news

Virtual lab tour live!

Recently we made a virtual lab tour for Genmab, which develops therapeutic antibodies to treat cancer.  The movie includes 3D animation to visualize their complex production process.  This movie was produced in close collaboration with Hij&Ik Productions, Geurt van Hierden and Rutger Molenkamp. Project lead, art direction, script, storyboard - SCICOMVISUALS Direction, camera, sound,

2021-10-26T21:43:47+02:0022 June 2016|

Bart’s PhD Thesis

SCICOMVISUALS has just finished a project with Bart de Goeij. Last year, Bart asked me to develop his PhD thesis. It was a daunting task, considering the enormous amount of data figures, tables and supplementary sections. In close collaboration with De Vliegende Kiep, we developed this 224-page book, which was presented to Bart yesterday. We

2021-10-26T21:44:10+02:0024 March 2016|

Journal’s favorite

MAbs Journal decided to re-use one of my previous art works as profile on its Facebook page. Always great to see that my previous work is still being liked! It was developed back in 2013, as the cover of a journal issue publishing papers about "antibody design". Rumour has it that Scicomvisuals' latest proposal will

2021-10-26T21:44:36+02:005 June 2015|

HexaBody in CELL

In their SELECT section, CELL pays attention to Genmab’s latest work on hexamers that was recently published in Science (CELL, Volume 157, Issue 3, p521, 24 April 2014). Scicomvisuals provided the accompanying illustration.

2021-10-26T21:46:10+02:0026 April 2014|

HexaBody tomogram

Scicomvisuals’ latest work on hexameric structures - the HexaBody tomogram - can now also be viewed on Science’s tumblr page! The visual is a 3D image of the molecular complex of the complement molecule C1q docked onto six antibodies that form a ring of six. With electron microscopy electron density can be recorded and visualized. 3D

2021-10-26T21:46:47+02:0026 March 2014|

HexaBody in Science and NRC

Genmab has published a fascinating paper in Science (vol 343, 14 March 2014)! They show that human IgGs form hexameric structures by interacting with neighboring IgG molecules, and the complex then activates complement. The accompanying illustration on the Science home page and on the volume’s editorial page (p.1175) was developed by Scicomvisuals, and can be viewed

2021-10-26T21:47:24+02:0015 March 2014|