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March 5th, 2019

Stuk schedel van Denisovamens gevonden

Stuk schedel van Denisovamens gevonden Daan Couwenbergh 5 maart 2019 In de Denisovagrot in Siberië is een gefossileerd stuk van de schedel van een Denisova-mens gevonden. Het is voor het eerst dat een stuk schedel van de Homo Denisova gevonden is. In 2008 beschreven paleontologen een tot dan toe onbekende soort mensachtige: de Denisova-mens. Een soort die waarschijnlijk omstreeks dezelfde …Continue reading →

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Archeologie Magazine 3 van 2019

Archeologie Magazine 3 van 2019 Jaargang 2019 Nummer 3 Cover Joost Dankers 5 maart 2019 from Feed https://ift.tt/2XEgpNH via IFTTT

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Archeologie Magazine 2 van 2019

Archeologie Magazine 2 van 2019 Jaargang 2019 Nummer 2 Cover Joost Dankers 5 maart 2019 from Feed https://ift.tt/2SKhC24 via IFTTT

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Scientists develop 3D printed plastic-composite sensor capable of detecting changes in water

A Spanish-Israeli team of scientists led by Pilar Amo-Ochoa from the Autonomous University of Madrid (UAM) has developed a versatile 3D printed plastic-composite sensor capable of detecting tiny amounts of water. via 3ders.org, http://www.3ders.org/articles/20190305-scientists-develop-3d-printed-plastic-composite-sensor-capable-of-detecting-changes-in-water.html

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US army works with air force-invented steel alloy to 3D print ultra-strong steel parts

At the U.S. Army Combat Capabilities Development Command's Army Research Laboratory, materials manufacturing scientists are 3D printing intricate geometries with ultra-high-strength using air force-invented steel alloy. via 3ders.org, http://www.3ders.org/articles/20190305-us-army-works-with-air-force-invented-steel-alloy-to-3d-print-ultra-strong-steel-parts.html

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3D bioprinted, vascularized proximal tubules mimic human kidney functions

Immunofluorescence staining of a 3D bioprinted vascularized proximal tubule with a proximal tubule epithelial marker stained in green in the proximal tubule channel and a vascular endothelial marker stained in red in the adjacent vascular channel. via 3ders.org, http://www.3ders.org/articles/20190305-3d-bioprinted-vascularized-proximal-tubules-mimic-human-kidney-functions.html

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