Technische Universität Dresden

• NCT06696183

  Phase 2, Recruiting, 60 people, 20 Nov 2024

• NCT05904106

  Phase 2, Recruiting, 146 people, 15 Jun 2023

• NCT04330820

  Phase 1/2, Completed, 55 people, 2 Apr 2020

• NCT03672110

  Phase 3, Status unknown, 400 people, 14 Sept 2018

• NCT02688140

  Phase 3, Completed, 133 people, 23 Feb 2016

• NCT02620072

  Collaborator, Phase 2, Completed, 220 people, 2 Dec 2015

• NCT02547519

  Collaborator, Phase 2, Completed, 44 people, 11 Sept 2015

• NCT01802645

  Phase 2, Status unknown, 91 people, 1 Mar 2013

• NCT01231854

  Phase 4, Terminated, 15 people, 1 Nov 2010

• NCT00893373

  Phase 2, Completed, 276 people, 6 May 2009

• NCT00558883

  Collaborator, Phase 3, Completed, 104 people, 15 Nov 2007

• NCT00551954

  Phase 3, Completed, 1 Nov 2007

• NCT00507494

  Phase 3, Completed, 26 Jul 2007

• NCT00455806

  Phase 3, Status unknown, 132 people, 4 Apr 2007

• NCT00455754

  Phase 3, Status unknown, 40 people, 4 Apr 2007

• NCT00445081

  Phase 4, Completed, 66 people, 8 Mar 2007

• NCT00307450

  Phase 4, Completed, 34 people, 28 Mar 2006

• NCT00188149

  Collaborator, Phase 4, Status unknown, 300 people, 16 Sept 2005

• NCT00153998

  Phase 2, Completed, 135 people, 12 Sept 2005

• NCT00153972

  Phase 4, Completed, 39 people, 12 Sept 2005

• Bundesministerium für Forschung, Technologie und Raumfahrt

  Bioinspirierte Materialien und Werkstoffe, Verbundprojekt: HYaluronsäure-basierte Bioink zur Gewebe-Regeneration durch Druckverfahren (HYBiRD) - Teilvorhaben: Biodruck und Testung von humanen Gewebemodellen mit Hyaluronsäure-basierten Bioinks, 13XPM520B, €447.2k, 2026–2030, 1 Jul 2026

Sources: openalex.org

• Age-related changes in olfactory function: electrophysiological recordings from the olfactory mucosa and human brain

  17 Sept 2026

Sources: api.crossref.org