze publicatie gaat in op de betekenis van het werk van Harmen Blok voor de tribologie. Blok (1910 - 2000) dacht op basis van concepten en analogieën, waardoor zijn inzichten verrassend actueel blijven. Bovendien zijn ze praktisch en bedoeld om het ontwerp van meet af aan tribologisch verantwoord te maken. Daarom is dit artikel geschreven om blijvende aandacht voor Bloks oorspronkelijke ideeën te waarborgen
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